Building topologies by triangles. More...

Classes
struct	BuildSettings

struct	equalVector3f
	this makes bit-wise comparison of two Vector3f's thus making two NaNs equal More...

struct	MeshPiece
	a part of a whole mesh to be constructed More...

struct	Triangle
	mesh triangle represented by its three vertices and by its face ID More...

struct	UniteCloseParams

struct	VertDuplication

class	VertexIdentifier

struct	VertSpan
	each face is surrounded by a closed contour of vertices [fistVertex, lastVertex) More...

Functions
MRMESH_API MeshTopology	fromTriangles (const Triangulation &t, const BuildSettings &settings={}, ProgressCallback progressCb={})

MRMESH_API size_t	duplicateNonManifoldVertices (Triangulation &t, FaceBitSet region=nullptr, std::vector< VertDuplication > dups=nullptr, VertId lastValidVert={})

MRMESH_API MeshTopology	fromTrianglesDuplicatingNonManifoldVertices (Triangulation &t, std::vector< VertDuplication > *dups=nullptr, const BuildSettings &settings={})

MRMESH_API Mesh	fromPointTriples (const std::vector< Triangle3f > &posTriples)

MRMESH_API MeshTopology	fromDisjointMeshPieces (const Triangulation &t, VertId maxVertId, const std::vector< MeshPiece > &pieces, const BuildSettings &settings={})

MRMESH_API void	addTriangles (MeshTopology &res, const Triangulation &t, const BuildSettings &settings={})

MRMESH_API void	addTriangles (MeshTopology &res, std::vector< VertId > &vertTriples, FaceBitSet *createdFaces=nullptr)

MRMESH_API MeshTopology	fromFaceSoup (const std::vector< VertId > &verts, const Vector< VertSpan, FaceId > &faces, const BuildSettings &settings={}, ProgressCallback progressCb={})
	< this set receives indices of added triangles

MRMESH_API int	uniteCloseVertices (Mesh &mesh, float closeDist, bool uniteOnlyBd=true, VertMap *optionalVertOldToNew=nullptr)

MRMESH_API int	uniteCloseVertices (Mesh &mesh, const UniteCloseParams &params={})

Detailed Description

Building topologies by triangles.

This namespace provides API for building meshes.

Simple example with key steps

MR::Triangulation t;
t.push_back({0_v,1_v,2_v}); 
t.push_back({2_v,1_v,3_v}); 
auto topology = MR::MeshBuilder::fromTriangles(t);

Classes