Special Issue on “Sound and Music Computing”

The physical arrangement of pitches in most traditional musical instruments—including the piano and guitar—is non-isomorphic, which means that a given spatial relationship between two keys, buttons, or fretted strings can produce differing musical pitch intervals. Recently, a number of new musical interfaces have been developed with isomorphic pitch layouts where these relationships are consistent. Since the nineteenth century, it has been widely considered that isomorphic pitch layouts facilitate the learnability and playability of instruments, particularly when a piece is transposed into a different key; however, prior to this paper, this has not been experimentally tested. To address this, we investigated four different pitch layouts to examine whether isomorphism facilitates retention and transfer of musical learning within and across keys. Both non-musicians and musicians were tested on two training tasks: two immediate retention tasks and a transfer task. Each participant played every task on two distinct layouts—one being an isomorphic layout (Wicki or Bosanquet), the other being a minimally adjusted non-isomorphic version. For musicians, isomorphism was found to facilitate transfer of learning to a novel task; for non-musicians, the results were mixed. This study provides insight into features that are important to music instrument design.

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The Effect of Isomorphic Pitch Layouts on the Transfer of Musical Learning †

Stanford

Milne

MacRitchie

2018

Applied Sciences

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Special Issue on “Sound and Music Computing”

Abstract: Sound and music computing is a young and highly multidisciplinary research field. [...]

Cited by 1 publication

References 29 publications

The Effect of Isomorphic Pitch Layouts on the Transfer of Musical Learning †

The Effect of Isomorphic Pitch Layouts on the Transfer of Musical Learning †

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