用c++画的茶壶（teapot），与计算机图形学OpenGL库

主要用于C++调用Opengl时的碰撞检测，内容很好，稍加修改便可以制作自己的虚拟场景-Mainly used for C++ Call opengl at the time of collision detection, content very good, a little modification will be able to create their own virtual scene

OpenGL是行业领域中最为广泛接纳的 2D/3D 图形 API。 在该程序中，可以拖动鼠标，使场景旋转，就像置身于3D场景中 一样。在简单贴图之后，随着鼠标操作，制造炫目效果。

//显示旋转立方体的程序

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这是一个在Visual C++6.0平台上编写的程序，利用三维图形和模型库OPENGL开发的。它可以实现生成一片树林，通过向上、向下、向左以及向右键穿越树林。-This is a Visual C++6.0 platform preparation procedures, the use of three-dimensional graphics and model library development OPENGL. It can generate a realization of the woods, through the up, down, left and through the woods to the right.

CLHaarColorImageFeature CLHaarColorImageFeature CLHaarColorImageFeature CLHaarColorImageFeature 源码包 CLHaarColorImageFeature CLHaarColorImageFeature 源码包 CLHaarColorImageFeature 源码包

:为解决机器人实验教学问题,本文在Visual C ++ 6. 0 平台上,基于OpenGL ,开发了机器人图形仿真系统。对机器人 进行了三维实体几何造型,并实现了其空间运动仿真,可再现机器人运动全过程,实现机器人的示教仿真。该机器人仿真 系统大大的方便了机器人教学。-Appl ication of computer virtual simulation on robot teaching

这是一个关于OpenGL的漫游天地的程序,可心用键盘的四个方向来控制背景的图像的漫游显示-This is a heaven and earth on the OpenGL roaming procedure, Kexin use the keyboard to control the direction of the four background images display roaming

This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2 / ((ball.x - x)2 + (ball.y - y)2 + (ball.z - z)2) for all balls. The surface is defined to be where the sum is one.-This demo implements the marching cubes algorithm for constructing a polygonal model from an isosurface. The isosurface chosen here is a classical metaballs setup. Metaballs are isosurface chosen here is a classical metaballs setup. Metaballs are defined by field function that s the sum of R2/((ball.x- x)2+ (ball.y- y)2+ (ball.z- z)2) for all balls. The surface is defined to be where the sum is one.

opengl模型和光源,光源和视点可以调整位置 注:红色立方体不是光源,光源为不可见的. 我是初学做的不怎么好.-opengl model and the light source, light and perspective can be adjusted position Note : red cube is not light, light source is not visible. I was learning to do very well in this aspect.