Mesh Topology Generated from class MR.MeshTopology. This is the non-const half of the class. More...

Inheritance diagram for MR.MeshTopology:

Public Member Functions
unsafe	MeshTopology ()
	Constructs an empty (default-constructed) instance.
unsafe	MeshTopology (MR._ByValue_MeshTopology _other)
	Generated from constructor MR.MeshTopology.MeshTopology.
	MeshTopology (Const_MeshTopology _other)
	Generated from constructor MR.MeshTopology.MeshTopology.
	MeshTopology (MeshTopology _other)
	Generated from constructor MR.MeshTopology.MeshTopology.
unsafe MR.MeshTopology	assign (MR._ByValue_MeshTopology _other)
	Generated from method MR::MeshTopology::operator=.
unsafe MR.EdgeId	makeEdge ()
	creates an edge not associated with any vertex or face Generated from method MR.MeshTopology.makeEdge.
unsafe void	edgeReserve (ulong newCapacity)
	sets the capacity of half-edges vector Generated from method MR.MeshTopology.edgeReserve.
unsafe void	shrinkToFit ()
	requests the removal of unused capacity Generated from method MR.MeshTopology.shrinkToFit.
unsafe void	splice (MR.EdgeId a, MR.EdgeId b)
	given two half edges do either of two: 1) if a and b were from distinct rings, puts them in one ring; 2) if a and b were from the same ring, puts them in separate rings; the cut in rings in both cases is made after a and b Generated from method MR.MeshTopology.splice.
unsafe MR.EdgeId	collapseEdge (MR.EdgeId e, MR.Std.Const_Function_Void_From_MREdgeId_MREdgeId onEdgeDel)
	collapses given edge in a vertex and deletes 1) faces: left( e ) and right( e ); 2) edges: e, next( e.sym() ), prev( e.sym() ), and optionally next( e ), prev( e ) if their left and right triangles are deleted; 3) all vertices that lost their last edge; calls onEdgeDel for every deleted edge (del) including given (e); if valid (rem) is given then dest( del ) = dest( rem ) and their origins are in different ends of collapsing edge, (rem) shall take the place of (del)
unsafe void	setOrg (MR.EdgeId a, MR.VertId v)
	sets new origin to the full origin ring including this edge; edgePerVertex_ table is updated accordingly Generated from method MR.MeshTopology.setOrg.
unsafe void	setLeft (MR.EdgeId a, MR.FaceId f)
	sets new left face to the full left ring including this edge; edgePerFace_ table is updated accordingly Generated from method MR.MeshTopology.setLeft.
unsafe MR.VertId	addVertId ()
	creates new vert-id not associated with any edge yet Generated from method MR.MeshTopology.addVertId.
unsafe void	vertResize (ulong newSize)
	explicitly increases the size of vertices vector Generated from method MR.MeshTopology.vertResize.
unsafe void	vertResizeWithReserve (ulong newSize)
	explicitly increases the size of vertices vector, doubling the current capacity if it was not enough Generated from method MR.MeshTopology.vertResizeWithReserve.
unsafe void	vertReserve (ulong newCapacity)
	sets the capacity of vertices vector Generated from method MR.MeshTopology.vertReserve.
unsafe MR.FaceId	addFaceId ()
	creates new face-id not associated with any edge yet Generated from method MR.MeshTopology.addFaceId.
unsafe void	deleteFace (MR.FaceId f, MR.Const_UndirectedEdgeBitSet? keepEdges=null)
	deletes the face, also deletes its edges and vertices if they were not shared by other faces and not in
unsafe void	deleteFaces (MR.Const_FaceBitSet fs, MR.Const_UndirectedEdgeBitSet? keepEdges=null)
	deletes multiple given faces by calling deleteFace for each Generated from method MR.MeshTopology.deleteFaces.
unsafe void	faceResize (ulong newSize)
	explicitly increases the size of faces vector Generated from method MR.MeshTopology.faceResize.
unsafe void	faceResizeWithReserve (ulong newSize)
	explicitly increases the size of faces vector, doubling the current capacity if it was not enough Generated from method MR.MeshTopology.faceResizeWithReserve.
unsafe void	faceReserve (ulong newCapacity)
	sets the capacity of faces vector Generated from method MR.MeshTopology.faceReserve.
unsafe void	flipEdge (MR.EdgeId e)
	given the edge with left and right triangular faces, which form together a quadrangle, rotates the edge counter-clockwise inside the quadrangle Generated from method MR.MeshTopology.flipEdge.
unsafe MR.EdgeId	splitEdge (MR.EdgeId e, MR.FaceBitSet? region=null, MR.Phmap.FlatHashMap_MRFaceId_MRFaceId? new2Old=null)
	split given edge on two parts: dest(returned-edge) = org(e) - newly created vertex, org(returned-edge) = org(e-before-split), dest(e) = dest(e-before-split)
unsafe MR.VertId	splitFace (MR.FaceId f, MR.FaceBitSet? region=null, MR.Phmap.FlatHashMap_MRFaceId_MRFaceId? new2Old=null)
	split given triangle on three triangles, introducing new vertex (which is returned) inside original triangle and connecting it to its vertices
unsafe void	flipOrientation (MR.Const_UndirectedEdgeBitSet? fullComponents=null)
	flip orientation (normals) of
unsafe void	addPart (MR.Const_MeshTopology from, MR.Const_PartMapping? map=null, bool? rearrangeTriangles=null)
	appends mesh topology (from) in addition to the current topology: creates new edges, faces, verts;
unsafe void	addPart (MR.Const_MeshTopology from, MR.FaceMap? outFmap=null, MR.VertMap? outVmap=null, MR.WholeEdgeMap? outEmap=null, bool? rearrangeTriangles=null)
	Generated from method MR.MeshTopology.addPart. Parameter rearrangeTriangles defaults to false.
unsafe void	addPartByMask (MR.Const_MeshTopology from, MR.Const_FaceBitSet? fromFaces, MR.Const_PartMapping? map=null)
