摘要
从核设施退役的需求出发,应用虚拟现实技术对核设施退役场景进行规划设计,提出了一种核设施退役仿真的实现方法。研究中利用Unigraphics(UG)三维建模软件建立退役人员、工具及核设施的三维(3D)模型,在此基础上应用C#4.0语言和WPF(windows presentation foundation)实现了三维仿真漫游、场景布置、虚拟人仿真控制等交互功能,提供了基于手动模拟与优化路径模拟2种工作方案规划方式,开发了核设施退役场景仿真系统。研究结果表明,该系统能够实现核设施退役三维场景的虚拟仿真。
The objective of this paper is to develop a simulation method to meet the demand of nuclear facilities decommissioning. Virtual reality technology is applied in planning and designing decommissioning scenarios of nuclear facilities. The research uses Unigraphics（ UG） three-dimensional（ 3D） modeling software to establish a 3D model,for retired personnel,tools and nuclear facilities. On this basis,by using C# 4.0 language and windows presentation foundation（ WPF）,the research realizes the 3D simulation roaming,scene arrangement,simulation control of virtual human and other interactive features,provides a planning way based on two types of working plans,namely manual simulation and optimized route simulation,and develops a simulation system for decommissioning scene of nuclear facilities. The results of the research show that the system is able to realize virtual simulation of 3D scene for decommissioning of nuclear facilities.
出处
《应用科技》
CAS
2015年第6期62-66,共5页
Applied Science and Technology
关键词
核设施
虚拟现实
退役
安全性
仿真培训
手动模拟
优化路径模拟
nuclear facilities
virtual reality
decommissioning
safety
simulation training
manual simulation
optimized route simulation
