MR.MeshBuilder Class Reference

Classes
class	_ByValue_MeshPiece
	This is used as a function parameter when the underlying function receives MeshPiece by value. Usage:
class	_ByValue_VertexIdentifier
	This is used as a function parameter when the underlying function receives VertexIdentifier by value. Usage:
class	_InOptConst_BuildSettings
	This is used for optional parameters of class BuildSettings with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_BuildSettings. Usage:
class	_InOptConst_EqualVector3f
	This is used for optional parameters of class EqualVector3f with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_EqualVector3f. Usage:
class	_InOptConst_MeshPiece
	This is used for optional parameters of class MeshPiece with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_MeshPiece. Usage:
class	_InOptConst_Triangle
	This is used for optional parameters of class Triangle with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_Triangle. Usage:
class	_InOptConst_UniteCloseParams
	This is used for optional parameters of class UniteCloseParams with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_UniteCloseParams. Usage:
class	_InOptConst_VertDuplication
	This is used for optional parameters of class VertDuplication with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_VertDuplication. Usage:
class	_InOptConst_VertexIdentifier
	This is used for optional parameters of class VertexIdentifier with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_VertexIdentifier. Usage:
class	_InOptConst_VertSpan
	This is used for optional parameters of class VertSpan with default arguments. This is only used const parameters. For non-const ones we have _InOptMut_VertSpan. Usage:
class	_InOptMut_BuildSettings
	This is used for optional parameters of class BuildSettings with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_BuildSettings. Usage:
class	_InOptMut_EqualVector3f
	This is used for optional parameters of class EqualVector3f with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_EqualVector3f. Usage:
class	_InOptMut_MeshPiece
	This is used for optional parameters of class MeshPiece with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_MeshPiece. Usage:
class	_InOptMut_Triangle
	This is used for optional parameters of class Triangle with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_Triangle. Usage:
class	_InOptMut_UniteCloseParams
	This is used for optional parameters of class UniteCloseParams with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_UniteCloseParams. Usage:
class	_InOptMut_VertDuplication
	This is used for optional parameters of class VertDuplication with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_VertDuplication. Usage:
class	_InOptMut_VertexIdentifier
	This is used for optional parameters of class VertexIdentifier with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_VertexIdentifier. Usage:
class	_InOptMut_VertSpan
	This is used for optional parameters of class VertSpan with default arguments. This is only used mutable parameters. For const ones we have _InOptConst_VertSpan. Usage:
class	BuildSettings
	Generated from class MR.MeshBuilder.BuildSettings. This is the non-const half of the class. More...
class	Const_BuildSettings
	Generated from class MR.MeshBuilder.BuildSettings. This is the const half of the class. More...
class	Const_EqualVector3f
	this makes bit-wise comparison of two Vector3f's thus making two NaNs equal Generated from class MR::MeshBuilder::equalVector3f. This is the const half of the class. More...
class	Const_MeshPiece
	a part of a whole mesh to be constructed Generated from class MR.MeshBuilder.MeshPiece. This is the const half of the class. More...
class	Const_Triangle
	mesh triangle represented by its three vertices and by its face ID Generated from class MR.MeshBuilder.Triangle. This is the const half of the class. More...
class	Const_UniteCloseParams
	Generated from class MR.MeshBuilder.UniteCloseParams. This is the const half of the class. More...
class	Const_VertDuplication
	Generated from class MR.MeshBuilder.VertDuplication. This is the const half of the class. More...
class	Const_VertexIdentifier
	this class is responsible for giving a unique id to each vertex with distinct coordinates NOTE: the points are considered non-identical if they have the same values but have zero values with different signs (e.g. (0; 0; 1) and (-0; 0; 1)) use Vector3::unsignZeroValues method to get rid of signed zero values if you're unsure of their absence Generated from class MR.MeshBuilder.VertexIdentifier. This is the const half of the class. More...
class	Const_VertSpan
	Generated from class MR.MeshBuilder.VertSpan. This is the const half of the class. More...
class	EqualVector3f
	this makes bit-wise comparison of two Vector3f's thus making two NaNs equal Generated from class MR::MeshBuilder::equalVector3f. This is the non-const half of the class. More...
class	MeshPiece
	a part of a whole mesh to be constructed Generated from class MR.MeshBuilder.MeshPiece. This is the non-const half of the class. More...
class	Triangle
	mesh triangle represented by its three vertices and by its face ID Generated from class MR.MeshBuilder.Triangle. This is the non-const half of the class. More...
class	UniteCloseParams
	Generated from class MR.MeshBuilder.UniteCloseParams. This is the non-const half of the class. More...
class	VertDuplication
	Generated from class MR.MeshBuilder.VertDuplication. This is the non-const half of the class. More...
class	VertexIdentifier
	this class is responsible for giving a unique id to each vertex with distinct coordinates NOTE: the points are considered non-identical if they have the same values but have zero values with different signs (e.g. (0; 0; 1) and (-0; 0; 1)) use Vector3::unsignZeroValues method to get rid of signed zero values if you're unsure of their absence Generated from class MR.MeshBuilder.VertexIdentifier. This is the non-const half of the class. More...
class	VertSpan
	Generated from class MR.MeshBuilder.VertSpan. This is the non-const half of the class. More...

