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MusMat: Brazilian Journal of Music and Mathematics最新文献

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Neo-Riemannian Graphs Beyond Triads and Seventh Chords 超越三和弦和七和弦的新黎曼图
Pub Date : 2021-06-30 DOI: 10.46926/musmat.2021v5n1.39-79
Ciro Visconti
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引用次数: 0
Tonal Progressions Identification Through Kripke Semantics 通过Kripke语义识别调性进行
Pub Date : 2021-06-30 DOI: 10.46926/musmat.2021v5n1.80-88
Francisco Aragão
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引用次数: 0
A Conceptual Note on Gesture Theory 手势理论的概念注释
Pub Date : 2021-06-30 DOI: 10.46926/musmat.2021v5n1.89-115
J. Arias-Valero, E. Lluis-Puebla
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引用次数: 0
Modeling, listening, analysis, and computer aided composition 建模,听力,分析和计算机辅助写作
Pub Date : 2021-06-30 DOI: 10.46926/musmat.2021v5n1.116-125
Silvio Mello Filho
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引用次数: 0
Measuring the Amount of Freedom for Compositional Choices in a Textural Perspective Daniel Moreira de Sousa 从纹理角度衡量构图选择的自由度
Pub Date : 2021-06-30 DOI: 10.46926/musmat.2021v5n1.126-156
Daniel Sousa
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引用次数: 0
Reading Textural Functions, Instrumental Techniques, and Space Through Partition Complexes 透过分割复合体阅读肌理功能、工具技术与空间
Pub Date : 2020-12-28 DOI: 10.46926/musmat.2020v4n2.80-97
Pauxy Gentil-Nunes
Partitional complexes are sets of discrete textural configurations (called shortly of partitions in Partition Analysis) that successfully interact to construct a global textural structure. This textural mode is called the Textural Proposal of a piece, where referential partitions (those that represent the main features of textural configurations in the excerpt) stand out. This conceptual environment, developed in musical texture formalization through observation and musical repertoire analysis, is now applied to musical practice. In the present work, we highlight three of these situations. The first one deals with the creative flow (compositional process) and its relation with textural planning. The second observes how these same textural functions condition the body's physical coupling to the instrument (fingers, hands, pedals, instrumentation). Finally, just as an introduction, we envisage some spatial relations, involving instrument distribution on stage, emphasizing historical concert music.
分区复合体是一组离散的纹理配置(在分区分析中简称为分区),它们成功地相互作用以构建全局纹理结构。这种纹理模式被称为一个片段的纹理建议,其中引用分区(那些代表摘录中纹理配置的主要特征的分区)非常突出。这种概念环境是通过观察和音乐曲目分析在音乐织体形式化中发展起来的,现在被应用于音乐实践。在目前的工作中,我们强调了其中的三种情况。第一部分涉及创作流程(构图过程)及其与纹理规划的关系。第二个观察这些相同的纹理功能如何调节身体与乐器的物理耦合(手指,手,踏板,乐器)。最后,作为介绍,我们设想了一些空间关系,包括舞台上的乐器分布,强调历史音乐会音乐。
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引用次数: 0
Time and Reversal in Birtwistle's Punch and Judy 伯特威斯尔的《潘趣与朱迪》中的时间与逆转
Pub Date : 2020-12-28 DOI: 10.46926/musmat.2020v4n2.52-65
R. Peck
We examine the occurrence of peripeteia in Harrison Birtwistle's 1967 opera Punch and Judy, as manifest in a reversal of cyclic time. Specifically, we extend a metaphorical association between the passage of cyclic time in the opera and discrete rotation in the complex plane generated by the imaginary unit i. Such a rotation moves alternately between the real and the imaginary axes, as scenes in the opera pass correspondingly through sacred and profane orientations. The instance of peripeteia results in a counter rotation, a dramaturgical inversion. To bring this reversal into the metaphor, we extend it from its situation in the complex plane to one in the space of Hamilton's quaternions, wherein such negation is obtained through the product of upper-level imaginary units. The scene that contains the reversal and that which consists of the opera's comic resolution epitomize the drama and occupy the highest level of dramatic structure.
