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对图像进行中值滤波处理的源代码
- 平滑滤波 一般来说，图像的能量主要集中在其低频部分，噪声所在的频段主要在高频段，同时系统中所要提取的汽车边缘信息也主要集中在其高频部分，因此，如何去掉高频干扰又同时保持边缘信息，是我们研究的内容。为了去除噪声，有必要对图像进行平滑，可以采用低通滤波的方法去除高频干扰。图像平滑包括空域法和频域法两大类，在空域法中，图像平滑的常用方法是采用均值滤波或中值滤波，对于均值滤波，它是用一个有奇数点的滑动窗口在图像上滑动，将窗口中心点对应的图像像素点的灰度值用窗口内的各个点的灰度值的平均值代替，如果滑动窗口
图像找点
- 输入RGB值范围，把符合这个范围的点找出来，并统计
用opencv类库两副图像的特征点匹配
- 两副图像的特征点匹配，其中用了opencv类库，功能包括：特征点的亚像素精度检测，特征点初始匹配，基本矩阵计算及对极约束引导匹配等。matcher.rar网上的都是有错误，而且缺少类库，我把错误改正了，把所有需要的类库都加上了，现在已经编译通过，保证能运行！希望大家喜欢,2 points, matching the characteristics of images, which used the opencv library, features include: Feature Point D
raw
- 读取和写入raw格式图像，此格式图像文件存储一幅图中的全部像素点，并以每个像素点16bit数据保存-read and write a raw format 16-bit image
xs
- 将一幅图像的所有的坐标点的像素值显示出来-The coordinates of an image point of all the pixel values are displayed
Colorimagecolorcomponentinter-exchange
- 全彩色图像的色彩分量间互换。对于彩色图像，图像的颜色是由每个像素点的RGB三分量的组合决定的。本实验的实验目的就是通过调整图像像素点RGB三分量的顺序来进行图像红、绿、蓝三个颜色分量间的互相转换，从而改变图像的颜色；比如：原图像为一朵红花，经过处理之后，我们将其变成绿花或者蓝花。运用到canny算子-Full-color images between color-component exchange. For color images, color images are from each pi
meshpic
- 输入一幅图像，输出图像的像素点的分布的图形显示。-Enter an image,then the output image will display the graphical display of the image pixel distribution .
IMAGEPREGRESS
- 数字图像处理初学者编写的小程序，简单易懂，方便实用；其中包括RGB变GRAY，图像形态学变换（灰度拉伸，窗口变换等），手动去除噪声点，图像边缘提取，图像像素灰度值输入TXT文档等。-something about image pregress.
MyImageProcess
- 对BMP格式图像像素点进行任意的读写显示，并且可以进行效果变换-BMP format images on the pixel display any of the read and write, and can effect change
image_fft2_and_ifft2
- 本程序是基于VC6.0平台的图像傅里叶变换及反变换，可支持读入、显示各种类型的彩色、灰度图像，并且可以方便地获取图像中任意像素点的灰度值。图像的傅里叶变换及反变换通过菜单方式执行，且代码清晰，执行效率高。-This procedure is based on VC6.0 platform image Fourier Transform and inverse transform, to support reading, showing all kinds of color, grayscale
tiquwanggexiangsudian
- 在matlab开发环境中，提取图像的像素点，并保存-Development environment in matlab to extract the image pixels, and save
chap1_4
- C++环境下基于单文档的图像的读入，并在此基础上访问图像像素点，代码中有详细的中文注释，对于初学者很有帮助-C++ environment based on a single document, read in the image, and on this basis, access to image pixels, the code in detail in the Chinese comments, very helpful for beginners
提取像素值
- 使用opencv 提取像素点，工具vs2013(Extracting pixel points)
5初级图像混合
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是对像素点的一些处理。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly on the pixel some of the processing.)
4遍历图像像素的14种方法
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是遍历像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly traversing the pixel some of the methods.)
3用动态地址计算配合at访问像素
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是用at访问像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly used to access some of the pixels point method.)
2用迭代器访问像素
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是用迭代器访问像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly used to access the pixel iterator some of the methods.)
1用指针访问像素
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是用指针访问像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly used to access some of the pixels of the pointer method.
randmask
- matlab处理图像，随机扔掉图像的像素点，并进行双线性最邻近插值(Randomly discard pixels of an image. Bilinear interpolation and nearest neighbor interpolation are also performed)
9：解决像素点生成后，需要手动操作的问题
- 对一副图像进行预处理，然后提取轮廓，再将轮廓进行像素点抽取。(The image is preprocessed, then the contour is extracted and the contour is extracted by pixel.)