fractal

我们要创建我们的第一个3D对象：立方体。为了要显示它是真正的3D对象，呵呵，我们要旋转它，这样，你将会看到它的各个面。记住：所有的3D对象都是由三角形构成的（译者：神奇的三角形啊…读者：又来了），所以，我们的立方体是由12个三角形构成的（6个面，每个面需要2个三角形，二六一十二，乘法口诀，会不？）。-we must establish our first 3D objects : cube. To show that i s true 3D objects, huh, we should rotating it, then you will see all its surface. Remember : All 3D objects are constituted by the triangle (Translator : magic triangle ah ... Readers : Here we go again), so we are the cube 12 by the triangular composition (six surface, each side needs two triangles, Erliuyishier, multiplication traditional formulas, will not?) .

一个指纹识别的程序,不错的，我化了好多时间才下来的。-a fingerprint identification procedures, yes, I had a lot of time down.

计算机图形学裁剪算法，包括梁友栋算法和Cohen-Sutherland算法-Computer graphics clipping algorithms, including Liang Dong algorithms and Cohen-Sutherland Algorithm

利用24位图的RGB分量的最低位来保存隐密数据,实现数字水印-Figure 24 using the RGB components of the lowest private to preserve data, digital watermark

B样条、Bezier曲线等多种曲线画法-B-spline, and other Bezier curve drawing curves

资源描述利用计算机视觉包opencv实现图像区域配准，对图像处理学习具有指导作用，算法可以多方面的改进，从而应用到很多其他图像处理当。（注意：必须安装opencv，低版本安装较复杂，可参考网上教程）

本站以C语言和Java语言、嵌入式开发、算法实现为主，源码数量达几十万个，有200多个分类，很多都是本站会员的私家珍藏，互联网上其他地方是找不到的 -Site in C language and Java language, the development, the algorithm embedded, hundreds of thousands of a number of source, have more than 200 classification, many are private collection, members of the site on the Internet is not found elsewhere

knn k近邻算法，可选择欧式距离或者曼哈顿距离-knn k nearest neighbor, Euclidean distance or Manhattan can choose the distance

误差分散图像逆半调算法-error scattered Halftone images inverse algorithm

这是用matlab编写的图形处理程序源代码，没有图形界面，比较简单-using Matlab is prepared by the graphics processing source code, no graphical interface, relatively simple