弹性连接:复杂虚拟对象的分离与观察方法

M. Otsuki, Tsutomu Oshita, Asako Kimura, F. Shibata, H. Tamura
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引用次数: 2

摘要

今天的技术使用户能够在大的3D空间中操纵复杂的、多部分的3D虚拟对象,如工业产品、CAD设计的结构和人体模型。在一般的建模软件中,这种复杂的3D虚拟对象的各个部分被分组和操作在一起,而不是单独操作,以提高操作效率。因此,当用户只希望观察或操作复杂对象的一部分时,分离操作是必要的。我们开发了一个系统,实现了三维空间中复杂虚拟物体中一组零件的基于手势的分离和观察。我们的系统的一个实际应用是在培训中,例如学习人体结构或工业产品。在我们的系统中,用户可以通过拉动和切割虚拟橡皮筋来自由分离一组零件。这些虚拟橡皮筋的宽度与各部分之间的连接强度有关。这使用户可以很容易地理解部件之间的关系。此外,这种反馈提供了一种舒适的操作熟悉度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Elastic connections: separating and observation methods for complex virtual objects
Today's technology enables users to manipulate complex, multi-part 3D virtual objects such as industrial products, structures designed by CAD, and models of the human body in large 3D space. In general modeling software, parts of such a complex 3D virtual objects are grouped and manipulated together, but not individually, for efficient operation. Therefore, a separating operation is necessary when the user wants to observe or manipulate only a part of a complex object. We have developed a system that realizes gesture-based separation and observation of a group of parts within complex virtual objects in 3D space. One of the practical applications of our system is in training, such as learning the structure of the human body or industrial products. In our system, users can separate a group of parts freely by pulling and cutting a virtual rubber band. The widths of these virtual rubber bands are relative to the connection strength between each part. This allows the user to easily understand relationships between parts. Additionally, this feedback provides a comfortable operational familiarity.
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