扩大洞穴:对IPT系统中密切关注、内向观察和探索的初步研究

R. Aspin, K. Le
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引用次数: 14

摘要

类洞穴沉浸式投影技术(IPT)系统长期以来一直用于探索复杂的三维几何数据集。虽然这种方法适用于许多活动类型,但在这些环境中仍有一类活动具有挑战性。当虚拟物体靠近用户时(以小于用户与投影表面之间的虚拟距离表示),用户无法从内向的角度感知细节并有效地探索物体周围变得明显。本研究提出并评估了在传统的类cave IPT系统中引入增强观看设备。这是通过集成跟踪的平板电脑设备来实现的,该设备为用户位置参考的微观/宏观观察和替代交互输入提供了多模态界面,作为分布式增强洞穴式IPT系统的一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Augmenting the CAVE: An Initial Study into Close Focused, Inward Looking, Exploration in IPT Systems
CAVE-like Immersive Projection Technologies (IPT) systems have long been used to explore complex 3D geometric data sets. While this approach works well for many activity types, there are a class of activities that remain challenging within these environments. When virtual objects are brought into close proximity to the user (denoted by a virtual distance of less than that between the user and the projection surface) the users inability to perceive fine detail and effectively explore around an object from an inward looking perspective becomes apparent. This research presents and evaluates the introduction of an augmented viewing device into a traditional CAVE-like IPT system. This has been accomplished by integrating a tracked tablet PC device that offers a multi modal interface for both user position referenced micro/macroscopic viewing and alternate interaction inputs as part of a distributed augmented CAVE-like IPT system.
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