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Linear approximation for use with outline fonts - determines number of curve sections from curve geometry to enable font generation time reduction

机译:与轮廓字体一起使用的线性近似-确定曲线几何形状中曲线部分的数量,以减少字体生成时间

摘要

The linear approximation method is for approximately printing a curve defined by two end points and at least one control point. It involves dividing the curve into a number of sections and joining adjacent sections via straight lines. The number of divisions is determined from the difference between two values corresp. to the sum of the lengths of lines from the end points to a point on the curve and the distance between the end points. The number of divisions is determined from areas (S2,S3) enclosed by straight lines joining the end points and the control point. USE/ADVANTAGE- For use with outline fonts, the linear approximation method can reduce the time required for generation of a font using an optimal number of divisions.
机译:线性逼近方法用于近似打印由两个端点和至少一个控制点定义的曲线。它涉及将曲线划分为多个部分,并通过直线将相邻的部分连接起来。根据两个值corresp之间的差确定划分数。从端点到曲线上一点的线的长度与端点之间的距离之和。分割数由连接端点和控制点的直线所包围的区域(S2,S3)确定。使用/优点-对于轮廓字体,线性近似方法可以减少使用最佳分割数生成字体所需的时间。

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