COL.diesis: Transforming Colour into Melody and Implementing the Result in a Colour Sensor Device

Jessica Rossi, F. Perales, J. Varona, M. Roca
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引用次数: 7

Abstract

This paper represents a system which explores the reality of colour in relation to sound and dedicated firstly to blind people, the challenges they live with, their psychology and their emotions. It’s an exploration of the infinite range of colours that they have either never been able to see or that they have lost the possibility to see. The system developed is based on the concept of synesthesia: a ‘liaison’ between colour and sound, colour that becomes sound. This paper synthesizes a wider range of study regarding people with diverse psychological and movement conditions. It represents a new method of expression and of self development through music therapy and game, dedicated mainly to children aged between 5 and 13. Finally we conclude with a portable prototype device that has been validated and patented. It is capable of detecting colour and transforming it into sound: a colour sensor identifies colours and transforms this data into musical notes. The prototype is totally adaptable to the requirements of the end user meaning that the user can choose the best combination between colour and sound in order to improve their communication with the environment. We are now developing a mathematical theoretical background in order to formalize the correspondence between colour and musical space.
色彩感应:将色彩转化为旋律并在色彩感应装置中实现
这篇论文代表了一个探索与声音有关的色彩现实的系统,并首先致力于盲人,他们所面临的挑战,他们的心理和情感。这是对无限颜色范围的探索,这些颜色要么是他们从未能够看到的,要么是他们已经失去了看到的可能性。该系统的开发是基于联觉的概念:颜色和声音之间的“联系”,颜色变成声音。本文综合了对具有不同心理和运动条件的人的更广泛的研究。它代表了一种通过音乐治疗和游戏来表达和自我发展的新方法,主要针对5至13岁的儿童。最后,我们总结了一个便携式原型装置,该装置已被验证并获得专利。它能够检测颜色并将其转换为声音:颜色传感器识别颜色并将这些数据转换为音符。原型完全适应最终用户的需求,这意味着用户可以选择颜色和声音之间的最佳组合,以改善他们与环境的沟通。我们现在正在发展一个数学理论背景,以便形式化色彩和音乐空间之间的对应关系。
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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