基于OpenGL的飞行物定位探测仪动态模拟

三维动画模拟是计算机图形学发展的一个重要分支;文章阐述了OpenGL的基本原理,运用VC++和OpenGL开发工具,采用纹理映射、光照技术、地形处理、三维图形组合原理,成功地实现了高空飞行物定位探测仪的动态模拟,同时体现了OpenGL在粒子系统方法来模拟水流动画中的重要性;实验结果表明,在天空和地面构成的背景下,该方法模拟的飞行物定位探测仪形态逼真,实时性好。

The Flying Objects Location Detecting-instrument Dynamic Simulation Based on OpenGL

3D-animated simulations was a significant branch of computer graphics.This paper expounds the basic principle of OpenGL,and implements the detecting-instrument dynamic simulation with flying objects in the sky,having applied texture mapping,light technique,terrain processing and the principle of 3D-combining graphics based on Vc++ and OpenGL.At the same time,it reflects the importance of dynamic fluid water simulation based on particle systems.With the background of bule-sky and terrian,this research realizes successfully dynamic simulation of flying objects location detecting-instrument,and shows the flying objects location detecting-instrument can create vivid images and come up to the real-time requirements.