	the same but copies only portion of (from) specified by fromFaces, Generated from method MR.MeshTopology.addPartByMask. Parameter map defaults to {}.
unsafe void	addPartByMask (MR.Const_MeshTopology from, MR.Const_FaceBitSet? fromFaces, bool? flipOrientation=null, MR.Std.Const_Vector_StdVectorMREdgeId? thisContours=null, MR.Std.Const_Vector_StdVectorMREdgeId? fromContours=null, MR.Const_PartMapping? map=null)
	this version has more parameters
unsafe void	rotateTriangles ()
	for each triangle selects edgeWithLeft with minimal origin vertex Generated from method MR.MeshTopology.rotateTriangles.
unsafe void	pack (MR.FaceMap? outFmap=null, MR.VertMap? outVmap=null, MR.WholeEdgeMap? outEmap=null, bool? rearrangeTriangles=null)
	tightly packs all arrays eliminating lone edges and invalid faces and vertices
unsafe void	pack (MR.Const_PackMapping map)
	tightly packs all arrays eliminating lone edges and invalid faces and vertices; reorder all faces, vertices and edges according to given maps, each containing old id -> new id mapping Generated from method MR.MeshTopology.pack.
unsafe void	packMinMem (MR.Const_PackMapping map)
	tightly packs all arrays eliminating lone edges and invalid faces and vertices; reorder all faces, vertices and edges according to given maps, each containing old id -> new id mapping; unlike pack method, this method allocates minimal amount of memory for its operation but works much slower Generated from method MR.MeshTopology.packMinMem.
unsafe void	read (MR.Std.Istream s, MR.Std._ByValue_Function_Bool_From_Float? callback=null)
	loads from binary stream
unsafe void	resizeBeforeParallelAdd (ulong edgeSize, ulong vertSize, ulong faceSize)
	These function are for parallel mesh creation from different threads. If you are not sure, do not use them.
unsafe void	addPackedPart (MR.Const_MeshTopology from, MR.EdgeId toEdgeId, MR.Const_FaceMap fmap, MR.Const_VertMap vmap)
	copies topology (from) into this;
unsafe bool	computeValidsFromEdges (MR.Std._ByValue_Function_Bool_From_Float? cb=null)
	compute 1) numValidVerts_ and validVerts_ from edgePerVertex_ 2) numValidFaces_ and validFaces_ from edgePerFace_ and activates their auto-update Generated from method MR.MeshTopology.computeValidsFromEdges. Parameter cb defaults to {}.
unsafe void	stopUpdatingValids ()
	stops updating validVerts(), validFaces(), numValidVerts(), numValidFaces() for parallel processing of mesh parts Generated from method MR.MeshTopology.stopUpdatingValids.
unsafe void	preferEdges (MR.Const_UndirectedEdgeBitSet stableEdges)
	for incident vertices and faces of given edges, remember one of them as edgeWithOrg and edgeWithLeft; this is important in parallel algorithms where other edges may change but stable ones will survive Generated from method MR.MeshTopology.preferEdges.
unsafe bool	buildGridMesh (MR.Const_GridSettings settings, MR.Std._ByValue_Function_Bool_From_Float? cb=null)
	Generated from method MR.MeshTopology.buildGridMesh. Parameter cb defaults to {}.
Public Member Functions inherited from MR.Const_MeshTopology
virtual void	Dispose ()
unsafe	Const_MeshTopology ()
	Constructs an empty (default-constructed) instance.
unsafe	Const_MeshTopology (MR._ByValue_MeshTopology _other)
	Generated from constructor MR.MeshTopology.MeshTopology.
	Const_MeshTopology (Const_MeshTopology _other)
	Generated from constructor MR.MeshTopology.MeshTopology.
	Const_MeshTopology (MeshTopology _other)
	Generated from constructor MR.MeshTopology.MeshTopology.
unsafe bool	isLoneEdge (MR.EdgeId a)
	checks whether the edge is disconnected from all other edges and disassociated from all vertices and faces (as if after makeEdge) Generated from method MR.MeshTopology.isLoneEdge.
unsafe MR.UndirectedEdgeId	lastNotLoneUndirectedEdge ()
	returns last not lone undirected edge id, or invalid id if no such edge exists Generated from method MR.MeshTopology.lastNotLoneUndirectedEdge.
unsafe MR.EdgeId	lastNotLoneEdge ()
	returns last not lone edge id, or invalid id if no such edge exists Generated from method MR.MeshTopology.lastNotLoneEdge.
unsafe void	excludeLoneEdges (MR.UndirectedEdgeBitSet edges)
	remove all lone edges from given set Generated from method MR.MeshTopology.excludeLoneEdges.
unsafe ulong	edgeSize ()
	returns the number of half-edge records including lone ones Generated from method MR.MeshTopology.edgeSize.
unsafe ulong	edgeCapacity ()
	returns the number of allocated edge records Generated from method MR.MeshTopology.edgeCapacity.
unsafe ulong	undirectedEdgeSize ()
	returns the number of undirected edges (pairs of half-edges) including lone ones Generated from method MR.MeshTopology.undirectedEdgeSize.
unsafe ulong	undirectedEdgeCapacity ()
	returns the number of allocated undirected edges (pairs of half-edges) Generated from method MR.MeshTopology.undirectedEdgeCapacity.
unsafe ulong	computeNotLoneUndirectedEdges ()
	computes the number of not-lone (valid) undirected edges Generated from method MR.MeshTopology.computeNotLoneUndirectedEdges.
unsafe MR.UndirectedEdgeBitSet	findNotLoneUndirectedEdges ()
	finds and returns all not-lone (valid) undirected edges Generated from method MR.MeshTopology.findNotLoneUndirectedEdges.
unsafe bool	hasEdge (MR.EdgeId e)
	returns true if given edge is within valid range and not-lone Generated from method MR.MeshTopology.hasEdge.
unsafe ulong	heapBytes ()
	returns the amount of memory this object occupies on heap Generated from method MR.MeshTopology.heapBytes.
unsafe MR.EdgeId	next (MR.EdgeId he)
