搜索资源列表
Imageprocessing.rar
- 基于Visual studio 2008 的图像处理试验平台的VC++源码 包含sebol边缘检测，灰度化，二值化，滤波，还有opencv引用,Based on Visual studio 2008 image-processing test platform VC++ Source contains sebol edge detection, gray and binarization, filtering, there is reference opencv
Course.rar
- 函数曲线的显示，OPENCV图像处理，包括灰度图，直方图，边缘检测等等内容,Function curve display, OPENCV image processing, including the gray level histogram, edge detection and much more
opencv
- 利用opencv2.2编程实现usb摄像头的灰度图像获取-Use opencv2.2 programming usb camera gray image acquisition
imhist
- 以Microsoft Visual C++ 6.0为平台，基于opencv来实现图像的灰度直方图-With Microsoft Visual C++ 6.0 as a platform, based on the images to achieve opencv histogram
1231903536458
- 灰度采样程序,希望对大家都还有用.我是初学者,请包含-C++I write for the use of OpenCV histogram extraction procedures for everyone studying ^ ^
grayshangzhongfanfa
- C#，实现图像灰度化， 像素，内存，指针三种方法的对比。-Opencv Chinese manual to learn thanks to him. There are many examples of useful
1
- 基于opencv编的边缘检测的程序，里面有怎么读入图片，灰度化，边缘检测，效果不错。应用时边缘检测系数自己调成适合自己的对象。-Based on the the opencv series of edge detection program, which how to read into the picture, gray, edge detection, the effect is good. The application of edge detection coefficient tune
grayworld
- 基于opencv的图像白平衡，采用灰度世界算法-Opencv image-based white balance, gray world algorithm
Corners
- 首先，请检查/样品在你的OpenCV的分布/ C/ squares.c的。这个例子提供了一个方形的检测，如何检测角落类似的功能，它应该是一个不错的开始。然后，一起来看看在OpenCV的功能，导向功能，如cvCornerHarris（）和cvGoodFeaturesToTrack（）。 上述方法可以返回许多角落类似的功能 - 最不会“真正的角落”你正在寻找。在我的应用程序，我只好检测，旋转或倾斜的广场（透视）。我的检测流水线包括： 从RGB转换为灰度级（cvCvtColor）
gary
- 该程序用opencv实现了对灰度图像的双边滤波，参数可以自己选择，可调节双边滤波程度-failed to translate······································
2
- openCV把彩色图转换为灰度图像的程序-openCV convert the color image to grayscale image program
d
- mfc在对话框中显示opencv图像,并实现图像的灰度化，中值滤波，边缘检测，二值化-opencv mfc dialog box shown in the image, and to achieve gray image, median filtering, edge detection, thresholding
Color-into-a-grey
- 采用VS2008和opencv编写代码，将衣服RGB彩色图像转化为灰度图像，并且富有代码的详细说明，便于对代码的理解，效果不错。-Use VS2008 and opencv coding, clothes RGB color image into grayscale image, and rich code detailed instructions, to facilitate the understanding of the code, effect is good.
opencvchengxu
- 特征提取，主要是灰度共生矩阵和不变矩特征提取的程序，openCV下可直接运行-Feature extraction, mainly GLCM and invariant moments feature extraction procedures can be run directly under openCV
M_Test
- 采用opencv开发，能从摄像头读入并显示灰度化图像，再将视频中白色发光亮点转化为鼠标坐标，按空格键退出程序-opencv mouse camera
GLG
- 布料疵病检测,灰度共生矩阵，图像预处理、分割，环境opencv-Cloth flaw detection, GLCM, image preprocessing, segmentation, environment opencv
dianziwenxiang
- 该代码采用opencv环境来实现灰度投影估计电子稳像算法，能够很好地解决视频序列抖动问题。-The code uses the opencv environment to achieve the gray projection algorithm, which can solve the problem of video sequence jitter.
day4
- opencv 基础练习 滤波 灰度图 二值化 阈值 均匀滤波(Foundation detection)
Image grout
- 使用c#的openCV库实现图片的灰度化和二值化，简单明了(Using c # openCV library to realize the grayscale and binary of the image, simple and clear)
新建 Microsoft Word 文档
- opencv实现傅里叶变换,傅立叶变换是把图像从空间域转化到频率域的变换。空间域：一般的情况下，空间域的图像是f（x，y）=灰度级（0-255），形象一点就是一个二维矩阵，每个坐标对应一个颜色值。频率域：频率：对于图像来说可以指图像颜色值的梯度，即灰度级的变化速度，幅度：可以简单的理解为是频率的权，即该频率所占的比例：能量=幅度（可能不太准确），变换结果为F（u，v），F代表幅度值，u代表x方向的频率，v代表y方向的频率(Fu Liye transform is the transformati