This article introduces the structure and the function of the flight multi-function display, and realizes the system with Visual C + + and Windows GDI under windows platform. 该文介绍了飞行多功能显示器(MFD)仿真系统的组成和功能,并在Windows平台下以Visualc++和windowsGDI实现了该系统。
Design of Virtual Multi-Function Display(MFD) System 虚拟多功能显示系统设计
With the appearance of multi-function display system that highly integrates the digital information from airborne devices, the cockpit layout is changed and the pilot can get flight information more quickly and control the aircraft more efficiently. 高度集成机载电子设备信息的多功能显示器(MFD)的出现改变了以往飞机座舱中仪器仪表繁多的布局,使得飞行员能快速获得飞行信息,更加有效地管理和操纵整个系统。
The simulation system for flight multi-function display, which is significant for evaluating the dynamic characteristic, the flight character, the precision of control and guidance and the precision of navigation of aircraft, is an important part of the flight simulation system. 飞行多功能显示器(MFD)仿真系统是飞行仿真系统的重要组成部分,该系统对于飞行器的动态特性、飞行品质、制导与导航精度评估具有重要意义。
The authors studied the simulation of multi-function display. VAPS and Visual C + + are used to construct GUI and display driver of multi-function display system. VAPS can support graphical display and simplify the control of it. 本文介绍了在PC机上通过VAPS和Visualc++来构建仿真系统的界面和显示驱动程序,使用VAPS可有效支持图形显示,简化图形显示控制方面的工作。