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MeshLib Python Docs
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MeshLib Python Docs
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This is the complete list of members for mrmeshpy.Mesh, including all inherited members.
| __eq__(self, Mesh b) | mrmeshpy.Mesh | |
| __init__(*args, **kwargs) | mrmeshpy.Mesh | static |
| __init__(self) | mrmeshpy.Mesh | |
| __init__(self, Mesh arg0) | mrmeshpy.Mesh | |
| _offsetof_points | mrmeshpy.Mesh | protectedstatic |
| _offsetof_topology | mrmeshpy.Mesh | protectedstatic |
| addMesh(self, Mesh from_, PartMapping map='{}', bool rearrangeTriangles=False) | mrmeshpy.Mesh | |
| addMesh(self, Mesh from_, FaceMap outFmap, VertMap outVmap=None, WholeEdgeMap outEmap=None, bool rearrangeTriangles=False) | mrmeshpy.Mesh | |
| addMeshPart(self, MeshPart from_, PartMapping map) | mrmeshpy.Mesh | |
| addMeshPart(self, MeshPart from_, bool flipOrientation=False, std_vector_std_vector_Id_EdgeTag thisContours='{}', std_vector_std_vector_Id_EdgeTag fromContours='{}', PartMapping map='{}') | mrmeshpy.Mesh | |
| addPoint(self, Vector3f pos) | mrmeshpy.Mesh | |
| addSeparateContours(self, std_vector_std_vector_Vector3_float contours, AffineXf3f xf=None) | mrmeshpy.Mesh | |
| addSeparateEdgeLoop(self, std_vector_Vector3_float contourPoints) | mrmeshpy.Mesh | |
| area(self, FaceId f) | mrmeshpy.Mesh | |
| area(self, FaceBitSet fs) | mrmeshpy.Mesh | |
| area(self, FaceBitSet fs=None) | mrmeshpy.Mesh | |
| attachEdgeLoopPart(self, EdgeId first, EdgeId last, std_vector_Vector3_float contourPoints) | mrmeshpy.Mesh | |
| averageEdgeLength(self) | mrmeshpy.Mesh | |
| calcFastWindingNumber(self, Vector3f pt, float beta=2) | mrmeshpy.Mesh | |
| circumcircleDiameter(self, FaceId f) | mrmeshpy.Mesh | |
| circumcircleDiameterSq(self, FaceId f) | mrmeshpy.Mesh | |
| cloneRegion(self, FaceBitSet region, bool flipOrientation=False, PartMapping map='{}') | mrmeshpy.Mesh | |
| computeBoundingBox(self, AffineXf3f toWorld=None) | mrmeshpy.Mesh | |
| computeBoundingBox(self, FaceBitSet region, AffineXf3f toWorld=None) | mrmeshpy.Mesh | |
| cotan(self, UndirectedEdgeId ue) | mrmeshpy.Mesh | |
| dblArea(self, FaceId f) | mrmeshpy.Mesh | |
| dblArea(self, VertId v) | mrmeshpy.Mesh | |
| deleteFaces(self, FaceBitSet fs, UndirectedEdgeBitSet keepEdges=None) | mrmeshpy.Mesh | |
| destPnt(self, EdgeId e) | mrmeshpy.Mesh | |
| dihedralAngle(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| dihedralAngleCos(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| dihedralAngleSin(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| dirArea(self, FaceBitSet fs) | mrmeshpy.Mesh | |
| dirArea(self, FaceBitSet fs=None) | mrmeshpy.Mesh | |
| dirDblArea(self, FaceId f) | mrmeshpy.Mesh | |
| dirDblArea(self, VertId v) | mrmeshpy.Mesh | |
| discreteGaussianCurvature(self, VertId v, bool_output outBoundaryVert=None) | mrmeshpy.Mesh | |
| discreteMeanCurvature(self, VertId v) | mrmeshpy.Mesh | |
| discreteMeanCurvature(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| edgeCenter(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| edgeLength(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| edgeLengths(self) | mrmeshpy.Mesh | |
| edgeLengthSq(self, UndirectedEdgeId e) | mrmeshpy.Mesh | |
