【作者】 刘闯； 曹红松； 杜烨； 刘鹏飞；

【Author】 LIU Chuang;CAO Hong-song;DU Ye;LIU Peng-fei;College of Mechanical and Electrical Engineering,North University of China;

【机构】 中北大学机电工程学院；

【摘要】 针对高校兵器类专业实验教学中实物拆装的安全限制、学时少等问题,以兵器结构原理虚拟实验为例,以UG、3ds Max等软件为建模工具,利用Python脚本实现兵器虚拟操作系统功能,构建了一套基于Vizard环境的兵器虚拟操作实验系统。结果表明,该实验系统实现了用户对兵器的三维立体浏览和自由式、沉浸式三维交互,满足了兵器结构原理实验的需求,具有较好的研究和应用价值。更多还原

【Abstract】 According to the security restrictions,less academic hours and other problems of physical disassembly in weapons experimental teaching,taking the virtual experiment of weapon structure principle as an example,an experimental system based on Vizard was developed with virtual reality interaction,which chose UG and 3 ds Max for three-dimensional modeling and used Python scripts to implement interactive functions.The results show that the experimental system implements the three-dimensional browsing and flexible immersive interaction of weapons,which meets the experimental needs and has good research and application value.更多还原