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Piecewise Bézier Curve Fitting by Multiobjective Simulated Annealing

机译:多目标模拟退火的分段贝塞尔曲线拟合

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摘要

Abstract: The determination of an approximation curve from a given sequence of points is an important task in CAD. This work proposes an algorithm to determine a piecewise Bezier curve that approximates a sequence of points. It is used a multiobjective simulated annealing aiming at minimizing the discrepancy between the given sequence of points and the curve, the curve length and the absolute difference of the curve length and length of the given sequence of points. The discrepancy between the given sequence of points and the curve is determined by the sum of the distance between each point from the sequence and the approximation curve, and the distance from a point to the curve is determined by an enhanced method in which the curve is discretized.
机译:摘要:从给定的点序列确定逼近曲线是CAD中的重要任务。这项工作提出了一种算法,以确定近似点序列的分段贝塞尔曲线。它用于多目标模拟退火,旨在最小化给定点和曲线之间的差异,曲线长度以及给定点序列的曲线长度和长度的绝对差。给定点序列与曲线之间的差异取决于序列中每个点与近似曲线之间的距离之和,而点与曲线之间的距离则通过增强方法确定,其中离散化。

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