水波代码，基于VC++的opengl源代码

该教程html格式。介绍了基于EVC4.0,wince下OpenGL ES的使用。里面例子很多，全部源码。但是英文教程,练习程序用的。

程序演示了MFC开发OpenGL的框架,和演示如在OpenGL访问封装在可执行文件中的资源，这一个程序是参考NeHe改写而成，对用MFC写OpenGL程序有很好指导作用。 -Procedures demonstrated MFC framework for the development of OpenGL and OpenGL demo visit in the executable file in the package of resources, which is a reference to a procedure adapted from NeHe to use MFC to write a good OpenGL program guide.

学OpenGL编3D游戏》是编程系列丛书之一。是以一个完整的3D游戏编写过程，进行程序设计的知识、技术教学。《学OpenGL编3D游戏》不同于传统的程序设计书籍，它重在游戏的实现方案。以一个完整的游戏为主线，用鱼骨方式讲解相关知识技术,力求可读性更好。-school OpenGL 3D games "is one of a series of books on programming. Based on a complete 3D game preparation, program design and the technology of teaching. "Learning series OpenGL 3D games" is different from the traditional program design books, it is important to the realization of the game program. For a complete game the main line, means fish on the bone-related knowledge and technology, strive to better readability.

用VC+OpenGL实现三维管线的全部源码，与国内著名三维软件－灵图软件的地下管线显示效果一样，2005年后灵图开发的怎样我就不知道了，呵呵。可以用鼠标左右键，上下左右键，Insert，Delete，Home，End键实现三维实时动态漫游。动态链接库读取平面管线DXF数据格式，也有源码。-with opengl 3d pipe sourcecode,

本程序借助OpenGL及其高级着色语言GLSL实现了图像降噪，锐化，对比度增强等图像处理操作！-With this procedure and its high-level shading language GLSL OpenGL implementation of image noise reduction, sharpening, contrast enhancement and other image processing!

这是用Opengl做的一个 动画效果演示，对初学者很有帮助-This is done using Opengl an animation presentation, helpful for beginners

这是我自己用OpenGL做的一个程序，有交互控制台，可以自己设置光源，反走样，明暗处理和显示方式等，对学习OpenGL很有帮助-This is for my own use OpenGL to do a procedure, interactive consoles, can set up their own light source. Anti-aliasing, shading and display modes, very helpful to learn OpenGL

VC(OPENGL)这个小程序实现地球自转与公转的模拟.还有太阳与月亮.-VC (OpenGL) This small program with the Earth"s rotation to the public and simulation. There sun and the moon.

用OpenGL编写的扫描线填充的VC++多文档程序。实现了多边形，圆形等自绘图形的扫描线填充。有多种填充样式可以选择，可控制填充的颜色和画笔的颜色。

机器人由不同的关节构成，通过保存机器人不同形态的侦，播放这些侦实现机器人的连续动作-robot joints by different form, through the preservation of different forms of robot reconnaissance, surveillance and broadcasting of these robots to achieve continuous movement