搜索资源列表
get_geom_jxf
- 迹线法计算轮轨几何关系程序,用于轨道车辆动力学计算,非常实用!-Trace method to calculate the relationship between wheel and rail geometry procedures, for the track vehicle dynamics calculation, very useful!
julia
- 分形几何--用简单构造复杂的艺术。 对图形的放大有两种,一种是光栅放大,放大后图形的边界会产生锯齿;另一种是矢量放大,采用的是关系计算的方法,放大的图形不会出现锯齿和模糊。基于Julia的方法属于矢量放大,该方法被称为“分形显微镜”。是一个很有用的功能模块。-Fractal geometry- with a simple structure is complicated art. Amplification of the graph
tubao
- 计算几何中凸包的生成,也是计算机图形学中的一个重要的算法实现-Computational geometry convex hull of the generation of computer graphics is an important algorithm
CrossingDetection
- 用于2D图像交点的检测 其中2D图像必须是已经细化的图像-For the detection of 2D image point of intersection of which must be a 2D image of the images have been refined
libmath
- 自己开发的用于2D图形几何关系计算的数学函数库-Developed for 2D graphics geometric relationship between the mathematical function library
No11
- 本章将首先介绍怎样在算法设计领域应用这一古老的策略,然后将利用这一策略解决如下问题:最小最大问题、矩阵乘法、残缺棋盘、排序、选择和一个计算几何问题——找出二维空间中距离最近的两个点。 -This chapter will first introduce how the field of algorithm design in the application of this ancient strategy, and then wil
No22
- 本章将首先介绍怎样在算法设计领域应用这一古老的策略,然后将利用这一策略解决如下问题:最小最大问题、矩阵乘法、残缺棋盘、排序、选择和一个计算几何问题——找出二维空间中距离最近的两个点。 -This chapter will first introduce how the field of algorithm design in the application of this ancient strategy, and then wil
No33
- 本章将首先介绍怎样在算法设计领域应用这一古老的策略,然后将利用这一策略解决如下问题:最小最大问题、矩阵乘法、残缺棋盘、排序、选择和一个计算几何问题——找出二维空间中距离最近的两个点。 -This chapter will first introduce how the field of algorithm design in the application of this ancient strategy, and then wil
No44
- 本章将首先介绍怎样在算法设计领域应用这一古老的策略,然后将利用这一策略解决如下问题:最小最大问题、矩阵乘法、残缺棋盘、排序、选择和一个计算几何问题——找出二维空间中距离最近的两个点。 -This chapter will first introduce how the field of algorithm design in the application of this ancient strategy, and then wil
algorithm
- 几何算法,各种矢量的计算,图形是相交等等的判断。 几何算法,各种矢量的计算,图形是相交等等的判断-Geometric algorithms, a variety of vector computing, graphics and so is the intersection of judgments. Geometric algorithms, a variety of vector computing, graphics and
wykobi_demo_dot_net
- 计算几何常用算法Demo,非常值得学习,大家可以看看啊-Computational geometry algorithms commonly used Demo, very worthy of study, we will look at ah
CameraCalibration_arithmetic
- 计算机视觉的基本任务之一是从摄像机获取的图像信息出发计算三维空间中物体的几何信息,并由此重建和识别物体,而空间物体表面某点的三维几何位置与其在图像中对应点之间的相互关系是由摄像机成像的几何模型决定的,这些几何模型参数就是摄像机参数。在大多数条件下,这些参数必须通过实验与计算才能得到,这个过程被称为摄像机定标(或称为标定)。标定过程就是确定摄像机的几何和光学参数,摄像机相对于世界坐标系的方位。标定精度的大小,直接影响着计算机视觉(机器视觉
jhbpm
- 计算几何-半平面交算法,计算几何-半平面交算法-Computational geometry- half-plane algorithm, computational geometry- half-plane algorithm
ComputationalgeometryinC
- 经典计算几何书籍,并有例子程序,非常实用的一本书。-Classical computational geometry books, and examples of procedures, a very practical book.
jihe
- poj一些计算几何的解题报告,以及代码主要有网格圆等-POJ some computational geometry of the problem-solving reports, and code the main round, such as grid
SetOperatorBasedOnCGAL
- cgal是开源的计算几何算法库,用CGAL进行布尔运算操作-cgal is open-source computational geometry algorithms library CGAL conducted using Boolean operations
Code_CalGeometryMath
- 常用计算几何算法,主要是点,线,面之间的关系以及距离等运算.为C语言实现-Computational geometry algorithm used mainly point, line and plane, as well as the relationship between the distance operator. For the C language
modelzsu
- 浙大ACM的比赛模板,很多经典的算法,涵盖了很多方面,计算几何,Dp,搜索,数论-ACM Zheda game template, many of the classic algorithms, covering many areas, computational geometry, Dp, search, number theory
Ccode2.tar
- c语言计算几何 三角化 Ch1, Code 1.14 凸形外壳[2D] Ch3, Code 3.8 凸形外壳[3D] Ch4, Code 4.8 球 Chapter 4, Fig. 4.15 德劳内类型 Ch5, Code 5.2 ...See *English version.-\Computational Geometry in C\ the book s recipe Triangulate Chapt