This paper aims to introduce a process chain spanning from scanned data to computer-aided engineering and further required simulations up to the subsequent production. This approach has the potential to reduce production costs and accelerate the procedure.,A parametric computer-aided design (CAD) model of the flyer wearing a wingsuit is created enabling easy changes in its posture and the wingsuit geometry. The objective is to track the influence of geometry changes in a timely manner for following simulation scenarios.,At the final stage, the two-dimensional (2D) pattern cuts were derived from the developed three-dimensional (3D) wingsuit, and the results were compared with the conventional ones used in the first stages of the wingsuit development.,Proposing a virtual development process chain is challenging; apart from the fact that the CAD construction of a wingsuit flyer – in itself posing a complicated task – is required at a very early stage of the procedure.

中文翻译：

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翼装参数几何模型设计

本文旨在介绍从扫描数据到计算机辅助工程以及进一步所需的模拟直至后续生产的过程链。这种方法有可能降低生产成本并加快流程。创建了一个穿着翼装的飞行员的参数化计算机辅助设计 (CAD) 模型，可以轻松改变其姿势和翼装几何形状。目标是及时跟踪几何变化对以下模拟场景的影响。,在最后阶段，从开发的三维 (3D) 翼装中导出二维 (2D) 图案切割，结果与用于翼装开发第一阶段的常规产品进行了比较。提出虚拟开发流程链具有挑战性；