在和对角线的-背面的三角形的背面留下的边细分对角线的区段离别的。
Subdivide the diagonal section at the back-left side of the triangle with one diagonal-back parting.
研究了六角形网格上的曲面细分算法，改进了六角形网格砍边细分算法。
Mainly focus on hexagon subdivision and proposes a local subdivision algorithm to rebuild sharp features in hexagon mesh.
本文给出了一种快速三角元网格逐次细分法，并提出了四边形单元网格的逐次细分法。
This paper presents a scheme for gradual subdivision of a triangular mesh and a quadrilateral one is also put forward.
提出了一种基于四边形网格的可调细分曲面造型方法。
This paper presented an adjustable subdivision surface scheme based on quadrilateral meshes.
在多边形建模，通常从一个多边形网格对象，然后修改它，例如，加入边，焊接点，细分多边形，等等。
In polygonal modeling, you generally start with a polygon mesh object and then modify it, for example, by adding edges, welding points, subdividing polygons, and so on.
本文主要研究基于三角形和四边形的混合细分曲面的尖锐、半尖锐特征的生成方法。
Generation of sharp and semi-sharp features such as crease, cone and corner over the quad and triangle hybrid mesh is investigated.
结合有限元方法或有限差分法和极限平衡法各自的优点详细分析边坡稳定性，提出了基于条分法和容重增加法耦合分析的基本原理及边坡安全系数的计算程序。
On the basis of the slice and gravity increase methods, a fundamental principle of couple analysis, and a procedure for calculating the slope safety factor were put forward.
对四边形和方向圆特性阻抗继电器躲线路最大潮流的能力进行了详细分析，提出了距离保护负荷限制电阻的整定原则和整定方法，并给出了整定建议值。
It puts forward the setting principle and method of load limiting resistor of backup distance protection and gives the propositional setting value of load limiting resistor.
详细分析了某边坡失稳的机理，并对滑坡的稳定性及其发展趋势进行了科学分析和预计。
The mechanism of losing stability of a slope is analyzed in detail in this paper. The stability and developing tendency of the slide are also analyzed and predicted scientifically.
提出一种采用尽可能多条边的多边形对磁场圆细分的空间矢量脉宽调制(SVPWM)算法。
A SVPWM (Space Vector Pulse Width Modulation) algorithm is proposed, which subdivides the flux circle into polygons as more as possible.
细分-每个选择的边一分为二，新的顶点将创建在边的中心；面也是一分为二。
Subdivide - Each selected edge is split in two, new vertices are created at middle points, and faces are split too, if necessary.
细分-每个选择的边一分为二，新的顶点将创建在边的中心；面也是一分为二。
Subdivide - Each selected edge is split in two, new vertices are created at middle points, and faces are split too, if necessary.
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