CAJ | 학술논문

阐述了软件的总体结构和工作流程，并介绍了在Visual C++平台上利用OpenGL进行图形绘制的方法。实现了飞机机上平显界面图形的重构和多模式图形元素管理，并增加了液压、刹车、发动机状态、电子地图和故障预先告警等关键监控项，在试飞决策和试飞安全上发挥着重要作用，也提高了工作效率。实际应用表明：软件操作简单，人机界面友好，具有较强的通用性和灵活性。
천술료연건적총체결구화공작류정，병개소료재Visual C++평태상이용OpenGL진행도형회제적방법。실현료비궤궤상평현계면도형적중구화다모식도형원소관리，병증가료액압、찰차、발동궤상태、전자지도화고장예선고경등관건감공항，재시비결책화시비안전상발휘착중요작용，야제고료공작효솔。실제응용표명：연건조작간단，인궤계면우호，구유교강적통용성화령활성。
The overall structure and workflow was introduced. Then the graphics rendering method adopting OpenGL on Visual C++ platform was expounded emphatically. The software achieves the simulation of HUD graphical interface and the management of multi-pattern graphical interface. Additionally, Key parameters, Including the status of hydraulic pressure, brake and engine are added. Above all, electronic map and warring in advance are provided. All of that play an important role in policy decision and safety monitoring of the flight test, and also enhance the efficiency. The software has the characteristic of easy operation, kind interface and favorable commonality and flexibility.