The Interaction Material Profile: Understanding and Inspiring How Physical Materials Shape Interaction

Tanja Döring
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引用次数: 12

Abstract

This paper presents the interaction material profile, a novel structural approach that supports a material-centered analysis of how physical materials affect human-computer interaction from different perspectives and on different levels. Inspired by material dimensions as discussed in product design and in a material-iconographic approach to understand how materials create meanings in artworks, this profile defines a micro and a macro perspective on interaction materials and includes general as well as application-specific material aspects. It builds a model to compare and discuss the role of physical materials in existing user interfaces and serves as a structure to build a catalogue of selected interaction materials.
相互作用材料概况:理解和启发物理材料如何形成相互作用
本文提出了交互材料剖面,这是一种新颖的结构方法,支持以材料为中心的分析,从不同的角度和不同的层面分析物理材料如何影响人机交互。受产品设计中讨论的材料尺寸的启发,并以材料图像的方法来理解材料如何在艺术品中创造意义,本概况定义了微观和宏观的互动材料视角,包括一般和特定应用的材料方面。它建立了一个模型来比较和讨论物理材料在现有用户界面中的作用,并作为一个结构来构建选定交互材料的目录。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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