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A new algorithm for designing developable Bezier surfaces

机译:设计可展Bezier曲面的新算法

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A new algorithm is presented that generates developable Bezier surfaces through a Bezier curve called a directrix. The algorithm is based on differential geometry theory on necessary and sufficient conditions for a surface which is developable, and on degree evaluation formula for parameter curves and linear independence for Bernstein basis. No nonlinear characteristic equations have to be solved. Moreover the vertex for a cone and the edge of regression for a tangent surface can be obtained easily. Aumann's algorithm for developable surfaces is a special case of this paper.
机译:提出了一种新算法,该算法通过称为Directrix的Bezier曲线生成可扩展的Bezier曲面。该算法基于微分几何理论,针对可发展曲面的必要条件和充分条件,以及基于伯恩斯坦的参数曲线和线性独立性的度数评估公式。无需求解非线性特征方程。此外,可以轻松获得圆锥的顶点和切线表面的回归边缘。 Aumann的可展表面算法是本文的特例。

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