VB_3Dstarfield

基于DEM的三维地形绘制，通过四叉树实现LOD细节层次结构(DEM-based three-dimensional terrain rendering by Quadtree LOD hierarchy details)

说明：  关于vs的基本使用方法，非常有用，可以轻松掌握常用技巧，取得事半功倍的效果。(VS on basic use, very useful, easy to master a variety of techniques commonly used to obtain a multiplier effect.)

转动的彩色立方体（1~2人）谭飞、吴颖颖 1) 绘制一个不停转动的彩色立体球，可以绕着任意方向旋转； 2) 采用一定的光照明技术，考虑环境光、反射光以及镜面光的作用； 3) 采用消隐算法，体现立方体表面的遮挡关系； 4) 具有较好的动画效果，消除闪烁现象； 5) 不可以采用OpenGL中的函数。 (Rotating color cube (1 ~ 2)谭飞,吴颖颖1) draw a non-stop rotation of the color three-dimensional ball, you can spin around in any direction 2) the use of certain lighting technology, consider the ambient light, reflected light and the mirror The role of surface light 3) the use of blanking algorithm, reflecting the relationship between cube block surface 4) has good animation effects, to eliminate flicker phenomenon 5) can not be used in a function of OpenGL.)

Six 3D exersizes for VisualBasic.

利用VTK三维重建软件与VS2010结合，读取格式为Dicom的系列图像，并能显示三维重建结果，语言为C++语言(Using VTK 3D reconstruction software and VS2010 combination, read the format of Dicom series of images, and can display three-dimensional reconstruction results, the language is C++ language)

只是最新的多视点参考软件代码jmvm,支持立体档次的编码解码，从最新svn下载得到，对那些不方便上国外网站svn下载的可以看看。(Is the latest multi-view reference software code jmvm, three-dimensional grade codec support, downloaded from the latest svn, convenient for those on the foreign website can take a look at svn download.)

说明：  这时一个delaunay三角网的程序，功能强大，并里面有详细说明和程序及原代码。能创建二维和三维的，且能生成模拟的3D图。(then a triangular network nodes procedures, powerful, and there are detailed procedures and the original code. To be able to create two-dimensional and three-dimensional and can generate simulated 3D map.)

利用itk的区域增长算法,分割三维图像并用vtk进行重建显示(Regional growth in the use of the itk algorithm, segmentation and three-dimensional image reconstruction shows vtk)

基于PCL的三维点云模型表面主曲率估计的具体实现(estimation of the principal curvature)

d3d写的aabb与射线碰撞检测的例子，vs 编写，功能完整(d3d written aabb collision detection and ray example, vs the preparation of functional integrity)