Reconfigurable tangible devices for 3D virtual object manipulation by single or multiple users
Reconfigurable tangible devices for 3D virtual object manipulation by single or multiple users
复制标题
可重新配置的有形设备，供单个或多个用户操作 3D 虚拟对象
DOI：
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发表时间：
2010
期刊：
影响因子：
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通讯作者：
A. Lécuyer
中科院分区：
文献类型：
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作者：
Laurent Aguerreche;Thierry Duval;A. Lécuyer
在本文中，我们介绍了一个可重构的TPERFORMANCE设备的概念，在虚拟环境中的3D对象的操作由单个或多个用户。这款可重新配置的THERM设备（RTD）提供了刚性连接在一起的操作点。RTD的形状可以随时重新配置，因为其臂可以由用户随意压缩或拉伸。由于其简单的形状，可重新配置的触摸设备可以连接到任何3D虚拟对象。然后，它可以在6个自由度中完全定义虚拟对象的运动。开发了两个可重构的TIFE设备的例子：一个具有三个操作点（可重构三角形），一个具有四个点。我们说明了这两个简单的设备可以匹配许多不同形状的3D对象，并在不同的情况下。初步测试进行了RTD的基础上的三个点的操作涉及在虚拟现实中的协作操作任务。与更经典的3D协作技术相比，它对RTD产生了更好的主观评价。
In this paper we introduce the concept of a Reconfigurable Tangible Device for manipulation of 3D objects in virtual environments by single or multiple users. This Reconfigurable Tangible Device (RTD) provides points of manipulation rigidly linked together. The shape of the RTD can be reconfigured at any time as its arms can be compressed or stretched by users at will. Due to its simple shape the Reconfigurable Tangible Device can be attached to any 3D virtual object. Then, it can fully define the motion of the virtual object in 6 Degrees of Freedom. Two examples of Reconfigurable Tangible Device were developed: one with three points of manipulation (a reconfigurable triangle) and one with four points. We illustrate how these two simple devices can match many different shapes of 3D objects, and in different contexts. Preliminary testing was conducted with the RTD based on three points of manipulation involving a collaborative manipulation task in virtual reality. It produced better subjective appreciation for the RTD compared to more classical 3D collaborative techniques.