Enumerations
enum	ug::NeighborhoodType { ug::NHT_DEFAULT = 0 , ug::NHT_VERTEX_NEIGHBORS = 1 , ug::NHT_EDGE_NEIGHBORS = 1<<1 , ug::NHT_FACE_NEIGHBORS = 1<<2 , ug::NHT_VOLUME_NEIGHBORS = 1<<3 , ug::NHT_ALL }
	Constants to specify a neighborhood. More...

Functions
void	ug::CollectAssociated (std::vector< Edge * > &vEdgesOut, Grid &grid, GridObject *obj, bool clearContainer=true)

void	ug::CollectAssociated (std::vector< Face * > &vFacesOut, Grid &grid, Face *vol, bool clearContainer=true)
	Collects all faces. (Returns the face itself) More...

void	ug::CollectAssociated (std::vector< Face * > &vFacesOut, Grid &grid, GridObject *obj, bool clearContainer=true)

void	ug::CollectAssociated (std::vector< Face * > &vFacesOut, Grid &grid, Vertex *vrt, bool clearContainer=true)

UG_API void	ug::CollectAssociated (std::vector< Vertex * > &vVertexOut, Grid &grid, GridObject *obj, bool clearContainer=true)

void	ug::CollectAssociated (std::vector< Volume * > &vVolumesOut, Grid &grid, GridObject *obj, bool clearContainer=true)

void	ug::CollectAssociated (std::vector< Volume * > &vVolumesOut, Grid &grid, Vertex *vrt, bool clearContainer=true)

void	ug::CollectAssociated (std::vector< Volume * > &vVolumesOut, Grid &grid, Volume *vol, bool clearContainer=true)
	Collects all volumes. (Returns the volume itself) More...

UG_API void	ug::CollectEdgesSorted (std::vector< Edge * > &vEdgesOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given edge in the order defined by the reference elements. More...

UG_API void	ug::CollectEdgesSorted (std::vector< Edge * > &vEdgesOut, Grid &grid, Face *f, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given face in the order defined by the reference elements. More...

void	ug::CollectEdgesSorted (std::vector< Edge * > &vEdgesOut, Grid &grid, GridObject *obj, bool clearContainer=true)

UG_API void	ug::CollectEdgesSorted (std::vector< Edge * > &vEdgesOut, Grid &grid, Vertex *v, bool clearContainer=true)
	Collects all edges of a vertex, thus, none. More...

UG_API void	ug::CollectEdgesSorted (std::vector< Edge * > &vEdgesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given volume in the order defined by the reference elements. More...

UG_API void	ug::CollectFaces (std::vector< Face * > &vFacesOut, Grid &grid, Face *v, bool clearContainer=true)
	Collects all faces. (Returns the face itself) More...

void	ug::CollectFaces (std::vector< Face * > &vFacesOut, Grid &grid, Vertex *vrt, bool clearContainer)
	Collects all faces that exist in the given grid which contain the given vertex. More...

UG_API void	ug::CollectFacesSorted (std::vector< Face * > &vFacesOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all face that exist in the given grid are part of the given edge in the order defined by the reference elements. More...

UG_API void	ug::CollectFacesSorted (std::vector< Face * > &vFacesOut, Grid &grid, Face *f, bool clearContainer=true)
	Collects all face that exist in the given grid are part of the given face in the order defined by the reference elements. More...

void	ug::CollectFacesSorted (std::vector< Face * > &vFacesOut, Grid &grid, GridObject *obj, bool clearContainer=true)

UG_API void	ug::CollectFacesSorted (std::vector< Face * > &vFacesOut, Grid &grid, Vertex *v, bool clearContainer=true)
	Collects all Faces of a Vertex, thus, none. More...

UG_API void	ug::CollectFacesSorted (std::vector< Face * > &vFacesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all face that exist in the given grid are part of the given volume in the order defined by the reference elements. More...

void	ug::CollectNeighborhood (std::vector< Face * > &facesOut, Grid &grid, Vertex *vrt, size_t range, bool clearContainer=true)
	Collects all neighbors in a given neighborhood of a vertex. More...

void	ug::CollectNeighbors (std::vector< Edge * > &vNeighborsOut, Edge *e, Grid &grid, NeighborhoodType nbhType=NHT_VERTEX_NEIGHBORS)
	collects all edges that are connected to the given one. More...

void	ug::CollectNeighbors (std::vector< Face * > &vNeighborsOut, Face *f, Grid &grid, NeighborhoodType nbhType=NHT_EDGE_NEIGHBORS)
	collects all faces that are connected to the given one. More...

void	ug::CollectNeighbors (std::vector< Vertex * > &vNeighborsOut, Grid &grid, Vertex *vrt, uint nbhType=NHT_EDGE_NEIGHBORS, Grid::edge_traits::callback considerEdge=ConsiderAll(), Grid::face_traits::callback considerFace=ConsiderAll(), Grid::volume_traits::callback considerVol=ConsiderAll())
	Collects all vertices that are connected by elements of the specified type. More...

void	ug::CollectNeighbors (std::vector< Volume * > &vNeighboursOut, Volume *v, Grid &grid, NeighborhoodType nbhType=NHT_FACE_NEIGHBORS)
	collects all volumes that are connected to the given one. More...

UG_API void	ug::CollectVertices (std::vector< Vertex * > &vVertexOut, Grid &grid, GridObject *obj, bool clearContainer=true)

void	ug::CollectVolumes (std::vector< Volume * > &vVolumesOut, Grid &grid, Vertex *vrt, bool clearContainer=true)
	Collects all volumes that exist in the given grid which contain the given vertex. More...

