基于3D的虚拟运动仿真平台设计及Virtools功能实现

针对虚拟仿真模拟对设计人员要求较高且不易实现等特点，本文将虚拟技术与网络技术结合，提出了基于虚拟现实技术进行可视化模拟的平台，利用3ds Max 和Virtools技术实现多个运动单元在模拟运动中的避障及协同运动功能。整个过程用3ds Max构建虚拟运动场景和虚拟运动单元；用Virtools 进行数据处理，交互控制。构建该虚拟平台不用花费高昂的开发成本和时间，节省了大量的资源，使虚拟现实技术更加实用。

Design of a virtual simulation platform based on 3ds Max with implementation based on Virtools

Virtual simulation demands a design having a high programming level, which is difficult to realize in a simulation environment. By combining virtual technology and network technology, this paper puts forward a virtual simulation platform based on virtual reality, and makes use of 3ds Max and Virtools technology to devise a number of units with obstacle avoidance and synergistic movement functions. During the whole process, 3ds Max is used to create the virtual movement scenes and virtual movement units and Virtools is used to process the data and realize interactive control. Construction of this virtual platform does not involve expensive development costs and time, and can save a great deal of resources and can thus enable virtual reality technology to become more practical.