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Arranging music for a different set of instruments that it was originally written for is traditionally a tedious and time-consuming process, performed by experts with intricate knowledge of the specific instruments and involving significant experimentation. In this paper we study the problem of automating music arrangements for music pieces written for monophonic instruments or voices. We designed and implemented an algorithm that can always produce a music arrangement when feasible by potentially transposing the music piece to a different scale, permuting the assigned parts to instruments/voices, and transposing individual parts by one or more octaves. We also published open source software written in Python that processes MusicXML files and allows musicians to experiment with music arrangements. Our software can serve as a platform for future extensions that will include music reductions and inclusion of polyphonic instruments.

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Automated Arrangements of Multi-part Music for Sets of Monophonic Instruments

  • 会议论文

  • 发表日期：

    2026年

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  • Matthew McCloskey,
  • Gabrielle Curcio,
  • Amulya Badineni,
  • Kevin McGrath,
  • Georgios Papamichail,
  • Dimitris Papamichail

摘要

Arranging music for a different set of instruments that it was originally written for is traditionally a tedious and time-consuming process, performed by experts with intricate knowledge of the specific instruments and involving significant experimentation. In this paper we study the problem of automating music arrangements for music pieces written for monophonic instruments or voices. We designed and implemented an algorithm that can always produce a music arrangement when feasible by potentially transposing the music piece to a different scale, permuting the assigned parts to instruments/voices, and transposing individual parts by one or more octaves. We also published open source software written in Python that processes MusicXML files and allows musicians to experiment with music arrangements. Our software can serve as a platform for future extensions that will include music reductions and inclusion of polyphonic instruments.