UG_API void	ug::CollectVolumes (std::vector< Volume * > &vVolumesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all volumes. (Returns the volume itself) More...

void	ug::CollectVertices (std::vector< Vertex * > &vVertexOut, Grid &grid, Vertex *v, bool clearContainer)
	Collects all vertices. More...

UG_API void	ug::CollectAssociated (std::vector< Vertex * > &vVertexOut, Grid &grid, Vertex *v, bool clearContainer=true)
	Collects all vertices. More...

void	ug::CollectVertices (std::vector< Vertex * > &vVertexOut, Grid &grid, Edge *e, bool clearContainer)
	Collects all vertices. More...

UG_API void	ug::CollectAssociated (std::vector< Vertex * > &vVertexOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all vertices. More...

void	ug::CollectVertices (std::vector< Vertex * > &vVertexOut, Grid &grid, Face *f, bool clearContainer)
	Collects all vertices. More...

UG_API void	ug::CollectAssociated (std::vector< Vertex * > &vVertexOut, Grid &grid, Face *f, bool clearContainer=true)
	Collects all vertices. More...

void	ug::CollectVertices (std::vector< Vertex * > &vVertexOut, Grid &grid, Volume *v, bool clearContainer)
	Collects all vertices. More...

void	ug::CollectAssociated (std::vector< Vertex * > &vVertexOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all vertices. More...

size_t	ug::NumVertices (Edge *elem)
	Returns the number of vertices of the given geometric object. More...

size_t	ug::NumVertices (Face *elem)
	Returns the number of vertices of the given geometric object. More...

size_t	ug::NumVertices (Volume *elem)
	Returns the number of vertices of the given geometric object. More...

void	ug::CollectEdges (std::vector< Edge * > &vEdgesOut, Grid &grid, Vertex *vrt, bool clearContainer)
	Collects all edges which exist in the given grid and which are part of the given vertex. More...

void	ug::CollectAssociated (std::vector< Edge * > &vEdgesOut, Grid &grid, Vertex *vrt, bool clearContainer=true)
	Collects all edges which exist in the given grid and which are part of the given vertex. More...

UG_API void	ug::CollectEdges (std::vector< Edge * > &vEdgesOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given edge. More...

void	ug::CollectAssociated (std::vector< Edge * > &vEdgesOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given edge. More...

UG_API void	ug::CollectEdges (std::vector< Edge * > &vEdgesOut, Grid &grid, Face *f, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given face. More...

void	ug::CollectAssociated (std::vector< Edge * > &vEdgesOut, Grid &grid, Face *f, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given face. More...

UG_API void	ug::CollectEdges (std::vector< Edge * > &vEdgesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given volume. More...

void	ug::CollectAssociated (std::vector< Edge * > &vEdgesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all edges that exist in the given grid are part of the given volume. More...

void	ug::CollectFaces (std::vector< Face * > &vFacesOut, Grid &grid, Edge *e, bool clearContainer)
	Collects all faces that exist in the given grid which contain the given edge. More...

void	ug::CollectAssociated (std::vector< Face * > &vFacesOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all faces that exist in the given grid which contain the given edge. More...

UG_API void	ug::CollectFaces (std::vector< Face * > &vFacesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all faces that exist in the given grid are part of the given volume. More...

void	ug::CollectAssociated (std::vector< Face * > &vFacesOut, Grid &grid, Volume *v, bool clearContainer=true)
	Collects all faces that exist in the given grid are part of the given volume. More...

void	ug::CollectVolumes (std::vector< Volume * > &vVolumesOut, Grid &grid, Edge *e, bool clearContainer)
	Collects all volumes that exist in the given grid which contain the given edge. More...

void	ug::CollectAssociated (std::vector< Volume * > &vVolumesOut, Grid &grid, Edge *e, bool clearContainer=true)
	Collects all volumes that exist in the given grid which contain the given edge. More...

void	ug::CollectVolumes (std::vector< Volume * > &vVolumesOut, Grid &grid, Face *f, bool clearContainer, bool ignoreAssociatedVolumes)
	Collects all volumes that exist in the given grid which contain the given face. More...

void	ug::CollectAssociated (std::vector< Volume * > &vVolumesOut, Grid &grid, Face *f, bool clearContainer=true, bool ignoreAssociatedVolumes=false)
	Collects all volumes that exist in the given grid which contain the given face. More...

void	ug::CollectVolumes (std::vector< Volume * > &vVolumesOut, Grid &grid, FaceDescriptor &fd, bool clearContainer)
	Collects all volumes that exist in the given grid which contain the given face. More...

void	ug::CollectAssociated (std::vector< Volume * > &vVolumesOut, Grid &grid, FaceDescriptor &fd, bool clearContainer=true)
	Collects all volumes that exist in the given grid which contain the given face. More...

Detailed Description

Methods to access the neighborhood of geometric objects

Enumeration Type Documentation

◆ NeighborhoodType

enum ug::NeighborhoodType

Constants to specify a neighborhood.

Use arbitrary or combinations.

Enumerator
NHT_DEFAULT
NHT_VERTEX_NEIGHBORS
NHT_EDGE_NEIGHBORS
NHT_FACE_NEIGHBORS
NHT_VOLUME_NEIGHBORS
NHT_ALL

Function Documentation

◆ CollectAssociated() [1/21]

void ug::CollectAssociated	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

inline

Collects all edges that exist in the given grid are part of the given edge.

This function simply returns the edge itself. It is added for completeness, such that the function can be used in template code.

Collects all edges that exist in the given grid are part of the given edge.

References ug::CollectEdges().