	next (counter clock wise) half-edge in the origin ring Generated from method MR.MeshTopology.next.
unsafe MR.EdgeId	prev (MR.EdgeId he)
	previous (clock wise) half-edge in the origin ring Generated from method MR.MeshTopology.prev.
unsafe MR.VertId	org (MR.EdgeId he)
	returns origin vertex of half-edge Generated from method MR.MeshTopology.org.
unsafe MR.VertId	dest (MR.EdgeId he)
	returns destination vertex of half-edge Generated from method MR.MeshTopology.dest.
unsafe MR.FaceId	left (MR.EdgeId he)
	returns left face of half-edge Generated from method MR.MeshTopology.left.
unsafe MR.FaceId	right (MR.EdgeId he)
	returns right face of half-edge Generated from method MR.MeshTopology.right.
unsafe bool	fromSameOriginRing (MR.EdgeId a, MR.EdgeId b)
	returns true if a and b are both from the same origin ring Generated from method MR.MeshTopology.fromSameOriginRing.
unsafe bool	fromSameLeftRing (MR.EdgeId a, MR.EdgeId b)
	returns true if a and b are both from the same left face ring Generated from method MR.MeshTopology.fromSameLeftRing.
unsafe int	getOrgDegree (MR.EdgeId a)
	returns the number of edges around the origin vertex, returns 1 for lone edges Generated from method MR.MeshTopology.getOrgDegree.
unsafe int	getVertDegree (MR.VertId v)
	returns the number of edges around the given vertex Generated from method MR.MeshTopology.getVertDegree.
unsafe bool	isOrgInnerAndHasDegree (MR.EdgeId a, int d)
	returns true if the origin of given edge is inner to the mesh (no boundary passes via it), and has the given number of incident edges (including input one) Generated from method MR.MeshTopology.isOrgInnerAndHasDegree.
unsafe bool	isVertInnerAndHasDegree (MR.VertId v, int d)
	returns true if the given vertex is inner to the mesh (no boundary passes via it), and has the given number of incident edges Generated from method MR.MeshTopology.isVertInnerAndHasDegree.
unsafe int	getLeftDegree (MR.EdgeId a)
	returns the number of edges around the left face: 3 for triangular faces, ... Generated from method MR.MeshTopology.getLeftDegree.
unsafe int	getFaceDegree (MR.FaceId f)
	returns the number of edges around the given face: 3 for triangular faces, ... Generated from method MR.MeshTopology.getFaceDegree.
unsafe bool	isLeftTri (MR.EdgeId a)
	returns true if the cell to the left of a is triangular Generated from method MR.MeshTopology.isLeftTri.
unsafe void	getTriVerts (MR.FaceId f, ref MR.VertId v0, ref MR.VertId v1, ref MR.VertId v2)
	gets 3 vertices of given triangular face; the vertices are returned in counter-clockwise order if look from mesh outside Generated from method MR.MeshTopology.getTriVerts.
unsafe void	getTriVerts (MR.FaceId f, ref MR.Std.Array_MRVertId_3 v)
	Generated from method MR.MeshTopology.getTriVerts.
unsafe MR.Std.Array_MRVertId_3	getTriVerts (MR.FaceId f)
	Generated from method MR.MeshTopology.getTriVerts.
unsafe bool	isTriVert (MR.FaceId f, MR.VertId v)
	return true if triangular face (f) has (v) as one of its vertices Generated from method MR.MeshTopology.isTriVert.
unsafe MR.Std.Vector_StdArrayMRVertId3	getAllTriVerts ()
	returns three vertex ids for valid triangles, invalid triangles are skipped Generated from method MR.MeshTopology.getAllTriVerts.
unsafe MR.Triangulation	getTriangulation ()
	returns three vertex ids for valid triangles (which can be accessed by FaceId), vertex ids for invalid triangles are undefined, and shall not be read Generated from method MR.MeshTopology.getTriangulation.
unsafe void	getLeftTriVerts (MR.EdgeId a, ref MR.VertId v0, ref MR.VertId v1, ref MR.VertId v2)
	gets 3 vertices of the left face ( face-id may not exist, but the shape must be triangular) the vertices are returned in counter-clockwise order if look from mesh outside: v0 = org( a ), v1 = dest( a ) Generated from method MR.MeshTopology.getLeftTriVerts.
unsafe void	getLeftTriVerts (MR.EdgeId a, ref MR.Std.Array_MRVertId_3 v)
	Generated from method MR.MeshTopology.getLeftTriVerts.
unsafe MR.Std.Array_MRVertId_3	getLeftTriVerts (MR.EdgeId a)
	Generated from method MR.MeshTopology.getLeftTriVerts.
unsafe void	getLeftTriEdges (MR.EdgeId e0, ref MR.EdgeId e1, ref MR.EdgeId e2)
	given one edge with triangular face on the left; returns two other edges of the same face, oriented to have this face on the left; the edges are returned in counter-clockwise order if look from mesh outside Generated from method MR.MeshTopology.getLeftTriEdges.
unsafe void	getTriEdges (MR.FaceId f, ref MR.EdgeId e0, ref MR.EdgeId e1, ref MR.EdgeId e2)
	gets 3 edges of given triangular face, oriented to have it on the left; the edges are returned in counter-clockwise order if look from mesh outside Generated from method MR.MeshTopology.getTriEdges.
unsafe bool	isLeftQuad (MR.EdgeId a)
	returns true if the cell to the left of a is quadrangular Generated from method MR.MeshTopology.isLeftQuad.
unsafe MR.Const_Vector_MREdgeId_MRVertId	edgePerVertex ()
	for all valid vertices this vector contains an edge with the origin there Generated from method MR.MeshTopology.edgePerVertex.
unsafe MR.EdgeId	edgeWithOrg (MR.VertId a)
	returns valid edge if given vertex is present in the mesh Generated from method MR.MeshTopology.edgeWithOrg.
unsafe bool	hasVert (MR.VertId a)
	returns true if given vertex is present in the mesh Generated from method MR.MeshTopology.hasVert.
unsafe int	numValidVerts ()
	returns the number of valid vertices Generated from method MR.MeshTopology.numValidVerts.
unsafe MR.VertId	lastValidVert ()
