为BMP图像处理的程序，包括图像显示，灰度拉伸，二值变换，滤波等...

这是关于数字图象几何变换算法的vc++源代码-This is on digital images of geometric algorithm source code vc

visual c++数字图象处理典型算法及实现-visual c++ typical digital image processing algorithm and realize

图形图像处理的简单应用，实现灰度翻转，增亮，等等。-Simple graphics image processing applications, to achieve gray-scale inversion, Zengliang, and so on.

彩色RGB图像四叉树分割的程序，找了好久才找到的。Improve together-RGB color images quadtree segmentation procedures for a long time to find the. Improve together

图像分割加特征提取的算法，一起分享，共同研究，共同进步-Add feature extraction image segmentation algorithms, along with sharing, joint research, and common progress

背景差分法（Frame difference）这种方法是基于前景和背景的不同场景，根据视频采集的背景信息获取更稳定的可信信息，计算前景中固定的背景像素差分，从而实现基于Su（pixel-based）和高端basic的融合区域（基于区域的）信息

视频转换中，大家可能用到的，格式转换！yuv420to4-Video conversion, we may be used, format conversion! yuv420to4

实现图形填充，算法为内部表示区域种子填充算法-Fill the realization of graphics, algorithms for internal representation of regional seed fill algorithm

基于kmeans的图像分割算法，首先得到图像，再确定分类，并计算各分类的均值，从而得到各个像素的分类。-Kmeans-based image segmentation algorithm, first of all get the image, and then determine the classification, and calculate the various categories mean, and thus obtain the classification of each pixel.

边界方向的直方图统计。采用canny算法实现。 测试图片说明：（图像路径名请在main函数中AnsiString name="1.bmp" 中设定) 1.bmp、2.bmp用来测试尺度变换后图像的识别； 3.bmp、4.bmp用来测试尺度变换后图像的识别； 2.bmp、2_shift.bmp用来测试平移后图像的识别。 实现输出灰度图、平滑图、边缘图以及双阈值处理后的边缘图； 运行后文件夹应该有Image1.bmp,Image2.bmp,Image3.bmp,Image4.bmp； 实现输出灰度图、平滑图、边缘图以及双阈值处理后的边缘图； 边界直方图数据和归一化后直方图数据分别保存在histogram.txt和NormalHistogram.txt中。-Border direction histogram statistics. Canny algorithm used. Testing Photo caption: (image path name in the main function AnsiString name = 1.bmp set) 1.bmp, 2.bmp used to test scaling image identification 3.bmp, 4.bmp used to test After scaling the image identification 2.bmp, 2_shift.bmp used to test post-translational image recognition. Realize the output grayscale, smooth map, edge map, as well as dual-threshold edge map after the treatment running folder should have Image1.bmp, Image2.bmp, Image3.bmp, Image4.bmp realize grayscale output, smooth map, edge map, as well as dual-threshold edge map after the treatment border histogram data an