1) relatively long side
凸六边形
1.
Based on the ratio of the corresponding sides of P and H,show that every convex hexagon has a relatively long side and every convex hexagon with pair of parallel sides has a relatively short side.
将凸六边形嵌入到平行四边形内 (边可重叠 ) ,利用对应边的边长比的关系可证任意凸六边形均有相对长边 ,有平行对边的凸六边形必有相对短边 。
2) convex polygon
凸多边形
1.
Algorithm for smallest quadrangle encasing box of convex polygon;
凸多边形最小面积四边形包围盒算法
2.
Algorithm for computing diameter of convex polygon by middle axis;
中轴求凸多边形直径算法
3.
Algorithm of convex polygon diameter based on properties of convex polygon vertices distance;
基于顶点间距离性质的凸多边形直径算法
3) convex quadrangle
凸四边形
1.
An algorithm for generating the min-area convex quadrangle encasing box,based on genetic algorithm,is investigated and put forward.
基于遗传算法的思想,研究并提出了凸多边形面积最小的凸四边形包围盒生成算法。
2.
A new approach of construction of 3D objects with rotation of 2D convex quadrangle is presented.
提出了一种能用凸四边形表示并可作平面展开的三维实体造型的设计方法 。
4) convex N-gon
凸N边形
1.
We define the generalized Brocard angles of convex N-gon and establish the geometric inequalities involving these angles.
定义凸N边形的广义Brocard角 ,建立广义Brocard角的一类几何不等式 ,由此获得了一些有趣的结
5) convex pentagon
凸五边形
6) annular flange
环形凸边
补充资料：凸凸
1.高出貌。
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