摘要
为了提高课堂教学的可视化效果,提出了运用虚拟现实技术开发虚拟水泥厂教学平台的方法。该平台基于Unigine三维引擎,能够在课堂上给操作者提供身临生产现场的体验,以达到提高教学质量的目的。在该方法中,运用水泥厂设计的理论知识计算相关参数,在Solid Works和3DMAX中建立设备和地形模型,并提出两种模型优化的方法以提高运行效率。在将模型导入Unigine Editor编辑平台中管理之后,利用Unigine Script语言实现了三维漫游、模型动画、快速定位、视频和图片在三维场景中展示等交互功能。
To improve the teaching visual effect of classroom,this paper introducesa Virtual Teaching Platform for Cement Plant based on Virtual Reality technology. In this method,the first step is determination of the parameters of the model based on the practical design of the Cement Plant. Then it is followed by the management of scene models of equipment and topography built in Solid Works and 3 DMAX using Unigine Editor. The platform then proposes two types of optimizing models to improve the operating efficiency. At last,on the basis of Unigine Script Language,this platform realizes the functions including three-dimentional roaming,model animation,fast positioning,videos and pictures presentation in virtual scene and interactive contents.
基金
湖北省教学研究基金资助项目(2016122)
关键词
虚拟现实
水泥厂
教学平台
模型优化
交互
virtual reality
cement plant
teaching platform
model optimization
interact
