subdivToPoly

Go to: Related nodes. Attributes.

subdivCollapse, polyToSubdiv, subdivComponentId, nurbsToSubdiv, subdBlindData, subdiv, subdHierBlind

applyMatrixToResult, convertComp, copyUVTopology, depth, extractPointPosition, format, inSubdCVId, inSubdCVIdLeft, inSubdCVIdRight, inSubdiv, level, maxPolys, outMesh, outSubdCVId, outSubdCVIdLeft, outSubdCVIdRight, outv, polygonType, preserveVertexOrdering, sampleCount, shareUVs, subdNormals

Long name (short name)	Type	Default	Flags
inSubdiv (i)	subdivisionSurface	NULL
The input subdivision surface to be tessellated
outMesh (o)	mesh	NULL
The resulting mesh
format (f)	enum	0
Format: 0 - Uniform 1 - Adaptive 2 - Polygon Count 3 - Vertices
polygonType (pt)	enum	2
Polygon type: 0 - Triangles 1 - Quads 2 - Polygons
extractPointPosition (epp)	bool	false
Determines how the position of a mesh point is calculated If on the position of the mesh point is returned. If off the position of the point of the surface is returned.
sampleCount (sc)	integer	1
The number of samples per face
depth (d)	integer	0
The depth at which constant-depth tessellates the surface
maxPolys (mp)	integer	0
The maximum number of polygons at which by polygons tessellates. If this attribute is greater than zero, it will override the sample count and depth attributes.
subdNormals (un)	bool	false
Keep subdiv surface normals
copyUVTopology (cut)	bool	false
Copy over uv topology (shared/unshared) from the original subdivision surface to the converted polygonal mesh.
shareUVs (suv)	bool	false
Force sharing of uvs on all common vertices - the value of this attribute gets overridden by the value of the copyUVTopology attribute.
level (l)	integer	0
The depth from which to extract the CVs of the polyMesh (Used only when the extractPointPosition is set to true) CAUTION:Setting to higher values will be both memory-time expensive
convertComp (cc)	bool	false
Convert the componentIds back and forth A mapping that can be used to get the one-to-one association between the poly and the SubD component Ids
outSubdCVId (os)	long2
Output CV Id
outSubdCVIdLeft (osl) integer 0 Higher 32 bit integer of the output CV Id
outSubdCVIdRight (osr) integer 0 Lower 32 bit integer of the output CV Id
inSubdCVId (is)	long2
Input CV Id
inSubdCVIdLeft (isl) integer 0 Higher 32 bit integer of the input CV Id
inSubdCVIdRight (isr) integer 0 Lower 32 bit integer of the input CV Id
preserveVertexOrdering (pvo)	bool	true
Preserve vertex ordering in conversion
outv (ov)	integer	0
Out Vertices corresponding to the inSubDCVs.
applyMatrixToResult (amr)	bool	true
If true, the matrix on the input geometry is applied to the object and the resulting geometry will have identity matrix on it. If false the conversion is done on the local space object and the resulting geometry has the input object's matrix on it.