搜索资源列表
EX1
- 1.用OpenCV实现打开一幅彩色图像，显示出来； 2.将其转换为灰度图并保存为文件； 3.将其二值化并保存为文件（二值化阈值最好用滚动条交互式输入，图像二 值化效果能实时变化更好，可参考OpenCV的sample程序edge.c）-1 using OpenCV open a color image display 2 converted to grayscale and saved as a file 3 the second value and save
ImageHist
- 直接输入一张图片，输出图像三通道直方图显示-Direct input of a picture, three-channel output image histogram display
gray2binaryatrackbar
- opencv实现图像二值化，滚动条实现交互输入-the opencv image binarization, scrollbars achieve interactive input
8_3lunkuo
- QT环境下，用OPENCV在输入图像上寻找并绘制轮廓-QT environment OPENCV find and draw the outline of the input image
ImageROI
- 自行输入选择图像感兴趣区域，并进行灰度值的改变。-Input by yourself and select the region of interest image to change gray values.
1GHY3249TIQU1
- 基于canny算子的边界提取 cvCanny 采用 CANNY 算法发现输入图像的边缘而且在输出图像中标识这些边缘-Based on the the canny operator' s boundary extracted cvCanny CANNY algorithms found the edge of the input image and identify these edge in the output image
cilibration_test
- :用OPENCV实现的 输入图片,进行标定,并转换成鸟瞰图的程序-: With OPENCV realized input images, calibration, and converted into a bird' s eye view of the program
Auto_FisheyeCorrect
- 运用球面透视投影模型校正鱼眼图像畸变，实现对输入畸变图片的自动校正-The use of automatic correction of spherical perspective projection model correcting the fisheye image distortion, and the input distortion picture
LK_example
- 基于opencv寻找输入图像特征点的程序，能清楚准确找到角点相关的兴趣点。-Program based opencv find the feature points of the input image, clearly and accurately find the corner points of interest.
opencv
- 绘制这种颜色不同图形（如直线、矩形等），输入文字-Draw this color graphics (such as lines, rectangles, etc.), enter text
crop
- 一个图像裁剪程序，输入两张图片，一张原图，另一张原图的重要性区域特征图，输出为基于原图裁剪的一张缩略图-The a image cropping program, enter the two pictures, one artwork, another Original importance of regional characteristics diagram, the output is based on the original image cropped a thumbnail
src
- 创建一个标准的基于OpenCV（桌面）的实时项目，以及如何执行标记的增强的一种新方法现实中，使用实际的环境作为输入，而不是打印的方形标记。-create a standard real-time project using OpenCV (for desktop), and how to perform a new method of marker-less augmented reality, using the actual environment as the input in
include
- 用不同的核进行图像的二维滤波 函数cvSmooth实现各种方法的图形平滑。 一般来说，图像平滑主要是为了消除噪声。图像的常见噪声主要有加性噪声、乘性噪声和量化噪声等。由于图像的能量主要集在低频部分，而噪声所在频段主要在高频段，因此通常都是采用低通滤波的方法消除噪声。 函数cvFilter2D对图像做卷积运算。 对图像进行线性滤波，支持替换方式操作。当核运算部份超出输入图像时，边界外面的像素值等于离它最近的图像像素值。 -Graph smoothing function of
Test
- 图像反转（就是把黑的变白，白的变黑）,输入衣服图像，进行像素的反转-Image inversion (that is, the black of white, black and white), the image input clothes, the pixel inversion
Test2
- 实现图像的旋转加缩放，输入一幅图片后进行旋转和缩放操作，很炫。-Achieve image rotation plus scaling, enter an image after rotation and scaling operations, shining.
calibration
- 摄像机标定 输入棋盘图像可以得到摄像机的内外参数-Input image board camera calibration can be internal and external parameters of camera
calibration
- 标定程序，opencv自带的示例程序。读者可以直接使用Opencv自带的摄像机标定示例程序，该程序位于 “\OpenCV\samples\c目录下的calibration.cpp”，程序的输入支持直接从USB摄像机读取图片标定，或者读取avi文件或者已经存放于电脑上图片进行标定。-Calibration procedures, opencv comes with sample programs. Readers can Opencv use camera calibration sample p
Method_01
- 利用OpenCV自带的cvMatchShapes方法进行轮廓匹配。可手动设置输入的两幅图像。程序中有对程序的注释和关键逻辑步骤的解释，该程序为轮廓匹配方法提供一定的思路，需要VC6.0+OpenCV_1.0-Contour matching using the cvMatchShapes method with the OpenCV. Two images manually set the input. Notes on procedures and key steps in the inter
Calibration
- 相机标定程序，输入为16张棋盘的图片，经过标定后，得到相机的内参数，和标定后的图片-Camera calibration procedures, the board entered as 16 pictures, after calibration, obtained within the parameters of the camera, and after calibration image
source-code
- Opencv教程的实例源代码 书中的C/C++语言实例。各实例子目录中的*.dsw和*.dsp文件分别为Windows下Visual C++ 6.0的Workspace文件和Project文件；Makefile是Linux下GNU Make的输入文件。在Windows环境下，双击*.dsw文件将会启动Visual C++ 6.0并装载该实例；在Linux环境下，输入make命令就可以编译该实例。-Opencv tutorial source code examples in the book