基于OPENGL的车轮滚动，带轨迹线与坐标轴

“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,

opengl参考手册，学习的朋友可以来看一下，个人觉得蛮有用的，^_^-opengl reference manual, learning friends can look at, personally feel quite used, ^ _ ^

这是opengl super bible第三版的cd我把一些工具删掉了，还有macos的部分删掉了，不然内容太多了，不能上传。-opengl super This is the third edition of the bible cd I have deleted some of the tools, macos have deleted the part, not too much, not uploads.

opengl es 1.0 mask效果的添加与设置-opengl es 1.0 mask

这是一个简易的人形机器人，四肢能够做规则来回摆动的运动，并且能够相互协调。做周期性的运动

基于SDK框架下OpenGL的实现-SDK framework based on the achievement of OpenGL

水波纹的模拟。工具：Opengl＋glut-ripple simulation. Tools : Opengl+ glut

OpenGL dll文件 glu.dll glu32.dll glaux.dll glut.dll glut32.dll opengl32.dll opengl.d-OpenGL dll file glu.dll glu32.dll glaux.dll glut.dll glut32.dll opengl32.dll opengl.d

不规则碎片形数字地表模型的实现代码,可以应用于交通及土地规划的相关模型中.-Fractal digital terrain model of the implementation code, can be applied to transport and land use planning related to the model.

本源码实现了一个三维空间向量类，该类对空间三维向量进行了，比如加、减，叉乘等基本运算。-The source to achieve a three-dimensional vector space categories, such three-dimensional vector space, such as add, subtract, take fork and other basic computing.