◆ CollectAssociated() [2/21]

void ug::CollectAssociated	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer = `true`
	)

inline

Collects all edges that exist in the given grid are part of the given face.

if FACEOPT_STORE_ASSOCIATED_EDGES is enabled then the algorithm uses associated_edges_begin(f), associated_edges_end(f) in order to find the edges. If not, GetEdge is used. This possibly involves auto-enabling of VRTOPT_STORE_ASSOCIATED_EDGES. The second option performs worse!

Collects all edges that exist in the given grid are part of the given face.

References ug::CollectEdges().

◆ CollectAssociated() [3/21]

void ug::CollectAssociated	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::CollectAssociated(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

◆ CollectAssociated() [4/21]

void ug::CollectAssociated	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Vertex *	vrt,
		bool	clearContainer = `true`
	)

inline

Collects all edges which exist in the given grid and which are part of the given vertex.

Collects all edges that exist in the given grid are part of the given edge.

References ug::CollectEdges().

◆ CollectAssociated() [5/21]

void ug::CollectAssociated	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

inline

Collects all edges that exist in the given grid are part of the given volume.

if VOLOPT_STORE_ASSOCIATED_EDGES is enabled then the algorithm uses associated_edges_begin(v), associated_edges_end(v) in order to find the edges. If not, GetEdge is used. This possibly involves auto-enabling of VRTOPT_STORE_ASSOCIATED_EDGES. The second option performs worse!

References ug::CollectEdges().

◆ CollectAssociated() [6/21]

void ug::CollectAssociated	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

inline

Collects all faces that exist in the given grid which contain the given edge.

if EDGEOPT_STORE_ASSOCIATED_FACES is enabled then the algorithm uses associated_faces_begin(e), associated_faces_end(e) in order to find the faces. if not the algorithm iterates over all faces associated with one of the edges end-points and returns each face which contains the edge.

References ug::CollectFaces().

◆ CollectAssociated() [7/21]

void ug::CollectAssociated	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Face *	vol,
		bool	clearContainer = `true`
	)

inline

Collects all faces. (Returns the face itself)

References ug::CollectFaces().

◆ CollectAssociated() [8/21]

void ug::CollectAssociated	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::CollectAssociated(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

◆ CollectAssociated() [9/21]

void ug::CollectAssociated	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Vertex *	vrt,
		bool	clearContainer = `true`
	)

inline

References ug::CollectFaces().

◆ CollectAssociated() [10/21]

void ug::CollectAssociated	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

inline

Collects all faces that exist in the given grid are part of the given volume.

if VOLOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_faces_begin(v), associated_faces_end(v) in order to find the faces. If not, GetFace is used. This possibly involves auto-enabling of VRTOPT_STORE_ASSOCIATED_FACES. The second option performs worse!

References ug::CollectFaces().

◆ CollectAssociated() [11/21]

void ug::CollectAssociated	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

inline

Collects all vertices.

Collects all vertices that are part of the given edge.

This function returns a std::vector of pointers to all vertices, that are part of the given edge.

References ug::CollectVertices().

◆ CollectAssociated() [12/21]

void ug::CollectAssociated	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer = `true`
	)

inline

Collects all vertices.

Collects all vertices that are part of the given face.

This function returns a std::vector of pointers to all vertices, that are part of the given face.

References ug::CollectVertices().

◆ CollectAssociated() [13/21]

void ug::CollectAssociated	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

Referenced by ug::GlobalFracturedMediaRefiner::assign_elem_and_side_marks(), ug::HangingNodeRefinerBase< TSelector >::assign_hnode_marks(), ug::AssignAssociatedSidesToSubsets(), ug::AssignSidesToSubsets(), ug::CalculateAspectRatio(), ug::CalculateBoundaryVertexNormal2D(), ug::CalculateBoundaryVertexNormal3D(), ug::CalculateHexahedronAspectRatio(), ug::CalculateSmoothCreaseManifoldPosInParentLevelLoopScheme(), ug::CalculateSmoothManifoldPosInParentLevelButterflyScheme(), ug::CalculateSmoothManifoldPosInParentLevelLoopScheme(), ug::CalculateTetrahedronAspectRatio(), ug::CalculateTetrahedronRootMeanSquareFaceArea(), ug::grid_unit_tests::CheckAssociatedEdgesOfVolumes(), ug::grid_unit_tests::CheckAssociatedVolumesOfEdges(), ug::SurfaceView::collect_associated(), ug::FracturedMediaRefiner< TGrid, TAPosition >::collect_objects_for_refine(), ug::CollectAssociated(), ug::CollectAssociatedSides(), ug::DistributeExpansionMarks3D(), ug::DistributedGridManager::end_element_deletion(), ug::GetFirstRegularVertex(), ug::MakeDelaunay(), ug::GlobalFracturedMediaRefiner::mark_sides_of_marked_top_level_elements(), ug::MarkForAdaption_VerticesInCube(), ug::MarkForAdaption_VerticesInSphereMaxLvl(), ug::MinimizeEdgeLength_SwapsOnly(), ug::PartitionElements_RegularGrid(), ug::PerformCollapses(), ug::QualityGridGeneration(), ug::GlobalFracturedMediaRefiner::save_marks_to_file(), ug::SelectAreaBoundary(), ug::SelectAssociated(), ug::SelectInterfaceElements(), ug::SelectionFill(), ug::SelectLinkedFlatAndDegeneratedFaces(), ug::SelectLinkedFlatFaces(), ug::SelectNonShadowsAdjacentToShadowsOnLevel(), ug::SeparateSubsetsByLowerDimSeparators(), ug::SplitIrregularManifoldSubset(), ug::DimFEGeometry< TWorldDim, TRefDim >::update_boundary_faces(), and ug::VisitAreaBoundary().

