基于DirectX的虚拟仪表技术在飞行仿真中的应用

利用DirectX的z缓冲算法和双缓冲技术，使用多个分层的透明、实时旋转和缩放的精灵图片(Sprite)，从而构建通用化、开放性的虚拟仪表平台，并将其应用在飞行数据的处理中，实现了通用化的座舱仿真。

Application of the Virtual Instrumentation Technique Based on DirectX in Flight Simulation

Using the Z buffer arithmetic and double buffer technique of DirectX, an all-purpose, exoteric platform of Virtual Instrumentation is built by multi-layered, real-time rotating and zooming sprite in this paper. And it is applied in the flight data process. The practical application demonstrates that the proposed technique can be used to realize all-purpose Cabin-simulation.