Publication | Closed Access
Non-uniform recursive subdivision surfaces
198
Citations
23
References
1998
Year
Unknown Venue
Geometric ModelingGeometric AlgorithmGeometryKnot TheoryNatural SciencesDiscrete Differential GeometryKnot InsertionAdded FlexibilitySurface ModelingComputer-aided DesignSubdivision SurfaceSpline (Mathematics)Computational GeometryArbitrary Topologies
Doo-Sabin and Catmull-Clark subdivision surfaces are based on the notion of repeated knot insertion of uniform tensor product B-spline surfaces. This paper develops rules for non-uniform Doo-Sabin and Catmull-Clark surfaces that generalize non-uniform tensor product Bspline surfaces to arbitrary topologies. This added flexibility allows, among other things, the natural introduction of features such as cusps, creases, and darts, while elsewhere maintaining the same order of continuity as their uniform counterparts.
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