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Constructing G1 quadratic B#x00E9;zier curves with arbitrary endpoint tangent vectors

机译:构建G 1 具有任意端点切线向量的二次Bézier曲线

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Quadratic Bezier curves are important geometric entities in many applications. However, it was often ignored by the literature the fact that a single segment of a quadratic Bezier curve may fail to fit arbitrary endpoint unit tangent vectors. The purpose of this paper is to provide a solution to this problem, i.e., constructing G1 quadratic Bezier curves satisfying given endpoint (positions and arbitrary unit tangent vectors) conditions. Examples are given to illustrate the new solution and to perform comparison between the G1 quadratic Bezier cures and other curve schemes such as the composite geometric Hermite curves and the biarcs.
机译:二次Bezier曲线是许多应用中的重要几何实体。然而,文献通常被忽略的事实是,二次贝塞尔曲线的单个段可能无法符合任意端点单元切线向量。本文的目的是提供对该问题的解决方案,即构建满足给定端点(位置和任意单位切线)条件的G 1 二次贝塞尔曲线。给出了实施例来说明新的解决方案,并在G 1 二次贝塞尔固化和其他曲线方案之间进行比较,例如复合几何海绵曲线和比阿基尔。

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