Based on the analysis of advantages and disadvantages of the existing algorithms, a new algorithm for line clipping was proposed.
在分析已有线裁剪算法优点和缺点的基础上，提出了一种新的一般多边形窗口线裁剪算法。
Based on profound study of various position relations between a line segment and a circle, a simple and rapid clipping algorithm for circular window is presented in this paper.
通过对直线段相对圆的各种位置关系作深入的研究，提出了一种简单而迅速的圆形窗口裁剪算法。
A new algorithm for the line clipping against a triangle is proposed and described in detail in this paper.
本文详细描述了一种三角形窗口线裁剪的新算法。
In order to enhance clipping velocity as much as possible, the technique of line geometric transformation is imported to later flow of the new algorithm.
后续流程引入线段几何变换技术实施裁剪，尽可能加快求交进程。
Through judging the relation of the position between the circle clip window and the line to be clipped, a new line-clipping algorithm is given based on the correlative literatures.
在相关文献提出的基于矩形窗口裁剪的圆形窗口裁剪算法的基础上，通过判断圆形窗口与待裁线段的位置关系，提出一个免解二次方程的圆形窗口裁剪算法。
Through judging the relation of the position between the circle clip window and the line to be clipped, a new line-clipping algorithm is given based on the correlative literatures.
在相关文献提出的基于矩形窗口裁剪的圆形窗口裁剪算法的基础上，通过判断圆形窗口与待裁线段的位置关系，提出一个免解二次方程的圆形窗口裁剪算法。
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