1) crossing polygon
交叉多边形
2) concurrent polygon
汇交多边形
1.
An integrity method was put forward, by which the existence of concurrent polygon can be determined according to the relative locations between the frictional sectors and their borderlin.
通过内力汇交多边形的构成特点分析,提出了根据摩擦扇边界线交点相互位置关系研究汇交多边形存在性的完整方法。
3) polygon intersection
多边形求交
4) intersection of polygon
多边形交集
1.
In order to compute the intersection of polygons rapidly and correctly,t his paper pus forward an al-gorithmfor intersection of polygon s with holes.
为了快速准确地求出多边形之间的交集提出了一种求取带孔洞多边形交集的新算法。
5) self-intersected polygon
自交多边形
1.
A method for the decision of a point whether in or not in self-intersected polygon;
快速判断点是否在自交多边形内的方法
6) cross-hexagon search
十字交叉六边形搜索
1.
Based on the motion vector distribution characteristics of real video sequences, a new cross-hexagon search algorithm (NHEXS) is proposed.
本文基于现实视频序列中运动向量的分布特征,提出了一种十字交叉六边形搜索算法(NHEXS)。
补充资料：交叉
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CAS号：
性质：来自两个不同个体的配子结合，或为该过程的结束生成重组体。
CAS号：
性质：来自两个不同个体的配子结合，或为该过程的结束生成重组体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条