subdivComponentId

Go to: Related nodes. Attributes.

subdivToPoly, subdivCollapse, polyToSubdiv, nurbsToSubdiv, subdBlindData, subdiv, subdHierBlind

inBase, inEdge, inFinal, inLeft, inLevel, inPath, inRight, outBase, outEdge, outFinal, outLeft, outLevel, outPath, outRight

Long name (short name)	Type	Default	Flags
inBase (ib)	integer	0
The index of the base mesh face
inEdge (ie)	integer	0
The index of the level 1 face within a given base face
inLevel (il)	enum	0
The level for the face/edge/vertex.
inPath (ip)	integer	0
The path as to how to get to the face/edge/vertex at the specified level. Each level takes two bits which are used to give us one of the four possible choices (all level 1 faces are four sided).
inFinal (if)	enum	0
Once the face is determined, we have to specify one of the four possible choices for the vertex or an edge. This is zero (ignored) for the face.
outLeft (olt)	integer	0
Left index output (used in the selection items and file I/O)
outRight (or)	integer	0
Right index output (used in the selection items and file I/O)
inLeft (ilt)	integer	0
Left index output (used in the selection items and file I/O)
inRight (ir)	integer	0
Right index output (used in the selection items and file I/O)
outBase (ob)	integer	0
The index of the base mesh face
outEdge (oe)	integer	0
The index of the level 1 face within a given base face
outLevel (ol)	enum	0
The level for the face/edge/vertex.
outPath (op)	integer	0
The path as to how to get to the face/edge/vertex at the specified level. Each level takes two bits which are used to give us one of the four possible choices (all level 1 faces are four sided).
outFinal (of)	enum	0
Once the face is determined, we have to specify one of the four possible choices for the vertex or an edge. This is zero (ignored) for the face.