Virtual reality-new methods for improving and accelerating the development process in vehicle styling and design

F. Purschke, M. Schulze, P. Zimmermann
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引用次数: 41

Abstract

The article describes the use of virtual reality techniques during the car development process at Volkswagen. A brief definition of virtual reality is given and it is pointed out that virtual reality has to be understood as a method and not only as a tool. There is a short introduction of the research topics that are investigated by the VR-Lab. Some of them are presented in more detail. It is shown which steps have to be taken to get a virtual reality design review model. The problems are pointed out and possible solutions are described. An interface to the 3D human model, RAMSIS, has been implemented. RAMSIS is the result of a joint venture of German car companies and two seat manufacturers. The goal of implementing RAMSIS was to generate a realistic simulation of human beings in car interiors and work places. The integration of the CAD geometry kernel, ACIS, enhances the analytical possibilities of the virtual reality system by adding the same parametric surfaces used by the original CAD system and providing a wide variety of CAD functionality (e.g. cutting planes, distance measuring, Boolean operations). A 3D interaction model for modifying colors and surface structures of car interiors provides an easy and intuitive access to the geometric models concerned. Arbitrary components can be selected freely within the virtual environment and they can be manipulated "by a wave" of the hand.
虚拟现实——改进和加速汽车造型和设计开发过程的新方法
这篇文章描述了在大众汽车的汽车开发过程中使用虚拟现实技术。简要介绍了虚拟现实的定义,指出虚拟现实不仅是一种工具,而且是一种方法。有一个简短的介绍,研究课题是由虚拟现实实验室调查。对其中一些进行了更详细的介绍。给出了建立虚拟现实设计评审模型需要采取的步骤。指出了存在的问题,并提出了可能的解决办法。实现了三维人体模型RAMSIS的接口。RAMSIS是一家德国汽车公司和两家座椅制造商的合资企业的成果。实现RAMSIS的目标是在汽车内部和工作场所生成逼真的人类模拟。CAD几何核的集成,ACIS,增强了虚拟现实系统的分析可能性,通过添加与原始CAD系统使用的相同参数曲面,并提供各种CAD功能(例如切割平面,距离测量,布尔运算)。一个用于修改汽车内饰颜色和表面结构的三维交互模型提供了一个简单而直观的几何模型访问。可以在虚拟环境中自由选择任意组件,并且可以通过手的“一挥”来操纵它们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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