| edgePoint(self, EdgeId e, float f) | mrmeshpy.Mesh | |
| edgePoint(self, EdgePoint ep) | mrmeshpy.Mesh | |
| edgeSegment(self, EdgeId e) | mrmeshpy.Mesh | |
| edgeVector(self, EdgeId e) | mrmeshpy.Mesh | |
| findCenterFromBBox(self) | mrmeshpy.Mesh | |
| findCenterFromFaces(self) | mrmeshpy.Mesh | |
| findCenterFromPoints(self) | mrmeshpy.Mesh | |
| findClosestPoint(self, Vector3f point, MeshProjectionResult res, float maxDistSq=3.4028234663852886e+38, FaceBitSet region=None, AffineXf3f xf=None) | mrmeshpy.Mesh | |
| findClosestPoint(self, Vector3f point, float maxDistSq=3.4028234663852886e+38, FaceBitSet region=None, AffineXf3f xf=None) | mrmeshpy.Mesh | |
| findCreaseEdges(self, float angleFromPlanar) | mrmeshpy.Mesh | |
| findSpikeVertices(self, float minSumAngle, VertBitSet region=None, func_bool_from_float cb='{}') | mrmeshpy.Mesh | |
| fromFaceSoup(VertCoords vertexCoordinates, std_vector_Id_VertTag verts, Vector_MeshBuilder_VertSpan_FaceId faces, MeshBuilder.BuildSettings settings='{}', func_bool_from_float cb='{}') | mrmeshpy.Mesh | static |
| fromPointTriples(std_vector_std_array_Vector3_float_3ul posTriples, bool duplicateNonManifoldVertices) | mrmeshpy.Mesh | static |
| fromTriangles(VertCoords vertexCoordinates, Triangulation t, MeshBuilder.BuildSettings settings='{}', func_bool_from_float cb='{}') | mrmeshpy.Mesh | static |
| fromTrianglesDuplicatingNonManifoldVertices(VertCoords vertexCoordinates, Triangulation t, std_vector_MeshBuilder_VertDuplication dups=None, MeshBuilder.BuildSettings settings='{}') | mrmeshpy.Mesh | static |
| fromTriMesh(TriMesh triMesh, MeshBuilder.BuildSettings settings='{}', func_bool_from_float cb='{}') | mrmeshpy.Mesh | static |
| getAABBTree(self) | mrmeshpy.Mesh | |
| getAABBTreeNotCreate(self) | mrmeshpy.Mesh | |
| getAABBTreePoints(self) | mrmeshpy.Mesh | |
| getAABBTreePointsNotCreate(self) | mrmeshpy.Mesh | |
| getBoundingBox(self) | mrmeshpy.Mesh | |
| getClosestEdge(self, PointOnFace p) | mrmeshpy.Mesh | |
| getClosestEdge(self, MeshTriPoint p) | mrmeshpy.Mesh | |
| getClosestVertex(self, PointOnFace p) | mrmeshpy.Mesh | |
| getClosestVertex(self, MeshTriPoint p) | mrmeshpy.Mesh | |
| getDipoles(self) | mrmeshpy.Mesh | |
| getDipolesNotCreate(self) | mrmeshpy.Mesh | |
| getLeftTriPoints(self, EdgeId e, Vector3f v0, Vector3f v1, Vector3f v2) | mrmeshpy.Mesh | |
| getLeftTriPoints(self, EdgeId e) | mrmeshpy.Mesh | |
| getPlane3d(self, FaceId f) | mrmeshpy.Mesh | |
| getPlane3f(self, FaceId f) | mrmeshpy.Mesh | |
| getTriPoints(self, FaceId f, Vector3f v0, Vector3f v1, Vector3f v2) | mrmeshpy.Mesh | |
| getTriPoints(self, FaceId f) | mrmeshpy.Mesh | |
| heapBytes(self) | mrmeshpy.Mesh | |
| holeDirArea(self, EdgeId e) | mrmeshpy.Mesh | |
| holePerimiter(self, EdgeId e) | mrmeshpy.Mesh | |
| invalidateCaches(self, bool pointsChanged=True) | mrmeshpy.Mesh | |
| isOutside(self, Vector3f pt, float windingNumberThreshold=0.5, float beta=2) | mrmeshpy.Mesh | |
| isOutsideByProjNorm(self, Vector3f pt, MeshProjectionResult proj, FaceBitSet region=None) | mrmeshpy.Mesh | |
| leftCotan(self, EdgeId e) | mrmeshpy.Mesh | |
| leftDirDblArea(self, EdgeId e) | mrmeshpy.Mesh | |
| leftNormal(self, EdgeId e) | mrmeshpy.Mesh | |
| leftTangent(self, EdgeId e) | mrmeshpy.Mesh | |
| mirror(self, Plane3f plane) | mrmeshpy.Mesh | |
| normal(self, FaceId f) | mrmeshpy.Mesh | |
