Conversion of Rational Bezier Curves into Non-rational Bezier Curves Using Progressive Iterative Approximation

Anchisa Chantakamo, N. Dejdumrong
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引用次数: 5

Abstract

This paper presents a method to convert rational Bézier curves into non-rational Bézier curve. Using the proposed method, a series of points are first sampled from the input rational Bézier curve. Then a Progressive Iterative Approximation algorithm is used to calculate for a non-rational Bézier curve that fits the sampling points. Demonstration of using the proposed algorithm to approximate input rational Bézier curves is illustrated. Experimental results show that using more sampling points provides better approximation. However, rendering a Bézier curve with too many control points is time-consuming. The optimal result should provide good approximation using as less sampling points as possible. Quality of the approximation also depend on positions of sampling points.
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用渐进迭代逼近法将有理Bezier曲线转化为无理数Bezier曲线
提出了一种将有理曲线转化为非理性曲线的方法。采用该方法,首先从输入的有理bsamzier曲线上采样一系列的点。然后采用渐进式迭代逼近算法计算拟合采样点的非理性bsamizier曲线。最后给出了用该算法逼近输入有理bsamizier曲线的演示。实验结果表明,使用更多的采样点可以获得更好的近似效果。然而,绘制带有太多控制点的bsamzier曲线非常耗时。最佳结果应该使用尽可能少的采样点提供良好的近似。近似的质量还取决于采样点的位置。
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