polygon clipping

英 [ˈpɒlɪɡən ˈklɪpɪŋ] 美 [ˈpɑːliɡɑːn ˈklɪpɪŋ]

网络  多边形裁剪

计算机



双语例句

  1. Graph Model of Polygon Clipping Using Simple Vector Data
    简单矢量数据多边形裁剪问题的图模型
  2. Polygon clipping was a significant arithmetic in the model building of virtual tunnel excavation.
    多变形裁剪算法是虚拟隧道开挖建模过程中的一个重要算法。
  3. An Improved Algorithm for Polygon Clipping in Complex Polygon Window
    复杂多边形窗口的多边形裁剪的改进算法
  4. A Method Based on Polygon Clipping to Overcome the Aliasing in Texture Mapping
    基于多边形裁剪的防止纹理混淆的方法
  5. Existing polygon clipping algorithms are all offered for a rectangular window or a convex polygonal window.
    已有的多边形裁剪算法都是针对矩形窗口或凸多边形窗口进行的。
  6. Accurate representation and fast process of contours of an image play an important role in pattern recognition, image process and computer vision such as thinning, curve fitting, polygon clipping and mathematical-morphology operations.
    图像边界的精确表示和快速处理在模式识别、图像处理以及计算机视觉等领域扮演着十分重要的角色。
  7. It is the major difficulty of reentrant polygon clipping.
    的、封闭的、一个或多个多边形。这就是凹多边形裁剪的主要困难。
  8. In addition, it suits for the case in which polygon clipping turns out a lot of discrete consequential polygons, so this algorithm is general to all kinds of polygon.
    另外,还适用于有多个分立的结果多边形(ConsequentialPolygon)的情况,具有一般性。
  9. Comment on plane polygon clipping algorithms
    平面多边形裁剪算法评述
  10. Convex polygon clipping against a circle
    圆形窗口的凸多边形裁剪
  11. A High Efficient Polygon Clipping Algorithm Against Rectangular Window Based on Encoding and Classification Technique
    基于编码与分类技术的任意多边形裁剪新算法
  12. A new algorithm for polygon clipping against a circular window
    一种圆形窗口的多边形裁剪新算法
  13. An extension to the Sutherland-Hodgman Algorithm for the polygon clipping with the overlapping edges removal is presented.
    本文提出一种对标准Sutherland-Hodeman多边形裁剪算法实行扩充的重迭边消去方法。
  14. This paper gives a new algorithem for polygon clipping.
    本文给出一种新的多边形剪裁法。
  15. A string pattern recognition approach to curved convex polygon clipping
    曲凸多边形裁剪的串模式识别
  16. This paper puts forward an efficient algorithm for polygon clipping, and it is suitable for not only concave polygon but also the polygon with hole in it.
    本文提出了一个有效的多边形裁剪算法,它不仅适用于凹多边形而且适用于带孔洞的多边形。
  17. An Efficient Algorithm for Polygon Clipping
    一个有效的多边形裁剪算法
  18. This paper presents an efficient algorithm for polygon clipping which processes general polygons.
    本文提出一个多边形裁剪多边形的有效算法,其中的多边形均可以是一般多边形。
  19. A New Algorithm of Polygon Clipping Against Rectangular Window Based on the Endpoint and Intersection-Point Encoding
    基于端点与交点编码的矩形窗口多边形裁剪新算法
  20. Design of an Improved Algorithm for Polygon Clipping
    一种改进的多边形裁剪算法的设计
  21. A new algorithm for polygon clipping and Boolean operations
    多边形裁剪及布尔运算的新方法
  22. Research and implementation of polygon clipping algorithm
    任意多边形裁剪算法的研究及其实现
  23. In DCS, both rectangle clipping and arbitary polygon clipping functions are needed.
    在DCS中,对绘图数据不仅需要有矩形截幅功能,而且还常常碰到需要进行任意多边形截幅的情况。
  24. An arbitary polygon clipping method for DCS
    用于DCS的任意多边形截幅方法
  25. An efficient algorithm for polygon clipping which processes general polygons including concave polygons and polygons with holes inside is presented in this paper.
    提出了一个多边形裁剪多边形的有效算法.其中的多边形都可以是一般多边形,既可以是凹多边形,也可以是有内孔的多边形。
  26. General polygon clipping against a circular window
    圆形窗口上一般多边形的内/外裁剪算法
  27. 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
  28. There are many types of clipping among which 2D polygon clipping is currently a primary research topic.
    裁剪有多种类型,其中,二维多边形裁剪是目前裁剪研究的主要课题。
  29. Line clipping and Polygon clipping is one of the most fundamental and common Graphics Clipping operation. The algorithm of it is been always a hot spot in computer graphics area.
    线段裁剪和多边形裁剪作为图形裁剪中最基础、最常用的操作之一,其算法始终是计算机图形学研究的热点。
  30. Using S-H polygon clipping algorithm in computer graphics to calculate ship underwater and water plane geometry elements. Compared the calculation results with values which are given in the Loading Manual, suggesting its high precision and good generality.
    引入计算机图形学中S-H多边形剪裁算法求取船舶水下几何要素及水线面几何要素,计算结果和装载手册中给定值比较,精确度高、通用性好。