[attach]34548[/attach]Catmull-Clark smoothing (wbCatmullClark).
Calculates the type of mesh-based recursive subdivision described by Edwin Catmull and Jim Clark, at first in 1978. The resulting mesh always consists of quadrilaterals.
[attach]34555[/attach]Split mesh into Quads (wbSplitQuad).
Calculates a new mesh, which is formed of only quads and generally appears similar to the old one, except that it is welded. It is topologically equivalent to the Catmull-Clark subdivision.
[attach]34549[/attach]Loop smoothing (wbLoop).
Calculates the type of mesh-based recursive subdivision described by Charles Loop, at first in his Mathematics thesis in 1987. The resulting mesh always consists of triangular faces.
[attach]34556[/attach]Split mesh with inner face (wbSplitPolygons).
Places a new face departing from the middle of each original face edge. Caps the remaining hole with Sierpinski triangles.
[attach]34557[/attach]Sierpinsky Triangles subdivision (wbSierpinskyTriangle).
Places a triangle in each corner of a mesh face. The mesh will have one more hole per face.
[attach]34558[/attach]Frame (wbFrame).
Computes a new mesh with higher naked edge count, where each face has a new hole in the center and resembles a picture frame. The resulting mesh always consists of quad faces.
[attach]34559[/attach]Carpet (wbCarpet).
Computes a new mesh with higher naked edge count, where each face has a new hole in the center. The resulting mesh always consists of quad faces, and can be used to compute a Sierpinski carpet.
[attach]34560[/attach]Window (wbWindow).
Replaces each original mesh face with a new one, reconstructed on the inside. Each face has the same number of sides as the original one.
New mesh primitives definitions:
[attach]34561[/attach] wbPyramid
[attach]34562[/attach] wbDiPyramid
[attach]34563[/attach] wbPrism
[attach]34564[/attach]wbAntiPrism
Additional commands:
- wbOptions. To see the main log, set up the threading model, control the maximum time a single operation is allowed to take, and set options for the Loop subdivision scheme (to use Loop’s receipt or Warren-Weimer’s one).
- wbProperties. Opens a window with topological information about any mesh object in Rhino. Exposes triangular and quad face counts, edge count, current and welded vertex counts.
