柔软度对用户曲率感知的影响,未来柔软的曲率改变ui

Zhuzhi Fan, C. Coutrix
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引用次数: 0

摘要

柔软(柔顺)曲率变化的ui通过柔软度和曲率的变化提供触觉反馈。不同的柔软度会影响ui在磨损和触摸时的变形,从而影响用户对曲率的感知。为了研究柔软度如何影响用户对曲率的感知,我们测量了不同柔软度条件下参与者对曲率感知的准确度和精度。我们发现,在所有不同的柔软度条件下,参与者对最弯曲表面的感知精度相似。当用最软的材料触摸最平坦的表面时,参与者失去了刚性材料的一半精度。在所有柔软的条件下,参与者对所有曲率的感知准确度相似。我们的实验结果为软曲率感知奠定了基础,并为未来设计曲率和柔度变化的ui提供了指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of softness on users’ perception of curvature for future soft curvature-changing UIs
Soft (compliant) curvature-changing UIs provide haptic feedback through changes in softness and curvature. Different softness can impact the deformation of UIs when worn and touched, and thus impact the users’ perception of the curvature. To investigate how softness impacts users’ perception of curvature, we measured participants’ curvature perception accuracy and precision in different softness conditions. We found that participants perceived the curviest surfaces with similar precision in all different softness conditions. Participants lost half the precision of the rigid material when touching the flattest surfaces with the softest material. Participants perceived all curvatures with similar accuracy in all softness conditions. The results of our experiment lay the foundation for soft curvature perception and provide guidelines for the future design of curvature- and softness-changing UIs.
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