1.
An Improved Delaunay Triangulation Algorithm for the Arbitrary Polygon
任意多边形Delaunay三角剖分改进算法
2.
An Algorithm of Intersection, Union and Difference for Arbitrary Two Polygons Based on Interior Angle
基于图形内角的两个任意多边形的交并差算法
3.
Study of Layout Optimization of Arbitrary Polygons Based on NGA;
基于NGA的任意多边形优化排样技术的研究
4.
A Contrast between Two Approaches to Find Whether the Point Being inside a Polygon
判断某点是否在任意多边形内两种算法的比较
5.
Displays the vertices so you can change the shape of the selected freeform drawing object or curve
显示顶点，以便改变所选任意多边形图形对象或曲线的形状
6.
A Recursive Algorithm for Triangulation of Arbitrary Polygons Based on BSP Tree
基于二叉树思想的任意多边形三角剖分递归算法
7.
Algorithm for General Polygon Clipping and Its Applications in Civil Engineering;
任意多边形的裁剪算法及其在土建工程中的应用
8.
The Method for Computing Sectional Geometric Parameters of Thin-Walled Elements with Arbitrary Shedding Polygon Sections;
任意多边形开口薄壁杆件截面几何参数计算方法
9.
Displays resizing handles on selected freeform drawing objects. Drag a handle to reshape the object
显示所选任意多边形图形对象的尺寸控点(拖动控点可改变对象形状)
10.
The perpendicular distance from the center of a regular polygon to any of its sides.
边心距正多边形中心到其任意一条边的垂直距离
11.
The Convergence Analysis for a W-cycle Miltigrid Method for Arbitrary Quadrilateral Meshes;
任意四边形W-循环多重网格法收敛性分析
12.
Research and Simulation on Numerical Algorithm for Two-dimension Electrostatic Field of Arbitrary Regular Equilateral Polygon
任意正多边形静态电场的数值算法研究与仿真
13.
Joining two nonadjacent vertices of a polygon.
对角线的连接多边形任意两个不相邻顶点的直线的
14.
The Algorithm of Weight Factor of Three Times Rational Bézier Curve Through Any Two Points of Control Polygon;
过控制多边形内任意两点的三次有理Bézier曲线权因子的算法
15.
An Unstructured Automatic Quadrilateral Mesh Generation on Arbitrary Geometry;
一类非结构任意四边形网格自动生成
16.
Either side of a right triangle that is not the hypotenuse.
直角边直角三角形除斜边之外的两条边的任意一条
17.
any of numerous American oaks having 4 stamens in each floret, acorns requiring two years to mature and leaf veins usually extending beyond the leaf margin to form points or bristles.
美国众多栎树中的任意一种,每朵花具四个雄蕊,橡子两年成熟,叶脉通常伸到叶边形成刚毛。
18.
The method can be applied to slopes with any configuration, different layering and external load distribution.
该方法适用于任意几何形状、不同岩土材料分层以及多种荷载作用的复杂边坡。