	returns last valid vertex id, or invalid id if no single valid vertex exists Generated from method MR.MeshTopology.lastValidVert.
unsafe ulong	vertSize ()
	returns the number of vertex records including invalid ones Generated from method MR.MeshTopology.vertSize.
unsafe ulong	vertCapacity ()
	returns the number of allocated vert records Generated from method MR.MeshTopology.vertCapacity.
unsafe MR.Const_VertBitSet	getValidVerts ()
	returns cached set of all valid vertices Generated from method MR.MeshTopology.getValidVerts.
unsafe void	flip (MR.VertBitSet vs)
	sets in (vs) all valid vertices that were not selected before the call, and resets other bits Generated from method MR.MeshTopology.flip.
unsafe MR.Const_VertBitSet	getVertIds (MR.Const_VertBitSet? region)
	if region pointer is not null then converts it in reference, otherwise returns all valid vertices in the mesh Generated from method MR.MeshTopology.getVertIds.
unsafe MR.Const_Vector_MREdgeId_MRFaceId	edgePerFace ()
	for all valid faces this vector contains an edge with that face at left Generated from method MR.MeshTopology.edgePerFace.
unsafe MR.EdgeId	edgeWithLeft (MR.FaceId a)
	returns valid edge if given vertex is present in the mesh Generated from method MR.MeshTopology.edgeWithLeft.
unsafe bool	hasFace (MR.FaceId a)
	returns true if given face is present in the mesh Generated from method MR.MeshTopology.hasFace.
unsafe MR.EdgeId	sharedEdge (MR.FaceId l, MR.FaceId r)
	if two valid faces share the same edge then it is found and returned Generated from method MR.MeshTopology.sharedEdge.
unsafe MR.EdgeId	sharedVertInOrg (MR.EdgeId a, MR.EdgeId b)
	if two valid edges share the same vertex then it is found and returned as Edge with this vertex in origin Generated from method MR.MeshTopology.sharedVertInOrg.
unsafe MR.EdgeId	sharedVertInOrg (MR.FaceId l, MR.FaceId r)
	if two valid faces share the same vertex then it is found and returned as Edge with this vertex in origin Generated from method MR.MeshTopology.sharedVertInOrg.
unsafe MR.FaceId	sharedFace (MR.EdgeId a, MR.EdgeId b)
	if two valid edges belong to same valid face then it is found and returned Generated from method MR.MeshTopology.sharedFace.
unsafe int	numValidFaces ()
	returns the number of valid faces Generated from method MR.MeshTopology.numValidFaces.
unsafe MR.FaceId	lastValidFace ()
	returns last valid face id, or invalid id if no single valid face exists Generated from method MR.MeshTopology.lastValidFace.
unsafe ulong	faceSize ()
	returns the number of face records including invalid ones Generated from method MR.MeshTopology.faceSize.
unsafe ulong	faceCapacity ()
	returns the number of allocated face records Generated from method MR.MeshTopology.faceCapacity.
unsafe MR.Const_FaceBitSet	getValidFaces ()
	returns cached set of all valid faces Generated from method MR.MeshTopology.getValidFaces.
unsafe void	flip (MR.FaceBitSet fs)
	sets in (fs) all valid faces that were not selected before the call, and resets other bits Generated from method MR.MeshTopology.flip.
unsafe MR.Const_FaceBitSet	getFaceIds (MR.Const_FaceBitSet? region)
	if region pointer is not null then converts it in reference, otherwise returns all valid faces in the mesh Generated from method MR.MeshTopology.getFaceIds.
unsafe MR.EdgeId	bdEdgeSameLeft (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	returns the first boundary edge (for given region or for whole mesh if region is nullptr) in counter-clockwise order starting from given edge with the same left face or hole; returns invalid edge if no boundary edge is found Generated from method MR.MeshTopology.bdEdgeSameLeft.
unsafe bool	isLeftBdFace (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	returns true if left(e) is a valid (region) face, and it has a boundary edge (isBdEdge(e,region) == true) Generated from method MR.MeshTopology.isLeftBdFace.
unsafe MR.EdgeId	bdEdgeWithLeft (MR.FaceId f, MR.Const_FaceBitSet? region=null)
	returns a boundary edge with given left face considering boundary of given region (or for whole mesh if region is nullptr); returns invalid edge if no boundary edge is found Generated from method MR.MeshTopology.bdEdgeWithLeft.
unsafe bool	isBdFace (MR.FaceId f, MR.Const_FaceBitSet? region=null)
	returns true if given face belongs to the region and it has a boundary edge (isBdEdge(e,region) == true) Generated from method MR.MeshTopology.isBdFace.
unsafe MR.FaceBitSet	findBdFaces (MR.Const_FaceBitSet? region=null)
	returns all faces for which isBdFace(f, region) is true Generated from method MR.MeshTopology.findBdFaces.
unsafe bool	isLeftInRegion (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	return true if left face of given edge belongs to region (or just have valid id if region is nullptr) Generated from method MR.MeshTopology.isLeftInRegion.
unsafe bool	isInnerEdge (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	return true if given edge is inner for given region (or for whole mesh if region is nullptr) Generated from method MR.MeshTopology.isInnerEdge.
unsafe bool	isBdEdge (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	isBdEdge(e) returns true, if the edge (e) is a boundary edge of the mesh: (e) has a hole from one or both sides. isBdEdge(e, region) returns true, if the edge (e) is a boundary edge of the given region: (e) has a region's face from one side (region.test(f0)==true) and a hole or not-region face from the other side (!f1 \|\| region.test(f1)==false). If the region contains all faces of the mesh then isBdEdge(e) is the union of isBdEdge(e, region) and not-lone edges without both left and right faces. Generated from method MR.MeshTopology.isBdEdge.
