| __eq__(self, PolylineTopology b) | mrmeshpy.PolylineTopology | |
| __init__(*args, **kwargs) | mrmeshpy.PolylineTopology | static |
| __init__(self) | mrmeshpy.PolylineTopology | |
| __init__(self, PolylineTopology arg0) | mrmeshpy.PolylineTopology | |
| __ne__(self, PolylineTopology b) | mrmeshpy.PolylineTopology | |
| addPart(self, PolylineTopology from_, VertMap outVmap=None, WholeEdgeMap outEmap=None) | mrmeshpy.PolylineTopology | |
| addPartByMask(self, PolylineTopology from_, UndirectedEdgeBitSet mask, VertMap outVmap=None, EdgeMap outEmap=None) | mrmeshpy.PolylineTopology | |
| addVertId(self) | mrmeshpy.PolylineTopology | |
| buildOpenLines(self, std_vector_Id_VertTag comp2firstVert) | mrmeshpy.PolylineTopology | |
| checkValidity(self) | mrmeshpy.PolylineTopology | |
| computeNotLoneUndirectedEdges(self) | mrmeshpy.PolylineTopology | |
| computeValidsFromEdges(self) | mrmeshpy.PolylineTopology | |
| deleteEdge(self, UndirectedEdgeId ue) | mrmeshpy.PolylineTopology | |
| deleteEdges(self, UndirectedEdgeBitSet es) | mrmeshpy.PolylineTopology | |
| dest(self, EdgeId he) | mrmeshpy.PolylineTopology | |
| edgeCapacity(self) | mrmeshpy.PolylineTopology | |
| edgePerVertex(self) | mrmeshpy.PolylineTopology | |
| edgeReserve(self, int newCapacity) | mrmeshpy.PolylineTopology | |
| edgeSize(self) | mrmeshpy.PolylineTopology | |
| edgeWithOrg(self, VertId a) | mrmeshpy.PolylineTopology | |
| findEdge(self, VertId o, VertId d) | mrmeshpy.PolylineTopology | |
| flip(self) | mrmeshpy.PolylineTopology | |
| getOrgs(self) | mrmeshpy.PolylineTopology | |
| getPathVertices(self, std_vector_Id_EdgeTag path) | mrmeshpy.PolylineTopology | |
| getValidVerts(self) | mrmeshpy.PolylineTopology | |
| getVertDegree(self, VertId a) | mrmeshpy.PolylineTopology | |
| getVertIds(self, VertBitSet region) | mrmeshpy.PolylineTopology | |
| hasEdge(self, EdgeId e) | mrmeshpy.PolylineTopology | |
| hasVert(self, VertId a) | mrmeshpy.PolylineTopology | |
| heapBytes(self) | mrmeshpy.PolylineTopology | |
| isClosed(self) | mrmeshpy.PolylineTopology | |
| isConsistentlyOriented(self) | mrmeshpy.PolylineTopology | |
| isLoneEdge(self, EdgeId a) | mrmeshpy.PolylineTopology | |
| lastNotLoneEdge(self) | mrmeshpy.PolylineTopology | |
| lastNotLoneUndirectedEdge(self) | mrmeshpy.PolylineTopology | |
| lastValidVert(self) | mrmeshpy.PolylineTopology | |
| makeEdge(self) | mrmeshpy.PolylineTopology | |
| makeEdge(self, VertId a, VertId b, EdgeId e='{}') | mrmeshpy.PolylineTopology | |
| makeEdges(self, Edges edges) | mrmeshpy.PolylineTopology | |
| makePolyline(self, VertId vs, int num) | mrmeshpy.PolylineTopology | |
| next(self, EdgeId he) | mrmeshpy.PolylineTopology | |
| numValidVerts(self) | mrmeshpy.PolylineTopology | |
| operator(*args, **kwargs) | mrmeshpy.PolylineTopology | static |
| operator(*args, **kwargs) | mrmeshpy.PolylineTopology | static |
| org(self, EdgeId he) | mrmeshpy.PolylineTopology | |
| pack(self, VertMap outVmap=None, WholeEdgeMap outEmap=None) | mrmeshpy.PolylineTopology | |
| read(self, typing.Any s) | mrmeshpy.PolylineTopology | |
| setOrg(self, EdgeId a, VertId v) | mrmeshpy.PolylineTopology | |
| splice(self, EdgeId a, EdgeId b) | mrmeshpy.PolylineTopology | |
| splitEdge(self, EdgeId e) | mrmeshpy.PolylineTopology | |
| undirectedEdgeCapacity(self) | mrmeshpy.PolylineTopology | |
| undirectedEdgeSize(self) | mrmeshpy.PolylineTopology | |
| vertCapacity(self) | mrmeshpy.PolylineTopology | |
| vertReserve(self, int newCapacity) | mrmeshpy.PolylineTopology | |
| vertResize(self, int newSize) | mrmeshpy.PolylineTopology | |
| vertResizeWithReserve(self, int newSize) | mrmeshpy.PolylineTopology | |
| vertSize(self) | mrmeshpy.PolylineTopology | |
| write(self, typing.Any s) | mrmeshpy.PolylineTopology | |
1.11.0