摘要
飞行模拟器在W indows环境下,用VC++和OpenGL、OpenGVS等软件开发工具,采用面向对象的程序设计方法实现仪表仿真、视景仿真、飞行方程仿真和控制台仿真的系统仿真功能。多功能飞行模拟器采用具有真实驾驶杆、油门杆、脚蹬和各种按钮开关的驾驶舱,以一台工控机为主控机外挂几台微机组成,通过网络协议完成实时信息传递,数据交换和条件设置。此设备既具有良好的人机交互功能,又可作为本科生演示和相关专业研究生的实验设备,也可以利用此平台进行仪表、视景等系统的继续开发工作,因此具有良好的可扩展性。
The flight simulator is developed on the Windows system to implement the integrated simulation of flight instruments, view scene system, flight equation and control station. Object oriented method is used to design the program associated with some of advanced software development tools, such as VC ＋ ＋ , OpenGL and OpenGVS. The multi - functional flight simulator is composed of a cockpit with real joystick, accelerator stick, pedal and many types of buttons and,switches. An industrial control computer with several microcomputers connected acts as the main control module to accomplish real - time information transmission, data exchange and condition settings via network communication. With user friendly interface, the flight simulator might be used as a demo for undergraduates and an experimental equipment for graduates majoring in simulation system. Moreover, it provides a valuable platform for further development of instrument simulation and visual simulation systems. Therefore, its extendable performance can be verified satisfactorily.
出处
《计算机仿真》
CSCD
2006年第7期280-282,298,共4页
Computer Simulation
关键词
飞行模拟器
仿真技术
网络通讯
Flight simulator
Simulation technology
Network communication
