mrmeshpy.PlanarTriangulation Class Reference

Classes
class	BaseOutlineParameters
class	IntersectionInfo
class	IntersectionsMap
class	OutlineParameters
class	WindingMode

Static Public Member Functions
std_vector_std_vector_Id_VertTag	findHoleVertIdsByHoleEdges (MeshTopology tp, std_vector_std_vector_Id_EdgeTag holePaths)
std_vector_std_vector_Vector2_float	getOutline (std_vector_std_vector_Vector2_float contours, PlanarTriangulation.OutlineParameters params='{}')
std_vector_std_vector_Vector2_float	getOutline (std_vector_std_vector_Vector2_double contours, PlanarTriangulation.OutlineParameters params='{}')
Mesh	getOutlineMesh (std_vector_std_vector_Vector2_float contours, PlanarTriangulation.IntersectionsMap interMap=None, PlanarTriangulation.BaseOutlineParameters params='{}')
Mesh	getOutlineMesh (std_vector_std_vector_Vector2_double contours, PlanarTriangulation.IntersectionsMap interMap=None, PlanarTriangulation.BaseOutlineParameters params='{}')
Mesh	triangulateContours (std_vector_std_vector_Vector2_double contours, std_vector_std_vector_Id_VertTag holeVertsIds=None)
Mesh	triangulateContours (std_vector_std_vector_Vector2_float contours, std_vector_std_vector_Id_VertTag holeVertsIds=None)
Mesh	triangulateDisjointContours (std_vector_std_vector_Vector2_double contours, std_vector_std_vector_Id_VertTag holeVertsIds=None, std_vector_std_vector_Id_EdgeTag outBoundaries=None)
Mesh	triangulateDisjointContours (std_vector_std_vector_Vector2_float contours, std_vector_std_vector_Id_VertTag holeVertsIds=None, std_vector_std_vector_Id_EdgeTag outBoundaries=None)

Static Public Attributes
	ContourIdMap
	ContoursIdMap = std_vector_std_vector_PlanarTriangulation_IntersectionInfo
	HoleVertIds = std_vector_Id_VertTag
	HolesVertIds = std_vector_std_vector_Id_VertTag

Static Protected Member Functions
	_pybind11_conduit_v1_ (*args, **kwargs)

Detailed Description

This is a namespace.

Member Function Documentation

_pybind11_conduit_v1_()

mrmeshpy.PlanarTriangulation._pybind11_conduit_v1_ ( * args, ** kwargs )

staticprotected

findHoleVertIdsByHoleEdges()

std_vector_std_vector_Id_VertTag mrmeshpy.PlanarTriangulation.findHoleVertIdsByHoleEdges ( MeshTopology tp, std_vector_std_vector_Id_EdgeTag holePaths )

static

return vertices of holes that correspond internal contours representation of PlanarTriangulation

getOutline() [1/2]

std_vector_std_vector_Vector2_float mrmeshpy.PlanarTriangulation.getOutline ( std_vector_std_vector_Vector2_double contours, PlanarTriangulation.OutlineParameters params = '{}' )

static

getOutline() [2/2]

std_vector_std_vector_Vector2_float mrmeshpy.PlanarTriangulation.getOutline ( std_vector_std_vector_Vector2_float contours, PlanarTriangulation.OutlineParameters params = '{}' )

static

returns Contour representing outline if input contours

getOutlineMesh() [1/2]

Mesh mrmeshpy.PlanarTriangulation.getOutlineMesh ( std_vector_std_vector_Vector2_double contours, PlanarTriangulation.IntersectionsMap interMap = None, PlanarTriangulation.BaseOutlineParameters params = '{}' )

static

getOutlineMesh() [2/2]

Mesh mrmeshpy.PlanarTriangulation.getOutlineMesh ( std_vector_std_vector_Vector2_float contours, PlanarTriangulation.IntersectionsMap interMap = None, PlanarTriangulation.BaseOutlineParameters params = '{}' )

static

returns Mesh with boundaries representing outline if input contours
interMap optional output intersection map

triangulateContours() [1/2]

Mesh mrmeshpy.PlanarTriangulation.triangulateContours ( std_vector_std_vector_Vector2_double contours, std_vector_std_vector_Id_VertTag holeVertsIds = None )

static

 @brief triangulate 2d contours
 only closed contours are allowed (first point of each contour should be the same as last point of the contour)
 @param holeVertsIds if set merge only points with same vertex id, otherwise merge all points with same coordinates
 @return return created mesh

triangulateContours() [2/2]

Mesh mrmeshpy.PlanarTriangulation.triangulateContours ( std_vector_std_vector_Vector2_float contours, std_vector_std_vector_Id_VertTag holeVertsIds = None )

static

triangulateDisjointContours() [1/2]

Mesh mrmeshpy.PlanarTriangulation.triangulateDisjointContours ( std_vector_std_vector_Vector2_double contours, std_vector_std_vector_Id_VertTag holeVertsIds = None, std_vector_std_vector_Id_EdgeTag outBoundaries = None )

static

 @brief triangulate 2d contours
 only closed contours are allowed (first point of each contour should be the same as last point of the contour)
 @param holeVertsIds if set merge only points with same vertex id, otherwise merge all points with same coordinates
 @param outBoundaries optional output EdgePaths that correspond to initial contours
 @return std::optional<Mesh> : if some contours intersect return false, otherwise return created mesh

triangulateDisjointContours() [2/2]

Mesh mrmeshpy.PlanarTriangulation.triangulateDisjointContours ( std_vector_std_vector_Vector2_float contours, std_vector_std_vector_Id_VertTag holeVertsIds = None, std_vector_std_vector_Id_EdgeTag outBoundaries = None )

static

Member Data Documentation

ContourIdMap

mrmeshpy.PlanarTriangulation.ContourIdMap

static

ContoursIdMap

mrmeshpy.PlanarTriangulation.ContoursIdMap = std_vector_std_vector_PlanarTriangulation_IntersectionInfo

static

HolesVertIds

mrmeshpy.PlanarTriangulation.HolesVertIds = std_vector_std_vector_Id_VertTag

static

HoleVertIds

mrmeshpy.PlanarTriangulation.HoleVertIds = std_vector_Id_VertTag

static

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

• mrmeshpy.pyi