◆ CollectAssociated() [14/21]

void ug::CollectAssociated	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Vertex *	v,
		bool	clearContainer = `true`
	)

inline

Collects all vertices.

Dummy-method. Puts the vertex itself into the given vector.

This function simply returns the vertex itself. It is added for completeness, such that the function can be used in template code.

References ug::CollectVertices().

◆ CollectAssociated() [15/21]

void ug::CollectAssociated	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

inline

Collects all vertices.

Collects all vertices that are part of the given volume.

This function returns a std::vector of pointers to all vertices, that are part of the given volume.

References ug::CollectVertices().

◆ CollectAssociated() [16/21]

void ug::CollectAssociated	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

inline

Collects all volumes that exist in the given grid which contain the given edge.

if EDGEOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_volumes_begin(e), associated_volumes_end(e) in order to find the volumes. if not the algorithm iterates over all volumes associated with one of the edges end-points and returns each volume that contains the edge.

References ug::CollectVolumes().

◆ CollectAssociated() [17/21]

void ug::CollectAssociated	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer = `true`,
		bool	ignoreAssociatedVolumes = `false`
	)

inline

Collects all volumes that exist in the given grid which contain the given face.

if FACEOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_volumes_begin(f), associated_volumes_end(f) in order to find the volumes. if not the algorithm iterates over all volumes associated with one of the faces end-points and returns each volume that contains the face.

References ug::CollectVolumes().

◆ CollectAssociated() [18/21]

void ug::CollectAssociated	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		FaceDescriptor &	fd,
		bool	clearContainer = `true`
	)

inline

Collects all volumes that exist in the given grid which contain the given face.

if FACEOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_volumes_begin(f), associated_volumes_end(f) in order to find the volumes. if not the algorithm iterates over all volumes associated with one of the faces end-points and returns each volume that contains the face.

References ug::CollectVolumes().

◆ CollectAssociated() [19/21]

void ug::CollectAssociated	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::CollectAssociated(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

◆ CollectAssociated() [20/21]

void ug::CollectAssociated	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Vertex *	vrt,
		bool	clearContainer = `true`
	)

inline

References ug::CollectVolumes().

◆ CollectAssociated() [21/21]

void ug::CollectAssociated	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Volume *	vol,
		bool	clearContainer = `true`
	)

inline

Collects all volumes. (Returns the volume itself)

References ug::CollectVolumes().

◆ CollectEdges() [1/4]

UG_API void ug::CollectEdges	(	vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer
	)

Collects all edges that exist in the given grid are part of the given edge.

This function simply returns the edge itself. It is added for completeness, such that the function can be used in template code.

Collects all edges that exist in the given grid are part of the given edge.

References ug::Grid::num().

◆ CollectEdges() [2/4]

UG_API void ug::CollectEdges	(	vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer
	)

Collects all edges that exist in the given grid are part of the given face.

if FACEOPT_STORE_ASSOCIATED_EDGES is enabled then the algorithm uses associated_edges_begin(f), associated_edges_end(f) in order to find the edges. If not, GetEdge is used. This possibly involves auto-enabling of VRTOPT_STORE_ASSOCIATED_EDGES. The second option performs worse!

Collects all edges that exist in the given grid are part of the given face.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::FACEOPT_STORE_ASSOCIATED_EDGES, ug::Grid::get_edge(), ug::Grid::num(), ug::Face::num_edges(), and ug::Grid::option_is_enabled().

◆ CollectEdges() [3/4]

UG_API void ug::CollectEdges	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Vertex *	vrt,
		bool	clearContainer
	)

Collects all edges which exist in the given grid and which are part of the given vertex.

Collects all edges that exist in the given grid are part of the given edge.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), and ug::Grid::num().

Referenced by ug::AdjustSelection(), ug::AssignAssociatedEdgesToSubsets(), ug::AssignFaceInterfaceEdgesToSubsets(), ug::AssignInnerAndBoundarySubsets(), ug::CalculateCreaseNormal(), ug::CollectAssociated(), ug::CollectSurfaceNeighborsSorted(), ug::ColorControlVolume(), ug::DistributeExpansionMarks3D(), ug::EraseConnectingElements(), ug::ExpandFractures2d(), ug::Grid::register_and_replace_element(), ug::Grid::replace_vertex(), ug::SaveGridToART(), ug::SelectAssociatedEdges(), ug::SelectInnerSelectionEdges(), ug::TryCollapse(), and ug::WriteLGM().

◆ CollectEdges() [4/4]

UG_API void ug::CollectEdges	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

Collects all edges that exist in the given grid are part of the given volume.

if VOLOPT_STORE_ASSOCIATED_EDGES is enabled then the algorithm uses associated_edges_begin(v), associated_edges_end(v) in order to find the edges. If not, GetEdge is used. This possibly involves auto-enabling of VRTOPT_STORE_ASSOCIATED_EDGES. The second option performs worse!

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::Grid::get_edge(), ug::Grid::num(), ug::Volume::num_edges(), ug::Grid::option_is_enabled(), and ug::VOLOPT_STORE_ASSOCIATED_EDGES.

◆ CollectEdgesSorted() [1/5]

UG_API void ug::CollectEdgesSorted	(	vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer
	)

Collects all edges that exist in the given grid are part of the given edge in the order defined by the reference elements.

This function simply returns the edge itself. It is added for completeness, such that the function can be used in template code.

Collects all edges that exist in the given grid are part of the given edge in the order defined by the reference elements.

◆ CollectEdgesSorted() [2/5]

UG_API void ug::CollectEdgesSorted	(	vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer
	)

Collects all edges that exist in the given grid are part of the given face in the order defined by the reference elements.

This function returns the associated edges of a face in an std::vector. The order of the edges in the vector is equal to the numbering of edges in the reference element for the face.

