全电战斗车辆性能可视化仿真平台开发

Development of All-Electric Combat Vehicle visual simulation platform

摘要:

针对全电坦克性能演示的需求，实现了基于OpenGL的全电坦克性能可视化平台开发。用三维图形软件制作全电坦克三维模型，在Visual C++中将模型导入虚拟场景。在虚拟场景中，读取离线仿真数据来仿真全电坦克的加速、制动过程。使用基于粒子系统的方法模拟全电坦克电热化学炮开火、导弹击中后电磁装甲防护等过程。最后通过实验证明了该方法的有效性。

Abstract:

Aimed at All-Electric Combat Vehicle(AECV) performance demonstration, a visualization platform of AECV based on Open Graphic Library(OpenGL) is designed. The 3D model of AECV made by the 3D graphics software is read into virtual scene in Visual C++. In virtual scenes, the off-line data is read to simulate AECV acceleration and braking processes. The processes of electrothermal chemistry gun firing and electromagnetism armor defense after being hit by missile are simulated by using the method based on particle system. Experimental results demonstrate that the proposed method is effective.