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Architecture in motion: A model for music composition.

机译:动态建筑:音乐创作模型。

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摘要

Speculations regarding the relationship between music and architecture go back to the very origins of these disciplines. Throughout history, these links have always reaffirmed that music and architecture are analogous art forms that only diverge in their object of study. In the 1 st c. BCE Vitruvius conceived Architecture as "one of the most inclusive and universal human activities" where the architect should be educated in all the arts, having a vast knowledge in history, music and philosophy. In the 18th c., the German thinker Johann Wolfgang von Goethe, described Architecture as "frozen music".;More recently, in the 20th c., Iannis Xenakis studied the similar structuring principles between Music and Architecture creating his own "models" of musical composition based on mathematical principles and geometric constructions.;The goal of this document is to propose a compositional method that will function as a translator between the acoustical properties of a room and music, to facilitate the creation of musical works that will not only happen within an enclosed space but will also intentionally interact with the space. Acoustical measurements of rooms such as reverberation time, frequency response and volume will be measured and systematically organized in correspondence with orchestrational parameters. The musical compositions created after the proposed model are evocative of the spaces on which they are based. They are meant to be performed in any space, not exclusively in the one where the acoustical measurements were obtained.;The visual component of architectural design is disregarded; the room is considered a musical instrument, with its particular sound qualities and resonances. Compositions using the proposed model will not result as sonified shapes, they will be musical works literally "tuned" to a specific space. This Architecture in motion is an attempt to adopt scientific research to the service of a creative activity and to let the aural properties of enclosed spaces travel through music. 'We have two ways of positing the outside world. Numbers. Through their effect there is a plurality of individuals: sympathy, order harmony, beauty, etc. [...] in short, everything that is of mind. Space. This gives us objects "having extension" In the spatial world the images of the numerical world are projected, first by nature itself, then by men and above all by artists. It can be said that our duty on earth and during the whole of our life consists precisely in this projection of forms issued forth from numbers, and that you, the artists, fulfill that moral law to the highest degree. Not only is it possible to appeal simultaneously to geometry and to numbers, but to do so is the true purpose of our life.' Andreas Speiser (Full text of this dissertation may be available via the University of Florida Libraries web site. Please check http://www.uflib.ufl.edu/etd.html)
机译:关于音乐与建筑之间关系的推测可以追溯到这些学科的起源。纵观整个历史,这些联系始终重申,音乐和建筑是类似的艺术形式,只是其研究对象有所不同。在第一个c。 BCE Vitruvius认为建筑是“最具包容性和普遍性的人类活动之一”,在该领域中,建筑师应接受所有艺术方面的教育,并具有丰富的历史,音乐和哲学知识。在18世纪,德国思想家约翰·沃尔夫冈·冯·歌德(Johann Wolfgang von Goethe)将建筑学描述为“冻结的音乐”。最近,在20世纪,Iannis Xenakis研究了音乐与建筑学之间类似的结构化原理,从而创建了自己的音乐“模型”。基于数学原理和几何构造的音乐作品。本文档的目的是提出一种可以在房间和音乐的声学特性之间转换的合成方法,以促进创作音乐作品,而这种创作不仅会发生在封闭空间中,但也会有意与该空间互动。房间的声学测量,例如混响时间,频率响应和音量,将根据管弦乐队的参数进行测量并系统地组织。在提出的模型之后创建的音乐作品让人回想起它们所基于的空间。它们可以在任何空间中进行,而不仅限于在获得声学测量的空间中进行。房间被认为是一种乐器,具有特殊的音质和共鸣。使用建议的模型创作的作品不会产生超音波的形状,它们实际上是将音乐作品“调整”到特定的空间。这种运动中的建筑是尝试将科学研究用于创造性活动的服务,并让封闭空间的听觉特性通过音乐传播。 ``我们有两种假设外部环境的方法。数字。 daccess-ods.un.org daccess-ods.un.org通过他们的影响,存在着多个个体:同情,秩序和睦,美丽等等。总而言之,头脑中的一切。空间。这给了我们物体“具有扩展性”。在空间世界中,数字世界的图像首先是由自然本身投影的,然后是人,尤其是艺术家的投影。可以说,我们在地球上和一生中的责任恰恰在于对数字所发出形式的这种投射,而您,即艺术家们,将最大限度地履行这一道德法则。不仅可以同时吸引几何和数字,而且这样做是我们生活的真正目的。”安德烈亚斯·斯佩塞(Andreas Speiser)(本文全文可通过佛罗里达大学图书馆网站获得。请检查http://www.uflib.ufl.edu/etd.html)

著录项

  • 作者

    Variego, Jorge Elias.;

  • 作者单位

    University of Florida.;

  • 授予单位 University of Florida.;
  • 学科 Music.;Architecture.;Physics Acoustics.
  • 学位 Ph.D.
  • 年度 2011
  • 页码 184 p.
  • 总页数 184
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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