图片旋转算法以及实例， 非常好用

对二维信号（例如二维图像），实现多级小波的分解和重构，用到的小波函数是 DBN 小波,即Daubechies小波。-Of two-dimensional signal (such as two-dimensional image), the realization of multi-level wavelet decomposition and reconstruction, the wavelet function is used wavelet DBN, namely Daubechies wavelet.

用C写的，类似于windos启动时背景颜色变化的程序，实现淡入淡出的效果，纯属好玩。勉强算到图形类吧。-written in C, similar to the commencement windos background color changes in the procedures, Fade out of achieving the effect is purely fun. Barely count it to the graphics category.

刚开始学习VC++ 做的程序，，呵呵，，乱七八糟的，，比CGraph类差远了-VC just started learning to do the procedures, what mess, and worse than CGraph category from the world, and

实现半透明的三维物体的效果-achieve translucent three-dimensional objects in effect

主要为表现listbox的基本和高级用法，实现一些比较漂亮的界面功能-performance of the main listbox the basic and advanced usage, some of the more beautiful realization of the interface function

数字识别代码 第一步：训练网络。使用训练样本进行训练。（此程序中也可以不训练，因为笔者已经将训练好的网络参数保存起来了，读者使用时可以直接识别）第二步：识别。 首先，打开图像（256色） 再次，进行归一化处理。点击“一次性处理” 最后，点击“R”或者使用菜单找到相应项来进行识别识别的结果显示在屏幕上，同时也输出到文件result.txt中 该系统的识别率一般为90％ 另外，也可以单独对打开的图片一步一步进行图像预处理工作。但要注意，每一步工作只能执行一遍，而且要按顺序执行。步骤为：“256色位图转为灰度图”“灰度图二值化”“去噪”“倾斜校正”“分割”“标准化尺寸”“紧缩重排” 另外注意，要识别的图片，要与win.dat、whi.dat位于同一目录。此两文件保存训练后网络的权值参数 -digital identification code first step : training network. Use of training samples for training. (These procedures also can not training because I have trained network parameters saved, Readers can direct identification) second step : identification. First, open the Image (256 colors) again, to a treatment. Click on the "one-stop" Finally, Click on the "R" or use the menu item corresponding to find the identification of the identification results on the screen, also result.txt output to a file which the system"s recognition rate of 90% for the other, can be individually opened to the step-by-step pictures for image prep

在图像处理类中将读取的彩色图像转化为灰度图像用于后续处理-in Image Processing category will read the color image into a gray-scale images for follow-up treatment

Osprey源代码,绝对值得一看,Osprey权威资源代码-Osprey source code is absolutely worth a visit, Osprey authoritative source code

实现图像显示的MFC源码-MFC source

在Visual C++中实现的Sutherland-Hodgman多边形裁剪算法-achieved by Sutherland-Hodgman polygon clipping algorithm