资源列表
sanjiaowangge-qumian-chongjian
- 在MATLAB中将点云数据进行曲面重建，一个很好的例子。-To surface reconstruction of point cloud data in MATLAB, a good example.
3D_Virtual_Fitting_Room-master
- 3D虚拟试衣,给你提供不一样的感觉。现场更换衣服！-3D virtual try to give you a different feeling. Scene change clothes!
MFCPOpenGl-PICK
- MFC+OpenGl 实现物体的选取，用c++实现的，vs2010-MFC+OpenGl TO OBJECT PICKING
3D_halo_modeling-master
- 模拟小孔或者圆形柱体结构的三维仿真图像，白光入射下的散射分析-Three-dimensional simulation image simulation holes or circular cylindrical structure, under incident white light scattering analysis
Simple_GLSL_Shader_Example-master
- 一个opengl shader的简单范例 解压后可以用g++编译 跨平台可用-After a simple example opengl shader decompression can be used cross-platform compiler g++
PCLFusion-master
- 结合PCL和Kinect Fusion写的代码，国外大神写的，开源的。-PCL combination of code written and Kinect Fusion, large foreign God written, open source.
CPP
- 利用点云数据拟合圆柱本文档通过对三维点云的圆柱拟合，得到圆柱的半径、圆柱轴线单位方向向量和轴线起始位置三个主要参数。-Use of point cloud data fitting cylindrical this document through the three dimensional point cloud cylinder fitting, get the radius of the cylinder, cylinder axis unit axis direction vector
cloud-point
- 此代码基于c++标准库，opencv和pcl点云库，可实现对摄像头调参，调用摄像头视频并读取画面中点的三维坐标获取点云数据-This code is based on c++ standard library, opencv and pcl point cloud library, can achieve the camera tuning, call the camera video and read the middle of the screen coordinates of the th
284
- TeeChart控件，很好的三维显示动画-Contrasting various methods of performing hand gestures. The single segment motion provides ease of use whereas no skin contact prevent skin injuries prolonged use of the interface. The touchless aspect of the interface provides
robo
- this is about the gunner
SpheroModel
- 仿真模型展示了如何实现一个球面,可以用来测试不同的控制器方法。植物模型表示物理参与Sphero,包括摩擦和接触力之间的内在身体,外壳和地板上。控制器实现了一个简单的开环控制器基于植物的几何。-The model shows how to implement a Sphero simulation that could be used to test different controller methods. The plant model represents the physics invol
wilocw-surf_map-067ad0e
- MATLAB脚本和演示住将列CSV数据映射到三维表面和想象，可运行-MATLAB live scr ipt and demo for mapping column CSV data into 3-D surface and visualising it