unsafe MR.EdgeBitSet	findLeftBdEdges (MR.Const_FaceBitSet? region=null, MR.Const_EdgeBitSet? test=null)
	returns all (test) edges for which left(e) does not belong to the region and isBdEdge(e, region) is true Generated from method MR.MeshTopology.findLeftBdEdges.
unsafe MR.EdgeId	bdEdgeSameOrigin (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	returns the first boundary edge (for given region or for whole mesh if region is nullptr) in counter-clockwise order starting from given edge with the same origin; returns invalid edge if no boundary edge is found Generated from method MR.MeshTopology.bdEdgeSameOrigin.
unsafe bool	isBdVertexInOrg (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	returns true if edge's origin is on (region) boundary Generated from method MR.MeshTopology.isBdVertexInOrg.
unsafe MR.EdgeId	bdEdgeWithOrigin (MR.VertId v, MR.Const_FaceBitSet? region=null)
	returns a boundary edge with given vertex in origin considering boundary of given region (or for whole mesh if region is nullptr); returns invalid edge if no boundary edge is found Generated from method MR.MeshTopology.bdEdgeWithOrigin.
unsafe bool	isBdVertex (MR.VertId v, MR.Const_FaceBitSet? region=null)
	returns true if given vertex is on (region) boundary Generated from method MR.MeshTopology.isBdVertex.
unsafe MR.VertBitSet	findBdVerts (MR.Const_FaceBitSet? region=null, MR.Const_VertBitSet? test=null)
	returns all (test) vertices for which isBdVertex(v, region) is true Generated from method MR.MeshTopology.findBdVerts.
unsafe bool	isInnerOrBdVertex (MR.VertId v, MR.Const_FaceBitSet? region=null)
	returns true if one of incident faces of given vertex pertain to given region (or any such face exists if region is nullptr) Generated from method MR.MeshTopology.isInnerOrBdVertex.
unsafe bool	isLeftBdEdge (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	returns true if left face of given edge belongs to given region (if provided) and right face either does not exist or does not belong Generated from method MR.MeshTopology.isLeftBdEdge.
unsafe bool	isInnerOrBdEdge (MR.EdgeId e, MR.Const_FaceBitSet? region=null)
	return true if given edge is inner or boundary for given region (or for whole mesh if region is nullptr), returns false for lone edges Generated from method MR.MeshTopology.isInnerOrBdEdge.
unsafe MR.EdgeId	nextLeftBd (MR.EdgeId e, MR.Const_FaceBitSet? region=null, MR.Turn? turn=null)
	given a (region) boundary edge with no right face in given region, returns next boundary edge for the same region: dest(e)==org(res);
unsafe MR.EdgeId	prevLeftBd (MR.EdgeId e, MR.Const_FaceBitSet? region=null, MR.Turn? turn=null)
	given a (region) boundary edge with no right face in given region, returns previous boundary edge for the same region; dest(res)==org(e);
unsafe MR.EdgeId	findEdge (MR.VertId o, MR.VertId d)
	finds and returns edge from o to d in the mesh; returns invalid edge otherwise Generated from method MR.MeshTopology.findEdge.
unsafe bool	isClosed (MR.Const_FaceBitSet? region=null)
	returns true if the mesh (region) does not have any neighboring holes Generated from method MR.MeshTopology.isClosed.
unsafe MR.Std.Vector_MREdgeId	findHoleRepresentiveEdges (MR.Const_FaceBitSet? region=null)
	returns one edge with no valid left face for every boundary in the mesh; if region is given, then returned edges must have valid right faces from the region Generated from method MR.MeshTopology.findHoleRepresentiveEdges.
unsafe int	findNumHoles (MR.EdgeBitSet? holeRepresentativeEdges=null)
	returns the number of hole loops in the mesh;
unsafe MR.Std.Vector_MREdgeId	getLeftRing (MR.EdgeId e)
	returns full edge-loop of left face from (e) starting from (e) itself Generated from method MR.MeshTopology.getLeftRing.
unsafe MR.Std.Vector_StdVectorMREdgeId	getLeftRings (MR.Std.Const_Vector_MREdgeId es)
	returns full edge-loops of left faces from every edge in (es); each edge-loop will be returned only once even if some faces are represented by more than one edge in (es) Generated from method MR.MeshTopology.getLeftRings.
unsafe MR.VertBitSet	getPathVertices (MR.Std.Const_Vector_MREdgeId path)
	returns all vertices incident to path edges Generated from method MR.MeshTopology.getPathVertices.
unsafe MR.FaceBitSet	getPathLeftFaces (MR.Std.Const_Vector_MREdgeId path)
	returns all valid left faces of path edges Generated from method MR.MeshTopology.getPathLeftFaces.
unsafe MR.FaceBitSet	getPathRightFaces (MR.Std.Const_Vector_MREdgeId path)
	returns all valid right faces of path edges Generated from method MR.MeshTopology.getPathRightFaces.
unsafe void	write (MR.Std.Ostream s)
	saves in binary stream Generated from method MR.MeshTopology.write.
unsafe bool	updatingValids ()
	returns whether the methods validVerts(), validFaces(), numValidVerts(), numValidFaces() can be called Generated from method MR.MeshTopology.updatingValids.
unsafe bool	checkValidity (MR.Std._ByValue_Function_Bool_From_Float? cb=null, bool? allVerts=null)
	verifies that all internal data structures are valid; if allVerts=true then checks in addition that all not-lone edges have valid vertices on both ends Generated from method MR.MeshTopology.checkValidity. Parameter cb defaults to {}. Parameter allVerts defaults to true.
bool	Equals (MR.Const_MeshTopology? b)
override bool	Equals (object? other)

