爆炸装置搜索视景仿真训练系统的设计与实现

为解决搜爆人员在爆炸装置搜索训练过程中,真实训练环境搭建繁琐、人力与物资成本投入大等问题,在分析搜索爆炸装置训练过程的基础上,设计了一套爆炸装置搜索训练视景仿真系统。该系统通过搜爆场景逐级细化的方法构建虚拟场景,且以具有感应能力的三维模型模拟摩尔探测仪与非线性节点探测仪等搜爆工具。基于Open Scene Graph(OSG)图形开发库,以VC++为开发环境实现了爆炸装置搜索训练视景仿真。实践证明:该系统仿真度高,达到了爆炸装置搜索仿真训练的效果,并且运行流畅,沉浸感强。

Design and Implementation of Explosive Devices Searching Virtual Simulation Training System

To solve the problem of complication of building real training environment and huge cost of human and material input in explosive devices searching process,the paper designs an explosive device searching training visual simulation system based on the analysis of searching for explosive devices training process.Virtual scenes in the system were built by subdividing explosive scene.The system simulates Moore detector and nonlinear node detector by induction capacity of three-dimensional model mode.The author implements explosive devices searching visual simulation system based on Open Scene Graph(OSG) under the VC++ development environment.Practice has proved that: the system has high degree of simulation and reaches the effect of the explosive device searching simulation training.And it was running smoothly with strong sense of immersion.