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基于人机交互图形界面能够有效地提高飞行仿真试验效率等优点,结合飞行仿真试验在无人直升机研制过程中的重要作用,选用一种理想化的图形界面开发工具Tilcon,分析了该工具组成、工作原理及流程,搭建出基于PgmLink思想的软件架构,便于功能完善和后续任务拓展。根据工程项目中无人直升机仿真需求,设计了人机交互图形界面。实际工程应用表明,该人机交互界面结构清晰、操作简单、功能完善、方便后续任务功能拓展。
Based on the fact that human-computer interaction graphical interface can effectively improve flight simulation efficiency and so on, combining with the important role of flight simulation in unmanned helicopter development, Tilcon, an ideal graphical interface development tool, is selected. The composition, Working principle and process, build a software architecture based on PgmLink thinking, to facilitate functional improvement and follow-up tasks to expand. According to the unmanned helicopter simulation needs in the project, a human-computer interactive graphical interface is designed. The practical engineering application shows that the human-computer interface has a clear structure, simple operation and perfect functions, which facilitates the expansion of the functions of subsequent tasks.