opengl

opengl编程例子-opengl programming examples

一条道路的OPENGL代码-a path of OpenGL code

一个很漂亮的粒子系统,是模拟下雪场景的,而且里面的功能非常全面,点击.EXE文件就可以直接运行-a very nice particle system, it is the snow scene, but inside is very comprehensive, Click. EXE file can be run directly

这是利用OpenGL开发三维游戏书中的代码，非常经典，有喜欢的朋友一起分享！-This is the use of OpenGL to develop three-dimensional game code book, very classic favorite has to share with friends!

在 opengl 中的数独 电枢项目类

OPGL源代码，演示了OPGL的面与物体的构成，以及3维物体的旋转，移动，放大等操作。并提供了背景设置，光影等效果的控制。适合于OPGL入门.-OPGL source code, OPGL demonstration of the surface and the composition of objects, as well as three-dimensional object rotation, Mobile, zooming etc. And provided background setup, lighting and other effects of control. OPGL suitable for induction.

用伟大的ＯＰＥＮＧＬ实现飞机地形漫游．且可发射子弹等-OPENGL with the great achievement of the aircraft roaming the terrain. And bullets can be fired, etc.

用opengl实现三个物体不同转速 不同大小的太阳系的程序-use opengl achieve three different objects of different sizes speed of the solar system in the process

“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,

通过OpenGl构造三维地形,并且附带摄像机功能.-OpenGl structure through three-dimensional terrain, and attached to the camera function.