Design And Research Of Three-dimensional Animation Simulation System For Air-to-air Missilf Attacking Target

In this paper, a simulation platform is provided for the design and testing of the air-to-air missile guidance system, which uses software programming tools to achieve the simulation of the whole process of the missile attacking target in the lab environment.The paper deeply studies the guidance law of the missile flight, especially analyzes proportional navigation and optimal guidance law against a maneuvering target, and adopts genetic algorithms to optimize the optimal guidance law. MATLAB software is used for simulation and algorithm at last.The paper uses the3D MAX and OpenGL to design and perform the three-dimensional animation simulation platform of missile attack. The3D MAX is used for setting up missile and aircraft models. The OpenGL is used for rendering three-dimensional scenes. The paper achieves flight control and display of missile and target aircraft and the simulation of the three-dimensional scene in VC++programming environment. In the end, the paper accomplishes the whole process of that the missile tracks and destroyes target according to the guidance law.