v5.0

Returns the barycentric weight triplets describing the position within the polygon subtriangle on which the point locators are defined.

The components defining the subtriangle queried with methods PolygonMesh.GetTriangleVertexIndexArray and PolygonMesh.GetTriangleNodeIndexArray.

Notice that this information may exceptionally vary between geometry instances having the same topology but different deformations. Since the point locators are defining a precise position on the surface, and since deformations can dynamically change the triangulation within a polygon, it can happen that a point locator is remapped to a different subtriangle (both barycentric weights and subtriangle indices can vary).

An example using this method can be found in PolygonMesh.GetPolygonIndexArray and Geometry.GetClosestLocations methods' description.

2-dimensional Array of UVW triplets (barycentric coordinates)

PointLocatorData Geometry Geometry.GetClosestLocations Geometry.GetClosestLocationsWithinRadius Geometry.SetupPointLocatorQueries Geometry.GetSurfacePointLocatorsFromPoints Geometry.EvaluatePositions Geometry.EvaluateNormals Geometry.EvaluateClusterProperty PolygonMesh.GetPolygonIndexArray PolygonMesh.GetTriangleVertexIndexArray PolygonMesh.GetTriangleNodeIndexArray PolygonMesh.ConstructPointLocators NurbsSurfaceMesh.GetSubSurfaceIndexArray NurbsSurfaceMesh.GetNormalizedUVArray NurbsSurfaceMesh.ConstructPointLocators