MATLAB

基于visual c++ 2005实现 ColorPicker是一个基于对话框的应用程序，它具有以下功能： 1. 色彩编辑功能 用户可以通过可以调整R、G、B的值来编辑颜色，亦可通过调整H、S、V的值来选取颜色。颜色编辑的结果会马上反馈到颜色面板和颜色预览框中。 2.RGB颜色空间和HSV颜色空间的转换 当改变RGB值，会得到相应的HSV值，并进行显示，反之亦然。 3.取色功能 取色功能包含“面板取色”和“屏幕取色”。面板取色就是用户可以在颜色面板中单击鼠标左键，选取目标点所表示的某种颜色。屏幕取色则是允许用户获取整个屏幕上的任意一点的颜色值。用户可以将鼠标移动到需要获取颜色的地方，然后按a键或A键即可以获取该点颜色值。-err

本代码可以对任一BMP文件进行读写操作，方便后期的处理-This code can be any one of BMP files to read and write operations, to facilitate the latter deal with

特殊图象处理效果 对大家处理图象有帮助 希望大家用得得心应手-A special image processing effects on processing images help us hope that we are used handy

24位彩色处理程序，提供测试图像以及效果图。希望对大家学习有所帮助。-24 color processing procedures, test results and the image map. We hope to learn some help.

说明：程序运行过程中要用到wedgelet工具包和wavelet802工具包； wdt-cwtdenoise ：wedgelet去噪算法主函数； 以下函数和其它函数均为被调用函数； DT_CWTdenoise ：复小波去噪函数； 其中：afb，afb2D，afb3D，AntonB，cplxdual2D，cshift2D，dualtree2D，dwt2D，idualtree2D pm，pm4，sfb2D，symextend，unnormcoef，reversecoefDHtgrselect，tee，dtcwtcoef， gencoef等等为复小波去噪时调用函数；-Description: program to run the process to use to wedgelet tool kits and wavelet802 kit wdt-cwtdenoise: wedgelet denoising algorithm main function the following functions and other functions are called function DT_CWTdenoise: Complex Wavelet denoising function which: afb , afb2D, afb3D, AntonB, cplxdual2D, cshift2D, dualtree2D, dwt2D, idualtree2D pm, pm4, sfb2D, symextend, unnormcoef, reversecoefDHtgrselect, tee, dtcwtcoef, gencoef for complex wavelet denoising, etc. when calling function

维纳滤波经典代码，相信大家在作图像滤波时，一定有借鉴作用。采用VC实现，简单实用，可移植性强。-classic Wiener filter code, I believe we in for image filtering, it will certainly be useful. VC using a simple, practical, and strong portability.

opencv 读图像,feichangbucuo-opencv

图像处理，学习matlab的源代码，转自国外-image processing, study the source code of Matlab, decanted from abroad

graphcut源代码，这次要分两次网上传得，希望大家支持呀-graphcut source code, this should be a two-line travels, we hope that the support ah.

Believe propagation is a popular method to achieve combinatorial optimization. This program contains two sets of codes -- image restoration from noisy data and depth estimation from stereo images.-Believe propagation is a popular method to achieve combinatorial optimization. This program contains two sets of codes-- image restoration from noisy data and depth estimation from stereo images.