P4-13: Comparing Texture in Piano Scores
Louis Couturier (MIS, Université de Picardie Jules Verne)*, Louis Bigo (Université de Lille), Florence Leve (Université de Picardie Jules Verne - Lab. MIS - Algomus)
Subjects (starting with primary): MIR fundamentals and methodology -> symbolic music processing ; MIR tasks -> similarity metrics ; Knowledge-driven approaches to MIR -> computational music theory and musicology ; Musical features and properties
Presented In Person: 4-minute short-format presentation
In this paper, we propose four different approaches to quantify similarities of compositional texture in symbolically encoded piano music. A melodic contour or harmonic progression can be shaped into a wide variety of different rhythms, densities, or combinations of layers. Instead of describing these textural organizations only locally, using existing formalisms, we question how these parameters may evolve throughout a musical piece, and more specifically how much they change. Hence, we define several distance functions to compare texture between two musical bars, based either on textural labels annotated with a dedicated syntax, or on symbolic scores. We propose an evaluation methodology based on textural heterogeneity and contrasts in classical Thema and Variations using the TAVERN dataset. Finally, we illustrate use cases of these tools to analyze long-term structure, and discuss the impact of these results on the understanding of musical texture.
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