Additional Inherited Members
Static Public Member Functions inherited from MR.Const_MeshTopology
static unsafe bool	operator== (MR.Const_MeshTopology _this, MR.Const_MeshTopology b)
	compare that two topologies are exactly the same Generated from method MR::MeshTopology::operator==.
static unsafe bool	operator!= (MR.Const_MeshTopology _this, MR.Const_MeshTopology b)
Protected Member Functions inherited from MR.Const_MeshTopology
virtual unsafe void	Dispose (bool disposing)

Detailed Description

Mesh Topology Generated from class MR.MeshTopology. This is the non-const half of the class.

Constructor & Destructor Documentation

◆ MeshTopology() [1/4]

unsafe MR.MeshTopology.MeshTopology ( )

inline

Constructs an empty (default-constructed) instance.

◆ MeshTopology() [2/4]

unsafe MR.MeshTopology.MeshTopology ( MR._ByValue_MeshTopology _other )

inline

Generated from constructor MR.MeshTopology.MeshTopology.

◆ MeshTopology() [3/4]

MR.MeshTopology.MeshTopology ( Const_MeshTopology _other )

inline

Generated from constructor MR.MeshTopology.MeshTopology.

◆ MeshTopology() [4/4]

MR.MeshTopology.MeshTopology ( MeshTopology _other )

inline

Generated from constructor MR.MeshTopology.MeshTopology.

Member Function Documentation

◆ addFaceId()

unsafe MR.FaceId MR.MeshTopology.addFaceId ( )

inline

creates new face-id not associated with any edge yet Generated from method MR.MeshTopology.addFaceId.

◆ addPackedPart()

unsafe void MR.MeshTopology.addPackedPart	(	MR.Const_MeshTopology	from,
		MR.EdgeId	toEdgeId,
		MR.Const_FaceMap	fmap,
		MR.Const_VertMap	vmap )

inline

copies topology (from) into this;

Parameters

from	edges must be tightly packes without any lone edges, and they are mapped [0, from.edges.size()) -> [toEdgeId, toEdgeId + from.edges.size());
fmap,vmap	mapping of vertices and faces if it is given ( from.id -> this.id ) Generated from method MR.MeshTopology.addPackedPart.

◆ addPart() [1/2]

unsafe void MR.MeshTopology.addPart	(	MR.Const_MeshTopology	from,
		MR.Const_PartMapping?	map = null,
		bool?	rearrangeTriangles = null )

inline

appends mesh topology (from) in addition to the current topology: creates new edges, faces, verts;

Parameters

rearrangeTriangles if true then the order of triangles is selected according to the order of their vertices, please call rotateTriangles() first Generated from method MR.MeshTopology.addPart. Parameter map defaults to {}. Parameter rearrangeTriangles defaults to false.

◆ addPart() [2/2]

unsafe void MR.MeshTopology.addPart	(	MR.Const_MeshTopology	from,
		MR.FaceMap?	outFmap = null,
		MR.VertMap?	outVmap = null,
		MR.WholeEdgeMap?	outEmap = null,
		bool?	rearrangeTriangles = null )

inline

Generated from method MR.MeshTopology.addPart. Parameter rearrangeTriangles defaults to false.

◆ addPartByMask() [1/2]

unsafe void MR.MeshTopology.addPartByMask	(	MR.Const_MeshTopology	from,
		MR.Const_FaceBitSet?	fromFaces,
		bool?	flipOrientation = null,
		MR.Std.Const_Vector_StdVectorMREdgeId?	thisContours = null,
		MR.Std.Const_Vector_StdVectorMREdgeId?	fromContours = null,
		MR.Const_PartMapping?	map = null )

inline

this version has more parameters

Parameters

flipOrientation	if true then every from triangle is inverted before adding
thisContours	contours on this mesh (no left face) that have to be stitched with
fromContours	contours on from mesh during addition (no left face if flipOrientation otherwise no right face) Generated from method MR.MeshTopology.addPartByMask. Parameter flipOrientation defaults to false. Parameter thisContours defaults to {}. Parameter fromContours defaults to {}. Parameter map defaults to {}.

◆ addPartByMask() [2/2]

unsafe void MR.MeshTopology.addPartByMask	(	MR.Const_MeshTopology	from,
		MR.Const_FaceBitSet?	fromFaces,
		MR.Const_PartMapping?	map = null )

inline

the same but copies only portion of (from) specified by fromFaces, Generated from method MR.MeshTopology.addPartByMask. Parameter map defaults to {}.

◆ addVertId()

unsafe MR.VertId MR.MeshTopology.addVertId ( )

inline

creates new vert-id not associated with any edge yet Generated from method MR.MeshTopology.addVertId.

◆ assign()

unsafe MR.MeshTopology MR.MeshTopology.assign ( MR._ByValue_MeshTopology _other )

inline

Generated from method MR::MeshTopology::operator=.

