左边显示BMP文件并且可以加入自己算法来对其进行修改显示在右边，可以把右边的bmp图像另存为新文件...

vc下基于BMP图像的小波变换，最高支持24位色彩色图像-vc images based on wavelet transform BMP, the highest support for 24-bit color images

遗传算法用于菌落图像分割。遗传算法其固有的并行性和不易陷入局部最优的特点使之非常适于大规模搜索空间的寻优，使图像分割产生的误差最小，为解决图像分割中的参数选择难题提供了有力的保障。附有程序清单-A New Model for Image Segmentation

RGB转YUV程序 RGB转YUV程序-RGB to YUV to YUV procedures procedures RGB

手写输入数字0-9数字自动图像处理与识别-Handwriting input figures 0-9 Digital Automatic Image Processing and Recognition

基于文本的图像处理显示框架, 使用于学习图像处理框架.-Text-based image processing show that the framework used to study image processing framework.

对象：想学好计算机图形学的大学生，老师和工程人员内容：动态的演示了图形生成过程，详细的源代码使你粘贴后就可以运行，其中包括DDA、bresenham、逐点比较法直线生成算法；bresenham，DDA，中点画圆算法；n次bezier，spline，Bspling，Hermite曲线生成算法；单线性，双线性，Bezier曲面生成算法；矢量，点阵字符生成算法；扫描填充，种子填充算法，多边形，直线裁剪算法；平移，比例，旋转，原点对称，错切变换算法；斜测投影，一点，二点，三点透视算法；消影，斜平行投影，正轴测投影，透视投影算法，光照立体球，光照圆环，光照双线性曲面等等！如果需要安装图形学演示系统的请到这下载：http://happyyangxu.home.sunbo.net/xfile.php?xname=N50SQV0&download=1&fname=graphic_demo.zip-object : If you want to learn computer graphics students, teachers and staff : a dynamic demonstration of graphics generation process, the detailed source code so that you can run after the paste, including DDA, bresenham, point by point comparison Linear Algorithm; Bresenham, DDA, Stipples Yuan algorithm; n bezier, spline, Bspling, Hermite curve generation algorithm; single, bilinear, Bezier surface generation algorithm; vector, Character generation algorithm; scanning fill the seed filling algorithm, polygons, linear cutting algorithm; translation, proportion, rotation , the origin of symmetry,

学习opencv+directshow的文档-opencv+directshow

二维经验模态分解，采用形态学求极值点，径向基神经网络拟合，速度较快。-Two-dimensional empirical mode decomposition, the use of morphology for extreme points, Radial Basis Function Neural Network Fitting, faster.

很齐全的图像处理算法，包括各方面的图像处理简单算法-A very complete image processing algorithms, including all aspects of a simple algorithm for image processing

图像二值化算法：Otsu算法，Kittler minimum error thresholding算法，Niblack二值化算法。都是很经典的二值化算法，可用于对图像进行二值化，我自己编写的并经过测试正确。附件中有算法使用说明。-Image binarization algorithm: Otsu method, Kittler minimum error thresholding method, and Niblack method. All these methods are classical binarization methods.