Collects all edges that exist in the given grid are part of the given face in the order defined by the reference elements.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::FACEOPT_AUTOGENERATE_EDGES, ug::FACEOPT_STORE_ASSOCIATED_EDGES, ug::Grid::get_edge(), ug::Grid::num(), ug::Face::num_edges(), and ug::Grid::option_is_enabled().

◆ CollectEdgesSorted() [3/5]

void ug::CollectEdgesSorted	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::CollectEdgesSorted(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

◆ CollectEdgesSorted() [4/5]

UG_API void ug::CollectEdgesSorted	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Vertex *	v,
		bool	clearContainer = `true`
	)

Collects all edges of a vertex, thus, none.

Referenced by ug::CollectEdgesSorted(), ug::collectStretchedElementIndices(), ug::HFV1ManifoldGeometry< TElem, TWorldDim >::update(), ug::HCRFVGeometry< TElem, TWorldDim >::update(), ug::HFV1Geometry< TElem, TWorldDim >::update(), ug::DimHFV1Geometry< TDim, TWorldDim >::update(), ug::DimFV1Geometry< TDim, TWorldDim >::update_boundary_faces(), ug::FV1IBGeometry< TElem, TWorldDim >::update_boundary_faces(), ug::DimFV1IBGeometry< TDim, TWorldDim >::update_boundary_faces(), ug::DimCRFVGeometry< TDim, TWorldDim >::update_boundary_faces(), ug::CRFVGeometry< TElem, TWorldDim >::update_boundary_faces(), ug::FVGeometry< TOrder, TElem, TWorldDim, TQuadOrder >::update_boundary_faces(), ug::DimFVGeometry< TWorldDim, TDim >::update_boundary_faces(), and ug::DimCRFVGeometry< TDim, TWorldDim >::update_hanging().

◆ CollectEdgesSorted() [5/5]

UG_API void ug::CollectEdgesSorted	(	std::vector< Edge * > &	vEdgesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

Collects all edges that exist in the given grid are part of the given volume in the order defined by the reference elements.

This function returns the associated edges of a volume in an std::vector. The order of the edges in the vector is equal to the numbering of edges in the reference element for the volume.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::FACEOPT_AUTOGENERATE_EDGES, ug::Grid::get_edge(), ug::Grid::num(), ug::Volume::num_edges(), ug::Grid::option_is_enabled(), ug::VOLOPT_AUTOGENERATE_EDGES, ug::VOLOPT_AUTOGENERATE_FACES, and ug::VOLOPT_STORE_ASSOCIATED_EDGES.

◆ CollectFaces() [1/4]

UG_API void ug::CollectFaces	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

Collects all faces that exist in the given grid which contain the given edge.

if EDGEOPT_STORE_ASSOCIATED_FACES is enabled then the algorithm uses associated_faces_begin(e), associated_faces_end(e) in order to find the faces. if not the algorithm iterates over all faces associated with one of the edges end-points and returns each face which contains the edge.

References ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::EDGEOPT_STORE_ASSOCIATED_FACES, ug::FaceContains(), ug::Grid::num(), ug::Grid::option_is_enabled(), and ug::EdgeVertices::vertex().

◆ CollectFaces() [2/4]

UG_API void ug::CollectFaces	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Face *	v,
		bool	clearContainer = `true`
	)

Collects all faces. (Returns the face itself)

References ug::Grid::num().

◆ CollectFaces() [3/4]

UG_API void ug::CollectFaces	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Vertex *	vrt,
		bool	clearContainer
	)

Collects all faces that exist in the given grid which contain the given vertex.

References ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), and ug::Grid::num().

Referenced by ug::AdjustSelection(), ug::AdjustSubsetsForLgmNg(), ug::AssignAssociatedFacesToSubsets(), ug::AssignFaceInterfaceEdgesToSubsets(), ug::AssignVolumeInterfaceFacesToSubsets(), ug::CalculateCreaseNormal(), ug::CollectAssociated(), ug::CollectLines(), ug::ColorControlVolume(), ug::CreateEdgeSplitGeometry(), ug::DeselectBoundarySelectionEdges(), ug::EdgeCollapseIsValid(), ug::EraseConnectingElements(), ug::ExpandFractures3d(), ug::ExportGridToUG_2D(), ug::GetNeighbours(), ug::IsBoundaryEdge(), ug::IsBoundaryEdge3D(), ug::MultiEdgeSplit(), ug::HangingNodeRefiner_Grid::post_refine(), ug::Grid::register_and_replace_element(), ug::Grid::replace_vertex(), ug::SaveGridToART(), ug::SelectAssociatedFaces(), ug::SelectInnerSelectionEdges(), ug::SelectInnerSelectionFaces(), ug::SplitEdge(), ug::TryCollapse(), ug::Grid::unregister_edge(), ug::Grid::unregister_volume(), and ug::WriteNG().

◆ CollectFaces() [4/4]

UG_API void ug::CollectFaces	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

Collects all faces that exist in the given grid are part of the given volume.

if VOLOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_faces_begin(v), associated_faces_end(v) in order to find the faces. If not, GetFace is used. This possibly involves auto-enabling of VRTOPT_STORE_ASSOCIATED_FACES. The second option performs worse!

References ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::Grid::get_face(), ug::Grid::num(), ug::Volume::num_faces(), ug::Grid::option_is_enabled(), and ug::VOLOPT_STORE_ASSOCIATED_FACES.

◆ CollectFacesSorted() [1/5]

UG_API void ug::CollectFacesSorted	(	vector< Face * > &	vFacesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer
	)

Collects all face that exist in the given grid are part of the given edge in the order defined by the reference elements.

