Common game image processing, linear interpolation algorithm to achieve image sc...

有关数字图像处理的几个程序，包括直方图均衡化（不用matlab自带函数）、空域butterworth滤波等，请多指教。-Related to digital image processing of some procedures, including histogram equalization (do not bring their own matlab function), such as air filter butterworth, please advice.

采用log算法对图像进行边缘检测并附图说明。

基于轮廓的形状特征提取 1)该程序在VC＋＋6.0下编译通过； 2)测试图片说明：（图像路径名请在main函数中fp=fopen("1.bmp","rb")中设定） 64×64 24bit BMP： 图像1、2用来验证旋转图像识别；图像1、3用来验证平移图像识别；图像1、4用来验证缩放图像识别； 120×120 24bit BMP： 图像5、6用来验证平移图像识别；图像7、8用来验证旋转图像识别； 3)结果说明： MCS.dat保存了Mountain Climbing Sequence。 -Based on the outline of the shape feature extraction 1) the program in VC 6.0 under the compiler through 2) Test Photo Caption: (image path name in the main function fp = fopen (1.bmp, rb) set) 64 × 64 24bit BMP: image 1,2 to verify rotating image recognition image 1,3 to verify translational image recognition image 1,4 to verify scaling image recognition 120 × 120 24bit BMP: images used to verify translational 5,6 image recognition images 7,8 rotate images used to verify identification 3) The results indicate that: MCS.dat preserved Mountain Climbing Sequence.

计算几何算法的C语言实现，还不错， 不过有些难度，感兴趣的朋友可以看看。-computational geometry algorithm C language, quite good, but some are more difficult, interested friends can see.

期望输出是零延迟尖脉冲的维纳滤波。下下看，用用给反馈。-Desired output is zero-latency spikes of the Wiener filter. Under the circumstances, the use of used to the feedback.

自己写的计算一副图像重心的小程序，绝对有用。-Write their own calculation of an image center of gravity of small procedures, absolutely useful.

simplified approach to image processing

VC 6 VC.net 2003 VC.net2005下可以编译通过。 用于时域与频域的变换的类-VC 6 VC.net 2003 VC.net2005 under compile. For the time-domain and frequency domain transform category

高斯随机噪音程序，做理论模型数据时，一般会加高斯随机噪音，以模拟实际数据-Gaussian random noise process, make the theoretical model data, they generally will be Gaussian random noise to simulate the actual data

此程序是为了改变在图像处理中坐标轴的范围。-This procedure is for a change in image processing in the scope of axes.