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屏幕像素点颜色值得获取
- 屏幕像素点颜色值得获取,根据鼠标的位置,获取改点的RGB像素值,并显示其颜色
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
yaxiangsu
- 双向亚像素运动估计算法,具体步骤如下: (1) 进行整像素精度的双向运动估计; (2) 以(1)得到的运动矢量所指向的像素点为中心,内插1/2像素点,再进行双向运动估计; 依此类推,直到得到所需的像素精度为止。 -Bi-directional sub-pixel motion estimation algorithm, concrete steps are as follows: (1) for the whole two-pixel accuracy motion estima
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
ImageContourTtackingAlgorithm
- 图像轮廓跟踪算法: 通过若干个像素点来模拟图像,找出图像的轮廓。 前几页是对算法的描述,最后一页是算法实现的代码-Image contour tracking algorithm
GetColorFromScreen
- 通过鼠标点的坐标,截取屏幕上的对应像素点的颜色值-GetColorFromScreen
KyodaiPlugin
- 用C#写的一个QQ连连看的*工具,通过 识别比较固定位置像素点来判断方块是否相同,并判断两方块间是否有通路,可以单消,定时消,随机间隔消和秒杀-Written in C# using a QQ Lianliankan plug tool, identify the location of relatively fixed pixel to determine whether the same box, and determine whether there is access between
MATLAB
- MATLAB简单的计算白色轮廓中的像素点的个数-MATLAB a simple white outline of the calculation of the number of pixels
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 .
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
SuperPixel
- 在计算机视觉领域,图像分割(Segmentation)指的是将数字图像细分为多个图像子区域(像素的集合)(也被称作超像素)的过程。超像素由一系列位置相邻且颜色、亮度、纹理等特征相似的像素点组成的小区域。这些小区域大多保留了进一步进行图像分割的有效信息,且一般不会破坏图像中物体的边界信息。(n the field of computer vision, image segmentation (Segmentation) refers to the process of segmenting a d
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.)
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)
绘制像素点函数
- 绘制像素点函数:在屏幕的P0(20,20)坐标位置处绘制一个绿色像素点,然后读出该像素点的颜色,水平平移100个像素绘制P1点。(The pixel function is plotted: a green pixel is drawn at the P0 (20,20) coordinates of the screen, and then the color of the pixel is read out. 100 pixels are horizontally shifted to dr
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.)