| normal(self, VertId v) | mrmeshpy.Mesh | |
| normal(self, MeshTriPoint p) | mrmeshpy.Mesh | |
| operator(*args, **kwargs) | mrmeshpy.Mesh | static |
| operator(*args, **kwargs) | mrmeshpy.Mesh | static |
| orgPnt(self, EdgeId e) | mrmeshpy.Mesh | |
| pack(self, PartMapping map='{}', bool rearrangeTriangles=False) | mrmeshpy.Mesh | |
| pack(self, FaceMap outFmap, VertMap outVmap=None, WholeEdgeMap outEmap=None, bool rearrangeTriangles=False) | mrmeshpy.Mesh | |
| pack(self, PackMapping map, func_bool_from_float cb='{}') | mrmeshpy.Mesh | |
| packOptimally(self, bool preserveAABBTree=True) | mrmeshpy.Mesh | |
| packOptimally(self, bool preserveAABBTree, func_bool_from_float cb) | mrmeshpy.Mesh | |
| projArea(self, Vector3f dir, FaceBitSet fs) | mrmeshpy.Mesh | |
| projArea(self, Vector3f dir, FaceBitSet fs=None) | mrmeshpy.Mesh | |
| projectPoint(self, Vector3f point, PointOnFace res, float maxDistSq=3.4028234663852886e+38, FaceBitSet region=None, AffineXf3f xf=None) | mrmeshpy.Mesh | |
| projectPoint(self, Vector3f point, MeshProjectionResult res, float maxDistSq=3.4028234663852886e+38, FaceBitSet region=None, AffineXf3f xf=None) | mrmeshpy.Mesh | |
| projectPoint(self, Vector3f point, float maxDistSq=3.4028234663852886e+38, FaceBitSet region=None, AffineXf3f xf=None) | mrmeshpy.Mesh | |
| pseudonormal(self, VertId v, FaceBitSet region=None) | mrmeshpy.Mesh | |
| pseudonormal(self, UndirectedEdgeId e, FaceBitSet region=None) | mrmeshpy.Mesh | |
| pseudonormal(self, MeshTriPoint p, FaceBitSet region=None) | mrmeshpy.Mesh | |
| quadraticForm(self, VertId v, bool angleWeigted, FaceBitSet region=None, UndirectedEdgeBitSet creases=None) | mrmeshpy.Mesh | |
| shrinkToFit(self) | mrmeshpy.Mesh | |
| signedDistance(self, Vector3f pt, MeshProjectionResult proj, FaceBitSet region=None) | mrmeshpy.Mesh | |
| signedDistance(self, Vector3f pt) | mrmeshpy.Mesh | |
| signedDistance(self, Vector3f pt, float maxDistSq, FaceBitSet region=None) | mrmeshpy.Mesh | |
| splitEdge(self, EdgeId e, Vector3f newVertPos, FaceBitSet region=None, phmap_flat_hash_map_Id_FaceTag_Id_FaceTag new2Old=None) | mrmeshpy.Mesh | |
| splitEdge(self, EdgeId e, FaceBitSet region=None, phmap_flat_hash_map_Id_FaceTag_Id_FaceTag new2Old=None) | mrmeshpy.Mesh | |
| splitFace(self, FaceId f, Vector3f newVertPos, FaceBitSet region=None, phmap_flat_hash_map_Id_FaceTag_Id_FaceTag new2Old=None) | mrmeshpy.Mesh | |
| splitFace(self, FaceId f, FaceBitSet region=None, phmap_flat_hash_map_Id_FaceTag_Id_FaceTag new2Old=None) | mrmeshpy.Mesh | |
| sumAngles(self, VertId v, bool_output outBoundaryVert=None) | mrmeshpy.Mesh | |
| toEdgePoint(self, VertId v) | mrmeshpy.Mesh | |
| toEdgePoint(self, EdgeId e, Vector3f p) | mrmeshpy.Mesh | |
| toTriPoint(self, VertId v) | mrmeshpy.Mesh | |
| toTriPoint(self, FaceId f, Vector3f p) | mrmeshpy.Mesh | |
| toTriPoint(self, PointOnFace p) | mrmeshpy.Mesh | |
| transform(self, AffineXf3f xf, VertBitSet region=None) | mrmeshpy.Mesh | |
| triangleAspectRatio(self, FaceId f) | mrmeshpy.Mesh | |
| triCenter(self, FaceId f) | mrmeshpy.Mesh | |
| triPoint(self, MeshTriPoint p) | mrmeshpy.Mesh | |
| updateCaches(self, VertBitSet changedVerts) | mrmeshpy.Mesh | |
| volume(self, FaceBitSet region=None) | mrmeshpy.Mesh | |
| zeroUnusedPoints(self) | mrmeshpy.Mesh |
1.11.0