论文部分内容阅读
传统的虚拟现实系统通常是基于C++/OpenGL的,对硬件配置要求高、不利于网络传输,在MATLAB环境下进行调用和渲染时运算量大、实时性差。一种基于VRML虚拟现实技术和MATLAB仿真技术的虚拟试验方案,有效地解决了电传动装甲车辆动态仿真的实时性问题。运行结果表明,该方案简便可行、运行可靠,很好地满足了虚拟试验的要求,为MATLAB环境下的可视化仿真提供了一种有效方法。
The traditional virtual reality system is usually based on C ++ / OpenGL, which has high requirements on hardware configuration and is not conducive to network transmission. It has a large amount of computation and poor real-time performance when it is invoked and rendered in MATLAB environment. A virtual experiment scheme based on VRML virtual reality technology and MATLAB simulation technology effectively solves the real-time problem of dynamic simulation of electric transmission armored vehicles. The running results show that this scheme is simple, feasible and reliable, which meets the requirement of virtual experiment well and provides an effective method for visual simulation in MATLAB environment.