反舰导弹红外视景仿真

Infrared Visual Simulation of Anti-Ship Missile

随着反舰导弹武器系统的快速发展,舰船反导拦截系统迫切需要对其进行追踪与防御。而作为近程防御探测设备,红外探测器需要为拦截系统提供目标指示。研究了反舰导弹的红外视景仿真,使用Creator软件完成对导弹弹体的几何建模;使用Vega Prime软件完成视景配置;通过C++语言应用程序接口API调用ACF文件完成红外图像的生成;构建了导弹飞行驱动模块、尾焰模块、红外图像生成模块和气象仿真模块,并生成了典型导弹攻击航路的红外图像序列,为目标指示、识别和跟踪提供了仿真技术思路,在红外视景仿真开发实现上具有一定实用性。

With the rapid development of anti-ship missile weapon system in each country, anti-missile interceptor system has an urgent need for tracing and defensing against the missile. And as a short-range defense detection equipment, infrared detection equipment need to provide target designation for the interceptor system. The infrared visual simulation of anti-ship missile was researched and the Creator was used to achieve geometrical modeling of the guided missile body. The Vega Prime was used to accomplish visual configuration. The ACF files was called through C＋＋ language application programmers interface to complete the generation of infrared image. Missile flight drive module, plume module, infrared image generation module, auxiliary module was established. Infrared image sequences for typical missile attack routes were generated and provided the idea of simulation technology for the target designation, identification and track. The paper had practicability for development of Infrared visual simulation.