Static Public Member Functions
static unsafe MR.MeshTopology	fromTriangles (MR.Const_Triangulation t, MR.MeshBuilder.Const_BuildSettings? settings=null, MR.Std._ByValue_Function_Bool_From_Float? progressCb=null)
	construct mesh topology from a set of triangles with given ids; if skippedTris is given then it receives all input triangles not added in the resulting topology Generated from function MR.MeshBuilder.fromTriangles. Parameter settings defaults to {}. Parameter progressCb defaults to {}.
static unsafe nuint	duplicateNonManifoldVertices (MR.Triangulation t, MR.FaceBitSet? region=null, MR.Std.Vector_MRMeshBuilderVertDuplication? dups=null, MR._InOpt_VertId lastValidVert=default)
	resolve non-manifold vertices by creating duplicate vertices in the triangulation (which is modified) lastValidVert is needed if region or t does not contain full mesh, then first duplicated vertex will have lastValidVert+1 index return number of duplicated vertices Generated from function MR.MeshBuilder.duplicateNonManifoldVertices. Parameter lastValidVert defaults to {}.
static unsafe MR.MeshTopology	fromTrianglesDuplicatingNonManifoldVertices (MR.Triangulation t, MR.Std.Vector_MRMeshBuilderVertDuplication? dups=null, MR.MeshBuilder.Const_BuildSettings? settings=null)
	construct mesh topology from a set of triangles with given ids; unlike simple fromTriangles() it tries to resolve non-manifold vertices by creating duplicate vertices; triangulation is modified to introduce duplicates Generated from function MR.MeshBuilder.fromTrianglesDuplicatingNonManifoldVertices. Parameter settings defaults to {}.
static unsafe MR.Mesh	fromPointTriples (MR.Std.Const_Vector_StdArrayMRVector3f3 posTriples)
	construct mesh from point triples; all coinciding points are given the same VertId in the result Generated from function MR.MeshBuilder.fromPointTriples.
static unsafe MR.MeshTopology	fromDisjointMeshPieces (MR.Const_Triangulation t, MR.VertId maxVertId, MR.Std.Const_Vector_MRMeshBuilderMeshPiece pieces, MR.MeshBuilder.Const_BuildSettings? settings=null)
	construct mesh topology in parallel from given disjoint mesh pieces (which do not have any shared vertex) and some additional triangles (in settings) that join the pieces Generated from function MR.MeshBuilder.fromDisjointMeshPieces. Parameter settings defaults to {}.
static unsafe nuint	addTriangles (MR.MeshTopology res, MR.Const_Triangulation t, MR.MeshBuilder.Const_BuildSettings? settings=null)
	adds triangles in the existing topology, given face indecies must be free; settings.region on output contain the remaining triangles that could not be added into the topology right now, but may be added later when other triangles appear in the mesh
static unsafe void	addTriangles (MR.MeshTopology res, MR.Std.Vector_MRVertId vertTriples, MR.FaceBitSet? createdFaces=null)
	adds triangles in the existing topology, auto selecting face ids for them; vertTriples on output contain the remaining triangles that could not be added into the topology right now, but may be added later when other triangles appear in the mesh Generated from function MR.MeshBuilder.addTriangles.
static unsafe MR.MeshTopology	fromFaceSoup (MR.Std.Const_Vector_MRVertId verts, MR.Const_Vector_MRMeshBuilderVertSpan_MRFaceId faces, MR.MeshBuilder.Const_BuildSettings? settings=null, MR.Std._ByValue_Function_Bool_From_Float? progressCb=null)
	construct mesh topology from face soup, where each face can have arbitrary degree (not only triangles) Generated from function MR.MeshBuilder.fromFaceSoup. Parameter settings defaults to {}. Parameter progressCb defaults to {}.
static unsafe int	uniteCloseVertices (MR.Mesh mesh, float closeDist, bool? uniteOnlyBd=null, MR.VertMap? optionalVertOldToNew=null)
	the function finds groups of mesh vertices located closer to each other than
static unsafe int	uniteCloseVertices (MR.Mesh mesh, MR.MeshBuilder.Const_UniteCloseParams? params_=null)
	the function finds groups of mesh vertices located closer to each other than

Member Function Documentation

addTriangles() [1/2]

unsafe nuint MR.MeshBuilder.addTriangles ( MR.MeshTopology res, MR.Const_Triangulation t, MR.MeshBuilder.Const_BuildSettings? settings = null )

inlinestatic

adds triangles in the existing topology, given face indecies must be free; settings.region on output contain the remaining triangles that could not be added into the topology right now, but may be added later when other triangles appear in the mesh

Returns

the total number of triangles added in the topology Generated from function MR.MeshBuilder.addTriangles. Parameter settings defaults to {}.