我们研究了哈里森·伯特威斯尔1967年的歌剧《潘趣与朱迪》中peripeteia的出现,表现在循环时间的逆转中。具体来说,我们将歌剧中循环时间的流逝与虚单位i所产生的复平面中的离散旋转联系起来。这种旋转在实轴和虚轴之间交替移动,就像歌剧中的场景相应地经过神圣和世俗的方向一样。peripeteia的实例导致了反向旋转,一种戏剧性的反转。为了将这种反转引入隐喻,我们将其从复平面的情况扩展到汉密尔顿四元数空间的情况,其中这种否定是通过上层虚单位的乘积获得的。包含反转的场景和由歌剧喜剧解决方案组成的场景是戏剧的缩影,占据了戏剧结构的最高层次。
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引用次数: 0
Partitional Harmony: The Partitioning of Pitch Spaces 分割和谐:音高空间的分割
Pub Date : 2020-12-28 DOI: 10.46926/musmat.2020v4n2.01-27
Marco Feitosa
In this preliminary work, we seek to present a brief historical review of the use of partitions in music, to provide a concise introduction to the theory of partitions, and lastly, through an extensive bibliographic revision and a thoughtful theoretical reflection, to lay the foundations of what we call partitional harmony - a comprehensive harmonic conception which relates the theory of partitions to several fields of post-tonal music theory. At the end, some basic operations (pitch, transposition, inversion, and multiplication) are defined and an illustrative musical application is provided, followed by our research prospects.
在这项初步工作中,我们试图对音乐中分区的使用进行简要的历史回顾,为分区理论提供简洁的介绍,最后,通过广泛的书目修订和深思熟虑的理论反思,为我们所谓的分区和谐奠定基础-一个将分区理论与后调性音乐理论的几个领域联系起来的全面的和声概念。最后,定义了一些基本运算(音高、换位、反转和乘法),并提供了一个示例性的音乐应用,随后是我们的研究展望。
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引用次数: 1
Philosophical Sketches on Category Theory Applied to Music-Mathematical Polar Semiotics 范畴论应用于音乐-数学极符号学的哲学概述
Pub Date : 2020-12-28 DOI: 10.46926/musmat.2020v4n2.41-51
Gabriel Pareyon
This is an attempt to combine Matthai philosophy (of Heraclitan inspiration) and Category Theory using the Yoneda Lemma as a means for harmonizing the traditionally opposite values and conceptions dissociated between the Euclidean tradition and Heraclitus thought. The text is divided in three sections: general background and description of Yoneda, a contextualization on Heraclitan aesthetics and polar semiotics (a notion firstly intuited by I. M. Lotman and Th. Sebeok), and an experiment suggested for the revision of the grounds of music theory, with the purpose of conciliate extremely dissociated notions of music (Euclidean vs. Heraclitan) however making part of a common musical experience and knowledge. Conclusions are addressed to hypothesize that Yoneda lemma may support a robust philosophy of music within the field of Category Theory where any group is isomorphic to a subgroup of a permutation, with one-to-one paired correspondences.
这是一种结合马泰哲学(赫拉克利特的灵感)和范畴论的尝试,使用约田引理作为一种手段,以协调传统上相反的价值观和欧几里得传统与赫拉克利特思想之间分离的概念。本文分为三个部分:尤奈达的一般背景和描述,赫拉克利特美学的语境化和极地符号学(一个概念首先由I. M. Lotman和Th。Sebeok),并提出了一个实验,以修订音乐理论的基础,目的是调和极端分离的音乐概念(欧几里得vs.赫拉克利特),但使一部分共同的音乐经验和知识。结论提出假设,Yoneda引理可能支持范畴论领域内的音乐哲学,其中任何组同构于排列的子群,具有一对一配对的对应关系。
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引用次数: 0
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MusMat: Brazilian Journal of Music and Mathematics
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