1) the shortest diagonal line

最短对角线
1.
We solve the branching structure problem by introducing two additional edges and extract a triangle closed mesh from the contours structure with an improved algorithm based on the shortest diagonal line.
通过考虑两相邻断层上轮廓线的相对位置(即对中性)作为几何约束,定义了对应系数,当两条轮廓的对应系数大于给定的阈值时,表明轮廓间具有对应关系;通过引入两条边,使同一层上的多条轮廓合并为一条轮廓来解决分支问题;并在Christiansen提出的最短对角线法基础上,提出了一种改进的最短对角线法进行三角面片的构造,将该方法应用于一组牙齿的CT图片,获得满意的三维重构图。
2) the method of the shortest diagonal

最短对角线方法
1.
This paper defines the reconstruction of three dimension faultage surface, introduces the method of the shortest diagonal used in constructing this kind of 3D faultage surface, and explains the conditions which meets the needs of making up of the triangle slice.
给出了一类多层迭合的三维体表面重构的定义,介绍了构造这类三维体表面的最短对角线方法,以及其涉及的三角片满足的条件。
3) shortest diagonal algorithm

最短对角线法
1.
The method constructs the surface of geological body using an improved shortest diagonal algorithm,which can find initial point correctly and overcome the shortage of classic short diagonal algorithm,si- multaneity,can build geological body surface using sections having different quantity of points.
该方法利用改进的最短对角线法构建截面间的地质体表面,改进的最短对角线法弥补了最短对角线法不能有效寻找起始点的缺陷,并能够处理任意角点数的截面之间的地质体表面构建。
4) relatively minimal curve

相对最短线
5) short diagonal of indentation

压痕的短对角线
6) shortcut
[英]['ʃɔ:tkʌt] [美]['ʃɔrt,kʌt]

最短路线
1.
A algorithm of solving shortcut is obtained through applying the kind of automata to the problem of solving shortcut of dynamic programming.
提出了取值于非负实数R~+的模糊自动机的概念,研究了它的一些简单性质,并将此类自动机应用到动态规划的求解最短路线问题中,得到了一个求最短路线的算法。
补充资料:对角线
对角线
对角线汇血笋‘;几,arooa几‘] 连接多边形(多面体)的不处于同一边(面)上的两个顶点的直线段.如果一个多边形的顶点个数为九,则它的对角线的条数为n扭一3)/2.
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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