High-order implicit blending surfaces of low degree |
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Authors: | Menno Kosters |
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Affiliation: | Department of Mathematics and Computing Science, University of Groningen, P.O. Box 800, 9700 AV Groningen, Netherlands |
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Abstract: | The applicability of the so-called potential method for blending implicitly defined surfaces is extended. The extended method is able to produce blendings which are Ck-continuous, where k may be chosen arbitrarily large. The blendings consist of piecewise algebraic surfaces of low degree. Specifically, the degree is k + 1 for so-called convex corners, and 2k for an important class of non-convex corners. In general the degree is linear in k, the constant of proportionality depending on the geometry of the corner. The method is illustrated by a concrete example, where a C2 blending surface of degree 4 is constructed for a certain non-convex corner. |
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Keywords: | Geometric modeling implicitly defined surfaces blending algebraic surfaces potential method |
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