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NewOne.rar
- 用OpenCV实现对摄像机的标定（获得内参，外参）,Using OpenCV implementation of camera calibration (access to internal and external parameters)
calibration
- 有效进行摄像机标定的简单程序。分别求出内外参数。-Simple effective camera calibration procedures. Inside and outside the parameters were calculated.
camera-parameters
- 对照相机进行标定，与世界坐标系是直角坐标系，以OpenCV为支持，输出摄像机的内参和外参-Calibration of the camera, and the world coordinate system is Cartesian coordinates to OpenCV for the support, the output of the camera internal parameters and external parameters
reconstruction
- 已知相机的标定后的内参及外参，进行三维重建-Internal control and external reference known camera calibration, three-dimensional reconstruction
Stereo_calibration
- HALCON软件进行双目摄像机标定程序，包括内参与外参-HALCON software binocular camera calibration procedures, including participation in external parameters within
zhang
- matlab环境下的张正友法标定，可以获得相机的内参外参-Zhang Zhengyou calibration method under matlab environment, you can get the camera' s internal reference external parameters
toolbox_calib
- MATLAB 的摄像机标定工具箱，可完成焦点提取、标定、重投影、计算外参等功能-MATLAB toolbox, camera calibration can complete focus extraction, calibration, weight, calculation of shadows and etc
calculatorRT
- 通过棋盘格，利用opencv标定相机的外参-By checkerboard, use external camera calibration parameters opencv
waican_text2
- 张正友摄像机标定中已知内参的情形下，求解外参的matlab实现原代码- By Zhang Zhengyou camera calibration known in the case of internal reference, external reference for solving realize matlab source code
buildM
- 张正友摄像机标定中已知内参和外参的情形下，求解转移矩阵M的MATLAB源码-By Zhang Zhengyou camera calibration known internal control and external reference case, solving the transfer matrix M MATLAB source
calibration
- 只是个摄像头标定的程序，可以求出内参和外参-only calibration,to get the inside and outside celibration parameter
qiujieneiwaicanshu
- 通过利用张正友标定法得出的摄像机的标定结果内参、外参，求取平面任意两点的距离。-By using the results of the internal control calibration calibration method to get Zhang Zhengyou camera, external reference, the plane to strike any two points.
双目匹配
- 左右两张图片对相机的内参外参进行标定，然后对图像进行校正，最后通过双目可以得到视觉信息(About two pictures of the camera's internal and external parameters calibration, image correction, and finally get the visual information through the eyes can)