用于图形和可视化应用程序的混合板接口

M. Crider, S. Bergner, Thomas N. Smyth, Torsten Möller, Melanie Tory, A. Kirkpatrick, D. Weiskopf
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引用次数: 20

摘要

我们使用带有视频投影仪的触觉增强混合板作为各种数据可视化任务的接口。我们报告了四名参与者的专家评审结果,定性评估了三种不同应用的板:动态查询(抽象任务),平行坐标接口(多维组合搜索)和ExoVis (3D空间导航)。我们的调查旨在确定这种物理输入的优势,因为它能够促进手工交互、约束维护、输入和输出的紧密耦合以及其他特征。参与者通常在参数到滑块的映射上没有什么困难。可抓的滑块明显减少了获得控制所需的脑力消耗,使参与者能够更直接地专注于理解可视化。参与者经常为每只手指定特定的角色,但很少同时移动两只手。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A mixing board interface for graphics and visualization applications
We use a haptically enhanced mixing board with a video projector as an interface to various data visualization tasks. We report results of an expert review with four participants, qualitatively evaluating the board for three different applications: dynamic queries (abstract task), parallel coordinates interface (multi-dimensional combinatorial search), and ExoVis (3D spatial navigation). Our investigation sought to determine the strengths of this physical input given its capability to facilitate bimanual interaction, constraint maintenance, tight coupling of input and output, and other features. Participants generally had little difficulty with the mappings of parameters to sliders. The graspable sliders apparently reduced the mental exertion needed to acquire control, allowing participants to attend more directly to understanding the visualization. Participants often designated specific roles for each hand, but only rarely moved both hands simultaneously.
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