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飞行程序保护区的计算机辅助设计是近年来从事民航飞行程序设计工作的热点问题;并且已经提出了一些可行的开发方法。针对影响飞行程序保护区精度的重要因素——风螺旋线,以及与其他各要素关系的实现方法,吸取人工智能领域中模拟法、图解法等概念,建立科学的数学模型。在Auto CAD平台下结合VLisp/Alisp制作,二次开发取得了一定的成果,基本实现了预期目标。
Computer aided design of flight program protection area is a hot issue in civil aviation flight program design in recent years; and some feasible development methods have been put forward. According to the wind helix, an important factor that affects the precision of the flight protection area, the concept of artificial law, analogy and other concepts in the field of artificial intelligence are introduced to establish a scientific mathematical model. With the combination of Auto CAD platform and VLisp / Alisp, the secondary development has achieved some results and basically achieved the expected goal.