资源列表
dep-and-col
- VS2013+OPENCV2.4.9+kinect2.0实现深度彩色图像-VS2013+OPENCV2.4.9+kinect2.0 realize the depth of the color image
fisheye-lens-image-correcting
- 鱼球面坐标定位法校正眼镜头畸变，实现对鱼眼镜头图像的畸变校正。-fisheye lens image correcting
snake_demo
- 活动轮廓算法-Snake（含文档）,详细实验，详细说明文档。-Active contour- snake
3DRotating-cube
- OpenGL绘制彩色魔方，并且自动跳跃旋转，并且有光照纹理效果-OpenGL rendering color cube, and automatically jump rotation, and a light texture
picture
- OpenGL绘制自然景物，有太阳、树木、绿地、天空-OpenGL rendering natural scenery, sun, trees, green, sky, etc.
1-normal_estimation
- 估计法线实例,同文件夹下可以找到相关的测试点云文 件table_scene_lms400. pcd-Estimate normal instances, the same folder can be found in the associated test point cloud file table_scene_lms400. Pcd
1-random_sample_consensus
- 如何用RandomSampl eConsensus 类获得点云的拟合平面模型。-How to get fit plane RandomSampl eConsensus class model point cloud.
shiyan3
- OpenGL绘制点、线段、折线、封闭线、三角形、相连三角形-OpenGL drawing points, lines, polylines, closed line, triangle, triangle, etc. connected
1-narf_keypoint_extraction
- 展示如何从距离图像中提取NARF 关键点，可执行文件使我们能够从磁 盘上加载点云（如果没有的话就创建随机点云〉，提取上面特征点， 并且用图像和3D 显示方式进行可视化，用户可直观地观察到关键点的位置和数量。-Shows how to extract NARF key points the distance image, an executable file so that we can be loaded the disk point cloud (if not created ra
yan
- 使用OpenGL绘制立方体，并且进行平移、旋转、缩放等操作-Cube using OpenGL rendering, and translation, rotation, scaling and other operations
shiyan3
- OpenGL Cohen_Sutherland 裁剪算法，使用矩形截取线段，并用不同颜色表示-OpenGL Cohen Sutherland clipping algorithm, using a rectangular intercept line, and is represented by a different color
gop_matlab
- ECCV2014的论文，用于快速检测图片中物体的位置-Geodesic Object Proposals Philipp Krä henbühl and Vladlen Koltun detect object proposal in images