一个开源的图形库，应用了opengl作核心

著名的Nehe的OpenGL教程VC++配套源码41－48课，适合OpenGL初学者使用，作者在他的程序中已详加注释-This is NeHe OpenGL Tourial source code from 1 to 10 with mach comment!

用vc＋＋和opengl实现了樱花飞舞的场景，以及用镜像效果反射樱花的飘动。一个不错的全屏演示软件-with vc++ and borders to achieve the brook winding scene, and the effects of reflex mirror with cherry blossoms wafted. A pretty good full-screen display software

本程序用opengl编写vc版的一个演示动画程序，值得一看。-the procedures used opengl vc prepared a demo version of the animation process overseas.

一条道路的OPENGL代码-a path of OpenGL code

opengl,初级,good for you to study opengl A、如果程序编制演示的AVI不能播放 请自行安装盘上的TSCC.exe。 B、OpenGL程序运行太慢    OpenGL画面右下角的刷新指标小于5帧/秒。    原因: Win2000或WinXP在安装时，系统自动安装默认的显卡驱动程序，多数默认的显卡驱动程序是不完全的版本，对OpenGL的支持不够(微软有意的?)。所以应该重新安装随机代的厂商提供的显卡驱动程序。 C、从11章开始程序不能编译。    从 11章射击、爆炸开始程序中用到了DirectX8.0的鼠标接口函数，如果你机器上不是装的DirectX8.0可能不能编译。请使用"文档"目录下的另一组用普通鼠标接口的程序吧。  

本程序实现以下功能： 1.绘制茶壶(T) 2.添加光照(T) 3.添加纹理(T) 4.鼠标左键控制茶壶旋转(T) 操作步骤：按鼠标左键茶壶旋转，按一次旋转30°。 5.鼠标右键控制茶壶平移(T) 操作步骤：按鼠标右键茶壶向右移动，每次移动0.5厘米 6.键盘控制茶壶纹理的变化(T) 操作步骤：按键盘的 w 和 s 键实现纹理的改变 7.键盘方向键控制camera的前进后退，左移和后移 (T) 操作步骤：按键盘的四个方向键实现茶壶四种方向的移动 8.实现水壶的退出-This procedure to achieve the following functions: 1. Drawing teapot (T) 2. Add light (T) 3. Add texture (T) 4. Teapot rotating the left mouse button to control (T) steps: Click the left mouse button rotate the pot by a rotation 30 °. 5. Teapot with the right mouse button to control translation (T) steps: Click the right mouse button to the right teapot mobile, each mobile 0.5 centimeters 6. Teapot keyboard to control the changes in texture (T) steps: click the " w " and" s" key changes to achieve texture 7. the keyboard arrow keys to control the forward camera back, the left and post-shift (T) steps: the four keyboard arrow keys to achieve the direction of movement of the four teapot 8. to achieve water out of the

The typical approach to adding in-game media such as movies and television has been to cycle through a series of textures. In order to play even a short show meant that a lot of texture swapping and memory had to be used, so the idea was to replace this method with a MPEG decoder and display each pixel as a polygon. I believe this is the first example of this method for two main reasons, firstly it takes a lot of processing to read the frames and display the large number of polygons but this is no longer a problem with the latest video cards, and secondly, it is no picnic writing a MPEG decoder. Fortunately I didn t have to write the MPEG decoder, I have used and modified the freely available source code ported to Win32 by Thanassis Tsiodras which was originally released by the University of California in 1992, back when there was a greater open source ethic.

“虚拟地景生成系统”是基于Windows2000系统和Visual C++ 6.0平台，利用基本OpenGL函数编程技术开发的三维可视化成果。它通过简单的DEM（数字高程模型）数据，建立格网模型、再根据光照强度、高程值及有关数据建立数学模型，生成晕渲，再将它投影到平面上，达到模拟现实地貌起伏的效果。 本系统采用XP风格界面，清新自然。它具有透射/正射投影切换、漫游、缩放功能。支持分层晕渲、比高设定、平移、旋转、翻滚、视野调节、雾化、纹理贴图(显示/隐藏)等诸多功能，单幅、1MB大小的DEM数据生成速度为秒级，浏览时无停顿。-"to the virtual scene generation system" is based on Windows 2000 and Visual C 6.0 platform, using the basic function of OpenGL programming technology developed by 3D visualization results. Through simple DEM (Digital Elevation Model) data, establish grid model, in accordance with light intensity, elevation data and the value of a mathematical model, generate Hillshading, then it projection plane to achieve realistic simulation of the effect of undulating topography. The system uses XP style interface as well. It has transmission/switching are overhead projectors, roaming, zoom function. Support for layered Hillshading, compete against the creation, translation, rotation, rolling and vision adjustment, atomization,

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OpenGL的运动机器人演示适合初学者使用的程序，基于win32。-Robot movement OpenGL demo program suitable for beginners to use, based on the win32.