搜索资源列表
vp_binoculars
- This sample illustrates how to make a simple binocular view in Vega Prime. This is also a good example of how to use the stencil buffer to mask out areas of the screen in vpChannel EVENT_PRE_DRAW and EVENT_POST_DRAW subscribers.
vp_binoculars
- 利用VP制作一个望远镜，了解EVENT_PRE_DRAW and EVENT_POST_DRAW 过程-This sample illustrates how to make a simple binocular view in Vega Prime. This is also a good example of how to use the stencil buffer to mask out areas of the screen in vpChannel EVENT_PRE_DRAW an
Threedimensional
- 这是一个三维重建程序，用于双目视觉中，由两个投影矩阵反求三维点-This is a three-dimensional reconstruction procedure for binocular vision, the projection matrix by the two reverse three-dimensional point
Binocular.stereo.calibration.algorithms
- 双目立体标定算法(有测试图片)，是用visual C++编写的程序。对于研究机器视觉的人有帮助-Binocular stereo calibration algorithms (with test image), is written in visual C++ programs. For the study of machine vision to help people
shuangmu
- 基于双目立体视觉的人脸三维重建方法的研究 好的资料-Binocular stereo vision based on the human face of three-dimensional reconstruction
3D-visual
- 关于双目立体视觉的嵌入式开发，两个摄像头，基于DSP的嵌入式开发，希望能够对大家有帮助-binocular stereo vision
BJND
- 计算人眼最小失真,结合人眼视觉系统（HVS）的立体感知特性，利用人眼对亮度、纹理、时域和深度辅助信息敏感程度的不同，建立了一个基于深度信息的立体感知JND模型。其中亮度JND模型得到的JND值在3~20之间，纹理JND模型得到的JND值在1~8之间；然后将序列的时域特性和深度信息融合到了空间JND模型中，得到的立体感知JND值在2~20之间，JND值的分布图基本上符合人眼的立体感知特性。-binocular just-noticeable difference
zz
- 实现机器视觉双目标定，三维重建等算法，具有很好地擦考价值- Robot with two cameras to switch recognition system. (Note that not binocular vision) and the reference used opencv1.0 cmv.
Image-rectification_surf
- 用于双目立体图像匹配：用surf提取特征点、Flann匹配、RANSAC计算基本矩阵完成立体图像对的极线校正，用opencv实现-For binocular stereo image matching feature extraction point: surf, Flann matching, RANSAC calculation of the completion of the fundamental matrix the epipolar rectification of the ster
3d
- 双目视觉中的三维重建资料，比较全，很好用，但愿对亲们有帮助-Binocular vision in the three-dimensional reconstruction of data, compare the whole, good, I hope pro
12
- 基于opencv的双目标定与3d重构，并且有界面，很方便-Based on the opencv binocular calibration and 3d reconstruction, and there are interfaces, it is convenient
sterecamctr
- 3D摄像机控制，轴间距，轴夹角，汇聚面，了解双目摄像机基本控制-3D camera control, axle spacing, axis angle, brought together face to understand the basic binocular camera control
dense-stereo
- 基于VC++的双目立体视觉检测 采用SIFT特征点计算稀疏匹配 和稠密匹配-VC++ based binocular stereo vision detection using SIFT feature points to calculate sparse matching and dense matching
code
- 三维重建源码，由双目立体视觉进行三位重建。并给出了几种重建方法的介绍，如基于块匹配的三维重建、基于特征点的重建。并且给出了最终结果图像。-Three-dimensional reconstruction of the source code, the three reconstruction by binocular stereo vision. And gives several reconstruction methods, such as 3 d reconstruction based
disparity_to_3d_reconstruction
- 双目视觉中，利用视差图进行三维重建，实现三维重建的点云显示，并获取深度信息。-Binocular vision, the use of disparity map for three-dimensional reconstruction, three-dimensional reconstruction of the point cloud display, and access to the depth of information.
Reconstuction3d
- OpenCV+OpenGL 双目立体视觉三维重建代码以及文档使用opencv进行立体匹配获取视差图，三角剖分使用opengl进行纹理贴图-OpenCV+OpenGL binocular stereo vision 3D reconstruction code and documents using OpenCV stereo matching to obtain disparity map, triangulation using opengl for texture mapping
3D_stereo
- 包含双目摄像机标定，棋盘图像矫正，立体像对校正，立体匹配，三维重建模块。然后用OpenGL显示重建效果，并可以通过键盘方向键旋转。-Including binocular camera calibration, board image correction, stereo image pair correction, stereo matching, 3D reconstruction module. And then use the OpenGL to display the reconstr
SequentialSfM
- SFM实现双目三维重建 使用的OpenCV3.2+VS2017(SFM realization of binocular 3D reconstruction)