◆ buildGridMesh()

unsafe bool MR.MeshTopology.buildGridMesh	(	MR.Const_GridSettings	settings,
		MR.Std._ByValue_Function_Bool_From_Float?	cb = null )

inline

Generated from method MR.MeshTopology.buildGridMesh. Parameter cb defaults to {}.

◆ collapseEdge()

unsafe MR.EdgeId MR.MeshTopology.collapseEdge	(	MR.EdgeId	e,
		MR.Std.Const_Function_Void_From_MREdgeId_MREdgeId	onEdgeDel )

inline

collapses given edge in a vertex and deletes 1) faces: left( e ) and right( e ); 2) edges: e, next( e.sym() ), prev( e.sym() ), and optionally next( e ), prev( e ) if their left and right triangles are deleted; 3) all vertices that lost their last edge; calls onEdgeDel for every deleted edge (del) including given (e); if valid (rem) is given then dest( del ) = dest( rem ) and their origins are in different ends of collapsing edge, (rem) shall take the place of (del)

Returns: prev( e ) if it is still valid Generated from method MR.MeshTopology.collapseEdge.

◆ computeValidsFromEdges()

unsafe bool MR.MeshTopology.computeValidsFromEdges ( MR.Std._ByValue_Function_Bool_From_Float? cb = null )

inline

compute 1) numValidVerts_ and validVerts_ from edgePerVertex_ 2) numValidFaces_ and validFaces_ from edgePerFace_ and activates their auto-update Generated from method MR.MeshTopology.computeValidsFromEdges. Parameter cb defaults to {}.

◆ deleteFace()

unsafe void MR.MeshTopology.deleteFace	(	MR.FaceId	f,
		MR.Const_UndirectedEdgeBitSet?	keepEdges = null )

inline

deletes the face, also deletes its edges and vertices if they were not shared by other faces and not in

Parameters

keepFaces Generated from method MR.MeshTopology.deleteFace.

◆ deleteFaces()

unsafe void MR.MeshTopology.deleteFaces	(	MR.Const_FaceBitSet	fs,
		MR.Const_UndirectedEdgeBitSet?	keepEdges = null )

inline

deletes multiple given faces by calling deleteFace for each Generated from method MR.MeshTopology.deleteFaces.

◆ edgeReserve()

unsafe void MR.MeshTopology.edgeReserve ( ulong newCapacity )

inline

sets the capacity of half-edges vector Generated from method MR.MeshTopology.edgeReserve.

◆ faceReserve()

unsafe void MR.MeshTopology.faceReserve ( ulong newCapacity )

inline

sets the capacity of faces vector Generated from method MR.MeshTopology.faceReserve.

◆ faceResize()

unsafe void MR.MeshTopology.faceResize ( ulong newSize )

inline

explicitly increases the size of faces vector Generated from method MR.MeshTopology.faceResize.

◆ faceResizeWithReserve()

unsafe void MR.MeshTopology.faceResizeWithReserve ( ulong newSize )

inline

explicitly increases the size of faces vector, doubling the current capacity if it was not enough Generated from method MR.MeshTopology.faceResizeWithReserve.

◆ flipEdge()

unsafe void MR.MeshTopology.flipEdge ( MR.EdgeId e )

inline

given the edge with left and right triangular faces, which form together a quadrangle, rotates the edge counter-clockwise inside the quadrangle Generated from method MR.MeshTopology.flipEdge.

◆ flipOrientation()

unsafe void MR.MeshTopology.flipOrientation ( MR.Const_UndirectedEdgeBitSet? fullComponents = null )

inline

flip orientation (normals) of

all mesh elements if
Parameters

fullComponents is nullptr, or

given mesh components in

Parameters

fullComponents. The behavior is undefined if fullComponents is given but there are connected components with some edges included and not-included there. Generated from method MR.MeshTopology.flipOrientation.

◆ makeEdge()

unsafe MR.EdgeId MR.MeshTopology.makeEdge ( )

inline

creates an edge not associated with any vertex or face Generated from method MR.MeshTopology.makeEdge.

◆ pack() [1/2]

unsafe void MR.MeshTopology.pack ( MR.Const_PackMapping map )

inline

tightly packs all arrays eliminating lone edges and invalid faces and vertices; reorder all faces, vertices and edges according to given maps, each containing old id -> new id mapping Generated from method MR.MeshTopology.pack.

◆ pack() [2/2]

unsafe void MR.MeshTopology.pack	(	MR.FaceMap?	outFmap = null,
		MR.VertMap?	outVmap = null,
		MR.WholeEdgeMap?	outEmap = null,
		bool?	rearrangeTriangles = null )

inline

tightly packs all arrays eliminating lone edges and invalid faces and vertices

Parameters

outFmap,outVmap,outEmap	if given returns mappings: old.id -> new.id;
rearrangeTriangles	if true then calls rotateTriangles() and selects the order of triangles according to the order of their vertices Generated from method MR.MeshTopology.pack. Parameter rearrangeTriangles defaults to false.

◆ packMinMem()

unsafe void MR.MeshTopology.packMinMem ( MR.Const_PackMapping map )

inline

tightly packs all arrays eliminating lone edges and invalid faces and vertices; reorder all faces, vertices and edges according to given maps, each containing old id -> new id mapping; unlike pack method, this method allocates minimal amount of memory for its operation but works much slower Generated from method MR.MeshTopology.packMinMem.

◆ preferEdges()

unsafe void MR.MeshTopology.preferEdges ( MR.Const_UndirectedEdgeBitSet stableEdges )

inline

for incident vertices and faces of given edges, remember one of them as edgeWithOrg and edgeWithLeft; this is important in parallel algorithms where other edges may change but stable ones will survive Generated from method MR.MeshTopology.preferEdges.

