An experimental audio-tactile interface for sculpting digital resonance models using modelling clay

Jack Armitage
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Abstract

Programming interfaces are still monopolised by the typewriter and paper emulator display. This makes programming exclusionary towards anyone for whom such interfaces are unpleasant, unnatural or unusable. Further, this monopoly excludes every other human faculty that might be used to express unexpressed programs through unimagined means. To destablise this status quo, alternative programming models have been sought which are more amenable to a wider range of interfaces. We believe a complimentary approach to be broadening the search for programming interfaces by excluding the need for an explicit programming model at first. We present an experimental audio-tactile interface for sculpting digital resonance models using clay, along with preliminary reflections from a study with 34 musicians, luthiers and other craftspeople. We reflect on how tracing the emergence of tacit and embodied knowledge about an unfamiliar, implicit programming interface could inspire different ideas about programming models and other aspects of programming systems.
一个实验性的音频触觉界面雕刻数字共振模型使用建模粘土
编程界面仍然被打字机和纸张模拟器所垄断。这使得编程对那些对这种接口不满意、不自然或不可用的人来说是排斥的。此外,这种垄断排除了所有其他人类能力,这些能力可能被用来通过无法想象的方式表达未表达的程序。为了打破这种现状,人们一直在寻找更适合于更广泛接口的替代编程模型。我们认为,通过首先排除对显式编程模型的需要,一种免费的方法将扩大对编程接口的搜索。我们展示了一个实验性的听觉触觉界面,用于使用粘土雕刻数字共振模型,以及与34名音乐家,制琴师和其他工匠一起研究的初步反思。我们反思了如何追踪关于一个不熟悉的隐式编程接口的隐性和具体化知识的出现,可以激发关于编程模型和编程系统其他方面的不同想法。
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