◆ CollectFacesSorted() [2/5]

UG_API void ug::CollectFacesSorted	(	vector< Face * > &	vFacesOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer
	)

Collects all face that exist in the given grid are part of the given face in the order defined by the reference elements.

◆ CollectFacesSorted() [3/5]

void ug::CollectFacesSorted	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::CollectFacesSorted(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

◆ CollectFacesSorted() [4/5]

UG_API void ug::CollectFacesSorted	(	std::vector< Face * > &	vFacesOut,
		Grid &	grid,
		Vertex *	v,
		bool	clearContainer = `true`
	)

Collects all Faces of a Vertex, thus, none.

Referenced by ug::CollectFacesSorted(), ug::HCRFVGeometry< TElem, TWorldDim >::update(), ug::HFV1Geometry< TElem, TWorldDim >::update(), ug::DimHFV1Geometry< TDim, TWorldDim >::update(), ug::DimFV1Geometry< TDim, TWorldDim >::update_boundary_faces(), ug::FV1IBGeometry< TElem, TWorldDim >::update_boundary_faces(), ug::DimFV1IBGeometry< TDim, TWorldDim >::update_boundary_faces(), ug::DimCRFVGeometry< TDim, TWorldDim >::update_boundary_faces(), ug::CRFVGeometry< TElem, TWorldDim >::update_boundary_faces(), ug::FVGeometry< TOrder, TElem, TWorldDim, TQuadOrder >::update_boundary_faces(), ug::DimFVGeometry< TWorldDim, TDim >::update_boundary_faces(), and ug::DimCRFVGeometry< TDim, TWorldDim >::update_hanging().

◆ CollectFacesSorted() [5/5]

UG_API void ug::CollectFacesSorted	(	vector< Face * > &	vFacesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer
	)

Collects all face that exist in the given grid are part of the given volume in the order defined by the reference elements.

This function returns the associated faces of a volume in an std::vector. The order of the faces in the vector is equal to the numbering of faces in the reference element for the volume.

Collects all face that exist in the given grid are part of the given volume in the order defined by the reference elements.

References ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::Grid::get_face(), ug::Grid::num(), ug::Volume::num_faces(), ug::Grid::option_is_enabled(), ug::VOLOPT_AUTOGENERATE_FACES, and ug::VOLOPT_STORE_ASSOCIATED_FACES.

◆ CollectNeighborhood()

void ug::CollectNeighborhood	(	std::vector< Face * > &	facesOut,
		Grid &	grid,
		Vertex *	vrt,
		size_t	range,
		bool	clearContainer = `true`
	)

Collects all neighbors in a given neighborhood of a vertex.

This algorithm uses Grid::mark

References ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::Grid::begin_marking(), ug::Grid::end_marking(), ug::Grid::is_marked(), ug::Grid::mark(), ug::FaceVertices::num_vertices(), and ug::FaceVertices::vertices().

Referenced by ug::ObtainSimpleGrid_CollapseEdge().

◆ CollectNeighbors() [1/4]

void ug::CollectNeighbors	(	std::vector< Edge * > &	vNeighborsOut,
		Edge *	e,
		Grid &	grid,
		NeighborhoodType	nbhType = `NHT_VERTEX_NEIGHBORS`
	)

collects all edges that are connected to the given one.

This method uses Grid::mark.

if nbhType != NHT_VERTEX_NEIGHBORS, then vNeighborsOut will be empty. This parameter is featured for compatibility reasons with the other CollectNeighbors methods.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::Grid::begin_marking(), ug::Grid::end_marking(), ug::Grid::is_marked(), ug::Grid::mark(), ug::NHT_DEFAULT, ug::NHT_VERTEX_NEIGHBORS, and ug::EdgeVertices::vertex().

◆ CollectNeighbors() [2/4]

void ug::CollectNeighbors	(	std::vector< Face * > &	vNeighborsOut,
		Face *	f,
		Grid &	grid,
		NeighborhoodType	nbhType = `NHT_EDGE_NEIGHBORS`
	)

collects all faces that are connected to the given one.

This method uses Grid::mark.

Using nbhType, you can choose which neighborhood you want to receive:

NHT_EDGE_NEIGHBORS (default): All faces that share an edge with the given one are regarded as neighbours.
NHT_VERTEX_NEIGHBORS: All faces that share a vertex with the given one are regarded as neighbours.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::Grid::begin_marking(), ug::EDGEOPT_STORE_ASSOCIATED_FACES, ug::Grid::end_marking(), ug::FACEOPT_AUTOGENERATE_EDGES, ug::FACEOPT_STORE_ASSOCIATED_EDGES, ug::Grid::is_marked(), ug::Grid::mark(), ug::NHT_DEFAULT, ug::NHT_EDGE_NEIGHBORS, ug::NHT_FACE_NEIGHBORS, ug::NHT_VERTEX_NEIGHBORS, ug::FaceVertices::num_vertices(), ug::Grid::option_is_enabled(), and ug::FaceVertices::vertices().

◆ CollectNeighbors() [3/4]

void ug::CollectNeighbors	(	std::vector< Vertex * > &	vNeighborsOut,
		Grid &	grid,
		Vertex *	vrt,
		uint	nbhType = `NHT_EDGE_NEIGHBORS`,
		Grid::edge_traits::callback	considerEdge = `ConsiderAll()`,
		Grid::face_traits::callback	considerFace = `ConsiderAll()`,
		Grid::volume_traits::callback	considerVol = `ConsiderAll()`
	)

Collects all vertices that are connected by elements of the specified type.

This method uses Grid::mark.

You may specify the types of objects, which are regarded as connecting objects through or-combinations of constants enumerated in NeighborhoodType.