addTriangles() [2/2]

unsafe void MR.MeshBuilder.addTriangles ( MR.MeshTopology res, MR.Std.Vector_MRVertId vertTriples, MR.FaceBitSet? createdFaces = null )

inlinestatic

adds triangles in the existing topology, auto selecting face ids for them; vertTriples on output contain the remaining triangles that could not be added into the topology right now, but may be added later when other triangles appear in the mesh Generated from function MR.MeshBuilder.addTriangles.

duplicateNonManifoldVertices()

unsafe nuint MR.MeshBuilder.duplicateNonManifoldVertices ( MR.Triangulation t, MR.FaceBitSet? region = null, MR.Std.Vector_MRMeshBuilderVertDuplication? dups = null, MR._InOpt_VertId lastValidVert = default )

inlinestatic

resolve non-manifold vertices by creating duplicate vertices in the triangulation (which is modified) lastValidVert is needed if region or t does not contain full mesh, then first duplicated vertex will have lastValidVert+1 index return number of duplicated vertices Generated from function MR.MeshBuilder.duplicateNonManifoldVertices. Parameter lastValidVert defaults to {}.

fromDisjointMeshPieces()

unsafe MR.MeshTopology MR.MeshBuilder.fromDisjointMeshPieces ( MR.Const_Triangulation t, MR.VertId maxVertId, MR.Std.Const_Vector_MRMeshBuilderMeshPiece pieces, MR.MeshBuilder.Const_BuildSettings? settings = null )

inlinestatic

construct mesh topology in parallel from given disjoint mesh pieces (which do not have any shared vertex) and some additional triangles (in settings) that join the pieces Generated from function MR.MeshBuilder.fromDisjointMeshPieces. Parameter settings defaults to {}.

fromFaceSoup()

unsafe MR.MeshTopology MR.MeshBuilder.fromFaceSoup ( MR.Std.Const_Vector_MRVertId verts, MR.Const_Vector_MRMeshBuilderVertSpan_MRFaceId faces, MR.MeshBuilder.Const_BuildSettings? settings = null, MR.Std._ByValue_Function_Bool_From_Float? progressCb = null )

inlinestatic

construct mesh topology from face soup, where each face can have arbitrary degree (not only triangles) Generated from function MR.MeshBuilder.fromFaceSoup. Parameter settings defaults to {}. Parameter progressCb defaults to {}.

fromPointTriples()

unsafe MR.Mesh MR.MeshBuilder.fromPointTriples ( MR.Std.Const_Vector_StdArrayMRVector3f3 posTriples )

inlinestatic

construct mesh from point triples; all coinciding points are given the same VertId in the result Generated from function MR.MeshBuilder.fromPointTriples.

fromTriangles()

unsafe MR.MeshTopology MR.MeshBuilder.fromTriangles ( MR.Const_Triangulation t, MR.MeshBuilder.Const_BuildSettings? settings = null, MR.Std._ByValue_Function_Bool_From_Float? progressCb = null )

inlinestatic

construct mesh topology from a set of triangles with given ids; if skippedTris is given then it receives all input triangles not added in the resulting topology Generated from function MR.MeshBuilder.fromTriangles. Parameter settings defaults to {}. Parameter progressCb defaults to {}.

fromTrianglesDuplicatingNonManifoldVertices()

unsafe MR.MeshTopology MR.MeshBuilder.fromTrianglesDuplicatingNonManifoldVertices ( MR.Triangulation t, MR.Std.Vector_MRMeshBuilderVertDuplication? dups = null, MR.MeshBuilder.Const_BuildSettings? settings = null )

inlinestatic

construct mesh topology from a set of triangles with given ids; unlike simple fromTriangles() it tries to resolve non-manifold vertices by creating duplicate vertices; triangulation is modified to introduce duplicates Generated from function MR.MeshBuilder.fromTrianglesDuplicatingNonManifoldVertices. Parameter settings defaults to {}.

uniteCloseVertices() [1/2]

unsafe int MR.MeshBuilder.uniteCloseVertices ( MR.Mesh mesh, float closeDist, bool? uniteOnlyBd = null, MR.VertMap? optionalVertOldToNew = null )

inlinestatic

the function finds groups of mesh vertices located closer to each other than

Parameters

closeDist,and	unites such vertices in one; then the mesh is rebuilt from the remaining triangles
optionalVertOldToNew	is the mapping of vertices: before -> after
uniteOnlyBd	if true then only boundary vertices can be united, all internal vertices (even close ones) will remain

Returns

the number of vertices united, 0 means no change in the mesh Generated from function MR.MeshBuilder.uniteCloseVertices. Parameter uniteOnlyBd defaults to true.

uniteCloseVertices() [2/2]

unsafe int MR.MeshBuilder.uniteCloseVertices ( MR.Mesh mesh, MR.MeshBuilder.Const_UniteCloseParams? params_ = null )

inlinestatic

the function finds groups of mesh vertices located closer to each other than

Parameters

params.closeDist,and

unites such vertices in one; then the mesh is rebuilt from the remaining triangles

Returns

the number of vertices united, 0 means no change in the mesh Generated from function MR.MeshBuilder.uniteCloseVertices. Parameter params_ defaults to {}.

---

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

• MRIdentifyVertices.cs
• MRMeshBuilder.cs