Functions
meshlib.mrmeshpy.EdgeBitSet	edgeBitSetFromBools (typing_extensions.Buffer boolArray)

meshlib.mrmeshpy.FaceBitSet	faceBitSetFromBools (typing_extensions.Buffer boolArray)

meshlib.mrmeshpy.std_vector_Vector3_float	fromNumpyArray (typing_extensions.Buffer coords)

numpy.ndarray[numpy.float64]	getNumpy3Darray (meshlib.mrmeshpy.SimpleVolume simpleVolume)

numpy.ndarray[bool]	getNumpyBitSet (meshlib.mrmeshpy.BitSet bitset)

numpy.ndarray[numpy.float64]	getNumpyCurvature (meshlib.mrmeshpy.Mesh mesh)

numpy.ndarray[numpy.float64]	getNumpyCurvatureGradient (meshlib.mrmeshpy.Mesh mesh)

numpy.ndarray[numpy.int32]	getNumpyFaces (meshlib.mrmeshpy.MeshTopology topology)

numpy.ndarray[numpy.float64]	getNumpyVerts (meshlib.mrmeshpy.Mesh mesh)

meshlib.mrmeshpy.Mesh	meshFromFacesVerts (typing_extensions.Buffer faces, typing_extensions.Buffer verts, meshlib.mrmeshpy.MeshBuilder.BuildSettings settings=..., bool duplicateNonManifoldVertices=True)

meshlib.mrmeshpy.Mesh	meshFromUVPoints (typing_extensions.Buffer xArray, typing_extensions.Buffer yArray, typing_extensions.Buffer zArray)

meshlib.mrmeshpy.PointCloud	pointCloudFromPoints (typing_extensions.Buffer points, typing_extensions.Buffer normals=...)

meshlib.mrmeshpy.Polyline2	polyline2FromPoints (typing_extensions.Buffer points)

meshlib.mrmeshpy.SimpleVolumeMinMax	simpleVolumeFrom3Darray (typing_extensions.Buffer DvoxelsArray)

numpy.ndarray[numpy.float64]	toNumpyArray (meshlib.mrmeshpy.VertCoords coords)

numpy.ndarray[numpy.float64]	toNumpyArray (meshlib.mrmeshpy.FaceNormals coords)

numpy.ndarray[numpy.float64]	toNumpyArray (meshlib.mrmeshpy.std_vector_Vector3_float coords)

meshlib.mrmeshpy.UndirectedEdgeBitSet	undirectedEdgeBitSetFromBools (typing_extensions.Buffer boolArray)

meshlib.mrmeshpy.VertBitSet	vertBitSetFromBools (typing_extensions.Buffer boolArray)

Function Documentation

◆ edgeBitSetFromBools()

meshlib.mrmeshpy.EdgeBitSet meshlib.mrmeshnumpy.edgeBitSetFromBools ( typing_extensions.Buffer boolArray )

returns EdgeBitSet from numpy array with bools

◆ faceBitSetFromBools()

meshlib.mrmeshpy.FaceBitSet meshlib.mrmeshnumpy.faceBitSetFromBools ( typing_extensions.Buffer boolArray )

returns FaceBitSet from numpy array with bools

◆ fromNumpyArray()

meshlib.mrmeshpy.std_vector_Vector3_float meshlib.mrmeshnumpy.fromNumpyArray ( typing_extensions.Buffer coords )

constructs mrmeshpy.vectorVector3f from numpy ndarray with shape (n,3)

◆ getNumpy3Darray()

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.getNumpy3Darray ( meshlib.mrmeshpy.SimpleVolume simpleVolume )

Convert SimpleVolume to numpy 3D array

◆ getNumpyBitSet()

numpy.ndarray[bool] meshlib.mrmeshnumpy.getNumpyBitSet ( meshlib.mrmeshpy.BitSet bitset )

returns numpy array with bools for each bit of given bitset

◆ getNumpyCurvature()

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.getNumpyCurvature ( meshlib.mrmeshpy.Mesh mesh )

retunrs numpy array with curvature for each valid vertex of given mesh

◆ getNumpyCurvatureGradient()

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.getNumpyCurvatureGradient ( meshlib.mrmeshpy.Mesh mesh )

returns numpy array shapes [num verts,3] which represents gradient of mean curvature of mesh valid points

◆ getNumpyFaces()

numpy.ndarray[numpy.int32] meshlib.mrmeshnumpy.getNumpyFaces ( meshlib.mrmeshpy.MeshTopology topology )

returns numpy array shapes [num faces,3] which represents vertices of mesh valid faces

◆ getNumpyVerts()

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.getNumpyVerts ( meshlib.mrmeshpy.Mesh mesh )

returns numpy array shapes [num verts,3] which represents coordinates of all mesh points (including invalid ones)

◆ meshFromFacesVerts()

meshlib.mrmeshpy.Mesh meshlib.mrmeshnumpy.meshFromFacesVerts	(	typing_extensions.Buffer	faces,
		typing_extensions.Buffer	verts,
		meshlib.mrmeshpy.MeshBuilder.BuildSettings	settings = ...,
		bool	duplicateNonManifoldVertices = True )

constructs mesh from given numpy ndarrays of faces (N VertId x3, FaceId x1), verts (M vec3 x3)

◆ meshFromUVPoints()

meshlib.mrmeshpy.Mesh meshlib.mrmeshnumpy.meshFromUVPoints	(	typing_extensions.Buffer	xArray,
		typing_extensions.Buffer	yArray,
		typing_extensions.Buffer	zArray )

constructs mesh from three 2d numpy ndarrays with x,y,z positions of mesh

◆ pointCloudFromPoints()

meshlib.mrmeshpy.PointCloud meshlib.mrmeshnumpy.pointCloudFromPoints	(	typing_extensions.Buffer	points,
		typing_extensions.Buffer	normals = ... )

creates point cloud object from numpy arrays, first arg - points, second optional arg - normals

◆ polyline2FromPoints()

meshlib.mrmeshpy.Polyline2 meshlib.mrmeshnumpy.polyline2FromPoints ( typing_extensions.Buffer points )

creates polyline2 object from numpy array

◆ simpleVolumeFrom3Darray()

meshlib.mrmeshpy.SimpleVolumeMinMax meshlib.mrmeshnumpy.simpleVolumeFrom3Darray ( typing_extensions.Buffer DvoxelsArray )

Convert numpy 3D array to SimpleVolume

◆ toNumpyArray() [1/3]

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.toNumpyArray ( meshlib.mrmeshpy.FaceNormals coords )

returns numpy array shapes [num coords,3] which represents coordinates from given vector

◆ toNumpyArray() [2/3]

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.toNumpyArray ( meshlib.mrmeshpy.std_vector_Vector3_float coords )

returns numpy array shapes [num coords,3] which represents coordinates from given vector

◆ toNumpyArray() [3/3]

numpy.ndarray[numpy.float64] meshlib.mrmeshnumpy.toNumpyArray ( meshlib.mrmeshpy.VertCoords coords )

returns numpy array shapes [num coords,3] which represents coordinates from given vector

◆ undirectedEdgeBitSetFromBools()

meshlib.mrmeshpy.UndirectedEdgeBitSet meshlib.mrmeshnumpy.undirectedEdgeBitSetFromBools ( typing_extensions.Buffer boolArray )

returns UndirectedEdgeBitSet from numpy array with bools

◆ vertBitSetFromBools()

meshlib.mrmeshpy.VertBitSet meshlib.mrmeshnumpy.vertBitSetFromBools ( typing_extensions.Buffer boolArray )

returns VertBitSet from numpy array with bools

Functions