Through the consider... callbacks, you may specify whether a specific edge/face/volume shall be considered, when collecting neighbors of a vertex. By default, all geometric objects are considered.

Parameters

vNeighboursOut	neighbor vertices
grid	Grid
sh	Subset Handler
vrt	vertex
subsetIndex	subset index
nbhType	Accepts or-combinations of any NeighborhoodType enumerated constants.

References ug::Grid::associated_edges_begin(), ug::Grid::associated_edges_end(), ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::Grid::associated_volumes_begin(), ug::Grid::associated_volumes_end(), ug::Grid::begin_marking(), ug::Grid::end_marking(), ug::GetConnectedVertex(), ug::Grid::is_marked(), ug::Grid::mark(), ug::NHT_EDGE_NEIGHBORS, ug::NHT_FACE_NEIGHBORS, ug::NHT_VOLUME_NEIGHBORS, ug::FaceVertices::num_vertices(), ug::VolumeVertices::num_vertices(), ug::FaceVertices::vertices(), and ug::VolumeVertices::vertices().

Referenced by ug::ConstructDualGraph(), ug::ConstructDualGraphMG(), ug::ConstructDualGraphMGLevel(), ug::ConstructParallelDualGraphMGLevel(), ug::EdgeCollapseIsValid(), and ug::FindSubsetGroups().

◆ CollectNeighbors() [4/4]

void ug::CollectNeighbors	(	std::vector< Volume * > &	vNeighboursOut,
		Volume *	v,
		Grid &	grid,
		NeighborhoodType	nbhType = `NHT_FACE_NEIGHBORS`
	)

collects all volumes that are connected to the given one.

This method uses Grid::mark.

Using nbhType, you can choose which neighborhood you want to receive:

NHT_FACE_NEIGHBORS (default): All volumes that share a face with the given one are regarded as neighbors.
NHT_EDGE_NEIGHBORS: All volumes that share an edge with the given one are regarded as neighbors.
NHT_VERTEX_NEIGHBORS: All volumes that share a vertex with the given one are regarded as neighbors.

References ug::Grid::associated_faces_begin(), ug::Grid::associated_faces_end(), ug::Grid::associated_volumes_begin(), ug::Grid::associated_volumes_end(), ug::Grid::begin_marking(), ug::Grid::end_marking(), ug::FACEOPT_STORE_ASSOCIATED_VOLUMES, ug::Grid::is_marked(), ug::Grid::mark(), ug::NHT_DEFAULT, ug::NHT_EDGE_NEIGHBORS, ug::NHT_FACE_NEIGHBORS, ug::NHT_VERTEX_NEIGHBORS, ug::VolumeVertices::num_vertices(), ug::Grid::option_is_enabled(), ug::VolumeVertices::vertices(), ug::VOLOPT_AUTOGENERATE_FACES, and ug::VOLOPT_STORE_ASSOCIATED_FACES.

◆ CollectVertices() [1/5]

UG_API void ug::CollectVertices	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

Collects all vertices.

Collects all vertices that are part of the given edge.

This function returns a std::vector of pointers to all vertices, that are part of the given edge.

References ug::EdgeVertices::num_vertices(), and ug::EdgeVertices::vertex().

◆ CollectVertices() [2/5]

UG_API void ug::CollectVertices	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer = `true`
	)

Collects all vertices.

Collects all vertices that are part of the given face.

This function returns a std::vector of pointers to all vertices, that are part of the given face.

References ug::FaceVertices::num_vertices(), and ug::FaceVertices::vertices().

◆ CollectVertices() [3/5]

void ug::CollectVertices	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		GridObject *	obj,
		bool	clearContainer = `true`
	)

inline

References ug::GridObject::base_object_id(), ug::CollectVertices(), ug::EDGE, ug::FACE, ug::VERTEX, and ug::VOLUME.

◆ CollectVertices() [4/5]

UG_API void ug::CollectVertices	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Vertex *	v,
		bool	clearContainer = `true`
	)

Collects all vertices.

Dummy-method. Puts the vertex itself into the given vector.

This function simply returns the vertex itself. It is added for completeness, such that the function can be used in template code.

◆ CollectVertices() [5/5]

UG_API void ug::CollectVertices	(	std::vector< Vertex * > &	vVertexOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

Collects all vertices.

Collects all vertices that are part of the given volume.

This function returns a std::vector of pointers to all vertices, that are part of the given volume.

References ug::VolumeVertices::num_vertices(), and ug::VolumeVertices::vertices().

◆ CollectVolumes() [1/5]

UG_API void ug::CollectVolumes	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Edge *	e,
		bool	clearContainer = `true`
	)

Collects all volumes that exist in the given grid which contain the given edge.

if EDGEOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_volumes_begin(e), associated_volumes_end(e) in order to find the volumes. if not the algorithm iterates over all volumes associated with one of the edges end-points and returns each volume that contains the edge.

References ug::Grid::associated_volumes_begin(), ug::Grid::associated_volumes_end(), ug::EDGEOPT_STORE_ASSOCIATED_VOLUMES, ug::Grid::num(), ug::Grid::option_is_enabled(), ug::EdgeVertices::vertex(), and ug::VolumeContains().

◆ CollectVolumes() [2/5]

void ug::CollectVolumes	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Face *	f,
		bool	clearContainer = `true`,
		bool	ignoreAssociatedVolumes = `false`
	)

Collects all volumes that exist in the given grid which contain the given face.

if FACEOPT_STORE_ASSOCIATED_VOLUMES is enabled then the algorithm uses associated_volumes_begin(f), associated_volumes_end(f) in order to find the volumes. if not the algorithm iterates over all volumes associated with one of the faces end-points and returns each volume that contains the face.

