Filling N-sided Holes Using Combined Subdivision Schemes
A. L. Levin
Abstract
A. L. Levin
Abstract
A new method is presented for calculating N-sided surface patches. The algorithm generates a subdivision surface which satisfies arbitrary C boundary conditions. The proposed subdivision scheme is based on a Catmull-Clark type subdivision scheme that operates in the surface interior. Near the boundary we introduce new subdivision rules that involve the given boundary conditions. The generated subdivision surface is C -continuous except at one extraordinary point. In the neighborhood of this point the surface curvature is bounded.
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A new method is presented for calculating N-sided surface patches. The algorithm generates a subdivision surface which satisfies arbitrary C boundary conditions. The proposed subdivision scheme is based on a Catmull-Clark type subdivision scheme that operates in the surface interior. Near the boundary we introduce new subdivision rules that involve the given boundary conditions. The generated subdivision surface is C -continuous except at one extraordinary point. In the neighborhood of this point the surface curvature is bounded.
Key concepts: Subdivision, Subdivision surface, Surface (topology), Mathematics, Boundary (topology), Bounded function, Curvature, Point (geometry)