| A Individual Missile is a new concept weapon that is controlled by a single person,used for detection and attack,and has the functions of autonomous point flight,tracking and locking and attacking predetermined targets.In order to meet the requirements of the 12th Five-Year**Project "Research on the Technology of Individual Missile",a sub-project"Research on the Virtual Training System Technology of Individual Missile" was applied to reduce the test risk and cost,reduce the impact of the test on the environment,and improve the training ability of the equipment in the later stage.Based on the research results of dynamic simulation technology and virtual reality technology,the system is realized through development and integration.Firstly,the system is analyzed for requirements,feasibility analysis,and based on the principle of system design,the overall design scheme and sub-system design scheme of the virtual training system for individual missile are given.Then the launch process of the missile weapon is simulated and tested to verify its dynamic characteristics.Then,the detailed design of virtual reality system is carried out,and the UML model is established based on C/S architecture.The module integration is completed based on.NET,3DMAX and Unity3D system development environment.Finally,a virtual training field is established,and the elements in the scene are finely modeled to improve the front-end display effect.The database is used to realize the storage and call of the simulation data by using SqlServer technology.The flight control code is written in Unityscript language,and the individual controllers are manually controlled by the external controller to realize the virtual training visual simulation from the launch to the destruction of the target.The work of this paper expands the application range of simulation technology in the light weapon industry,and can provide new development ideas for the development of other products. |
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