References ug::Grid::associated_volumes_begin(), ug::Grid::associated_volumes_end(), ug::FACEOPT_STORE_ASSOCIATED_VOLUMES, ug::Grid::num(), ug::Grid::option_is_enabled(), ug::FaceVertices::vertex(), and ug::VolumeContains().

◆ CollectVolumes() [3/5]

UG_API void ug::CollectVolumes	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		FaceDescriptor &	fd,
		bool	clearContainer
	)

Collects all volumes that exist in the given grid which contain the given face.

References ug::Grid::associated_volumes_begin(), ug::Grid::associated_volumes_end(), ug::Grid::num(), ug::FaceDescriptor::vertex(), and ug::VolumeContains().

◆ CollectVolumes() [4/5]

UG_API void ug::CollectVolumes	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Vertex *	vrt,
		bool	clearContainer
	)

Collects all volumes that exist in the given grid which contain the given vertex.

References ug::Grid::associated_volumes_begin(), ug::Grid::associated_volumes_end(), and ug::Grid::num().

Referenced by ug::AdjustSelection(), ug::AdjustSubsetsForLgmNg(), ug::AssignRegionToSubset(), ug::AssignVolumeInterfaceFacesToSubsets(), ug::CalculateCreaseNormal(), ug::CollectAssociated(), ug::ColorControlVolume(), ug::CreateEdgeSplitGeometry(), ug::DeselectBoundarySelectionEdges(), ug::DeselectBoundarySelectionFaces(), ug::EraseConnectingElements(), ug::GetRightLeftUnitIndex(), ug::IsVolumeBoundaryFace(), ug::HangingNodeRefiner_Grid::post_refine(), ug::Grid::register_and_replace_element(), ug::Grid::register_face(), ug::Grid::replace_vertex(), ug::SelectInnerSelectionEdges(), ug::SelectInnerSelectionFaces(), ug::SplitEdge(), ug::Grid::unregister_edge(), and ug::Grid::unregister_face().

◆ CollectVolumes() [5/5]

UG_API void ug::CollectVolumes	(	std::vector< Volume * > &	vVolumesOut,
		Grid &	grid,
		Volume *	v,
		bool	clearContainer = `true`
	)

Collects all volumes. (Returns the volume itself)

References ug::Grid::num().

◆ NumVertices() [1/3]

size_t ug::NumVertices ( Edge * elem )

inline

Returns the number of vertices of the given geometric object.

Valid template arguments are Vertex, Edge, Face, Volume and derived types.

unifies access to geometric objects.

References ug::EdgeVertices::num_vertices().

◆ NumVertices() [2/3]

size_t ug::NumVertices ( Face * elem )

inline

Returns the number of vertices of the given geometric object.

Valid template arguments are Vertex, Edge, Face, Volume and derived types.

unifies access to geometric objects.

References ug::FaceVertices::num_vertices().

◆ NumVertices() [3/3]

size_t ug::NumVertices ( Volume * elem )

inline

Returns the number of vertices of the given geometric object.

Valid template arguments are Vertex, Edge, Face, Volume and derived types.

unifies access to geometric objects.

References ug::VolumeVertices::num_vertices().

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ NeighborhoodType

Function Documentation

◆ CollectAssociated() [1/21]

◆ CollectAssociated() [2/21]

◆ CollectAssociated() [3/21]

◆ CollectAssociated() [4/21]

◆ CollectAssociated() [5/21]

◆ CollectAssociated() [6/21]

◆ CollectAssociated() [7/21]

◆ CollectAssociated() [8/21]

◆ CollectAssociated() [9/21]

◆ CollectAssociated() [10/21]

◆ CollectAssociated() [11/21]

◆ CollectAssociated() [12/21]

◆ CollectAssociated() [13/21]

◆ CollectAssociated() [14/21]

◆ CollectAssociated() [15/21]

◆ CollectAssociated() [16/21]

◆ CollectAssociated() [17/21]

◆ CollectAssociated() [18/21]

◆ CollectAssociated() [19/21]

◆ CollectAssociated() [20/21]

◆ CollectAssociated() [21/21]

◆ CollectEdges() [1/4]

◆ CollectEdges() [2/4]

◆ CollectEdges() [3/4]

◆ CollectEdges() [4/4]

◆ CollectEdgesSorted() [1/5]

◆ CollectEdgesSorted() [2/5]

◆ CollectEdgesSorted() [3/5]

◆ CollectEdgesSorted() [4/5]

◆ CollectEdgesSorted() [5/5]

◆ CollectFaces() [1/4]

◆ CollectFaces() [2/4]

◆ CollectFaces() [3/4]

◆ CollectFaces() [4/4]

◆ CollectFacesSorted() [1/5]

◆ CollectFacesSorted() [2/5]

◆ CollectFacesSorted() [3/5]

◆ CollectFacesSorted() [4/5]

◆ CollectFacesSorted() [5/5]

◆ CollectNeighborhood()

◆ CollectNeighbors() [1/4]

◆ CollectNeighbors() [2/4]

◆ CollectNeighbors() [3/4]

◆ CollectNeighbors() [4/4]

◆ CollectVertices() [1/5]

◆ CollectVertices() [2/5]

◆ CollectVertices() [3/5]

◆ CollectVertices() [4/5]

◆ CollectVertices() [5/5]

◆ CollectVolumes() [1/5]

◆ CollectVolumes() [2/5]

◆ CollectVolumes() [3/5]

◆ CollectVolumes() [4/5]

◆ CollectVolumes() [5/5]

◆ NumVertices() [1/3]

◆ NumVertices() [2/3]

◆ NumVertices() [3/3]