◆ read()

unsafe void MR.MeshTopology.read	(	MR.Std.Istream	s,
		MR.Std._ByValue_Function_Bool_From_Float?	callback = null )

inline

loads from binary stream

Returns: text of error if any Generated from method MR.MeshTopology.read. Parameter callback defaults to {}.

◆ resizeBeforeParallelAdd()

unsafe void MR.MeshTopology.resizeBeforeParallelAdd	(	ulong	edgeSize,
		ulong	vertSize,
		ulong	faceSize )

inline

These function are for parallel mesh creation from different threads. If you are not sure, do not use them.

resizes all internal vectors and sets the numbers of valid elements in preparation for addPackedPart; edges are resized without initialization (so the user must initialize them using addPackedPart) Generated from method MR.MeshTopology.resizeBeforeParallelAdd.

◆ rotateTriangles()

unsafe void MR.MeshTopology.rotateTriangles ( )

inline

for each triangle selects edgeWithLeft with minimal origin vertex Generated from method MR.MeshTopology.rotateTriangles.

◆ setLeft()

unsafe void MR.MeshTopology.setLeft	(	MR.EdgeId	a,
		MR.FaceId	f )

inline

sets new left face to the full left ring including this edge; edgePerFace_ table is updated accordingly Generated from method MR.MeshTopology.setLeft.

◆ setOrg()

unsafe void MR.MeshTopology.setOrg	(	MR.EdgeId	a,
		MR.VertId	v )

inline

sets new origin to the full origin ring including this edge; edgePerVertex_ table is updated accordingly Generated from method MR.MeshTopology.setOrg.

◆ shrinkToFit()

unsafe void MR.MeshTopology.shrinkToFit ( )

inline

requests the removal of unused capacity Generated from method MR.MeshTopology.shrinkToFit.

◆ splice()

unsafe void MR.MeshTopology.splice	(	MR.EdgeId	a,
		MR.EdgeId	b )

inline

given two half edges do either of two: 1) if a and b were from distinct rings, puts them in one ring; 2) if a and b were from the same ring, puts them in separate rings; the cut in rings in both cases is made after a and b Generated from method MR.MeshTopology.splice.

◆ splitEdge()

unsafe MR.EdgeId MR.MeshTopology.splitEdge	(	MR.EdgeId	e,
		MR.FaceBitSet?	region = null,
		MR.Phmap.FlatHashMap_MRFaceId_MRFaceId?	new2Old = null )

inline

split given edge on two parts: dest(returned-edge) = org(e) - newly created vertex, org(returned-edge) = org(e-before-split), dest(e) = dest(e-before-split)

left and right faces of given edge if valid are also subdivided on two parts each; the split edge will keep both face IDs and their degrees, and the new edge will have new face IDs and new faces are triangular; if left or right faces of the original edge were in the region, then include new parts of these faces in the region

Parameters

new2Old receive mapping from newly appeared triangle to its original triangle (part to full) Generated from method MR.MeshTopology.splitEdge.

◆ splitFace()

unsafe MR.VertId MR.MeshTopology.splitFace	(	MR.FaceId	f,
		MR.FaceBitSet?	region = null,
		MR.Phmap.FlatHashMap_MRFaceId_MRFaceId?	new2Old = null )

inline

split given triangle on three triangles, introducing new vertex (which is returned) inside original triangle and connecting it to its vertices

if region is given, then it must include (f) and new faces will be added there as well

Parameters

new2Old receive mapping from newly appeared triangle to its original triangle (part to full) Generated from method MR.MeshTopology.splitFace.

◆ stopUpdatingValids()

unsafe void MR.MeshTopology.stopUpdatingValids ( )

inline

stops updating validVerts(), validFaces(), numValidVerts(), numValidFaces() for parallel processing of mesh parts Generated from method MR.MeshTopology.stopUpdatingValids.

◆ vertReserve()

unsafe void MR.MeshTopology.vertReserve ( ulong newCapacity )

inline

sets the capacity of vertices vector Generated from method MR.MeshTopology.vertReserve.

◆ vertResize()

unsafe void MR.MeshTopology.vertResize ( ulong newSize )

inline

explicitly increases the size of vertices vector Generated from method MR.MeshTopology.vertResize.

◆ vertResizeWithReserve()

unsafe void MR.MeshTopology.vertResizeWithReserve ( ulong newSize )

inline

explicitly increases the size of vertices vector, doubling the current capacity if it was not enough Generated from method MR.MeshTopology.vertResizeWithReserve.

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

MRMeshTopology.cs

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MeshTopology() [1/4]

◆ MeshTopology() [2/4]

◆ MeshTopology() [3/4]

◆ MeshTopology() [4/4]

Member Function Documentation

◆ addFaceId()

◆ addPackedPart()

◆ addPart() [1/2]

◆ addPart() [2/2]

◆ addPartByMask() [1/2]

◆ addPartByMask() [2/2]

◆ addVertId()

◆ assign()

◆ buildGridMesh()

◆ collapseEdge()

◆ computeValidsFromEdges()

◆ deleteFace()

◆ deleteFaces()

◆ edgeReserve()

◆ faceReserve()

◆ faceResize()

◆ faceResizeWithReserve()

◆ flipEdge()

◆ flipOrientation()

◆ makeEdge()

◆ pack() [1/2]

◆ pack() [2/2]

◆ packMinMem()

◆ preferEdges()

◆ read()

◆ resizeBeforeParallelAdd()

◆ rotateTriangles()

◆ setLeft()

◆ setOrg()

◆ shrinkToFit()

◆ splice()

◆ splitEdge()

◆ splitFace()

◆ stopUpdatingValids()

◆ vertReserve()

◆ vertResize()

◆ vertResizeWithReserve()