The 3D physical model and the virtual scene rendering are completed by Creator and Vega. The selection attack to the multi-objective is realized by collision checking and objective information feed backing. The operator can observe the attitude and trajectory of the missile from different view comprehensively, with the help of technologies of multi-channel, multi-angle and information displaying. The simulation results show that the functions of interactive operation and the flight parameters real-time displaying are normal, the missile can hit more than one moving objective. The research will provide important references for visual simulation of other weapons'attack, and also be useful for the design of missile precise guidance.%利用Creator和Vega软件来完成实体模型的建立和虚拟场景的渲染.利用航迹规划、碰撞检测和目标信息反馈技术,实现导弹对多目标智能选择攻击.利用多通道、多视角技术和文字显示技术让操作人员可以多角度、全方位地观察导弹的飞行姿态、飞行轨迹,并得到多项导弹飞行参数.结果表明,该仿真人机交互功能和导弹飞行参数实时显示功能正常,导弹可以准确击中多个运动目标.所做研究对其他武器攻击的可视化仿真提供有效参考,并对导弹精确制导设计也具有一定的参考价值.
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