计算机图形学，利用中点算法，DDA算法，Bresenham算法…

利用画弧函数arc( )绘制不同的弧线，组成一个六叶的图案。- () Draws up the different arc using picture arc function arc, composes six designs.

对手写数字进行分类并识别 应用模板匹配算法进行分类。 应用Bayes算法进行分类。 应用线性函数算法进行分类。 线性算法进行分类。 应用神经网络算法进行分类。-right handwritten figures for the identification and classification of application template matching algorithm for classification. Application of Bayesian classification algorithm. Application of linear function classification algorithm. Linear classification algorithm. Application of neural network algorithm for classification.

这个程序(omni.com)是97年的Mekka ’97 4K Intro比赛的一等奖作品。整个程序全长409 5字节，其中包含133字节的自解压程序(类RAR压缩)，未解压的程序长4782字节。三维场景包含144个立方体，367个面，362个点，15个不同的64*64的纹理-this procedure (omni.com) is the Mekka 97 4K Intro"97 game the first prize entries. The entire procedure 409 5 byte length, which includes 133 bytes of self-extracting (RAR compression type), not long process of extracting 4,782 bytes. 3D cube contains 144, 367-, 362, 15* 64 different texture 64

一个火焰的C源代码-a flame of C source code

这是一个数字图像处理系统，包含了几乎对数字图像的全部基本处理操作。它由Viaual C++编写。-This is a digital image processing system, including a digital image of virtually all the basic handling operations. It Viaual C preparation.

图像处理技术已经渗透到人类生活的各个领域并得到越来越多的应用，图像处理所涉及的图像格式有很多种，如TIF、JEMP、BMP等等，工程应用中经常要处理256级的灰度BMP图像，如通过黑白采集卡采集得到的图像-image processing technology has been integrated into all areas of life and to be more and more applications, image processing involved in the format images can take many forms, such as TIF, JEMP, BMP, etc., engineering applications often have to deal with 256 Gray BMP images, such as through black-and-white collection in acquisition card The images

三维文字编程，2004年旋转三维字符及visualc编译器的使用

该程序利用线匹配算法实现了两幅或四幅图象的上下，左右的拼接，提高了拼界效率．-procedures for the use of the matching algorithm to achieve a two or four on the top and bottom, around the mosaic, improve the efficiency of fight circles.

很特别的彩色画笔,不需要画板,在任何平面都可以书写,全部代码.-very special color brush, and not slate, in any plane can write all the code.

基于OpenCV的强手棋游戏设计，本代码使用了OpenCV来实现强手棋的每步走步的变化问题，具体的游戏步骤可以参看强手棋的规则，以更好的理解本游戏的开发与玩。