Lesson plan

Orchidée

Orchidée is software developed by IRCAM as a computer-aided orchestration tool. It is a MATLAB-based application that communicates with traditional computer-aided composition environments through Open Sound Control messages. This means that it can be effectively controlled from programs like Max/MSP or OpenMusic. It was developed by Grégoire Carpentier and Damien Tardieu during their PhD studies at IRCAM, with the help and supervision of composer . A recent example of its use for orchestral composition were in Jonathan Harvey's Speakings, premiered in 2008, in which speech was analyzed and computed to provide orchestral combinations for the composer. Given an input target sound, Orchidée creates a musical score which imitates the sound using a mixture of traditional instruments. It then searches within a large instrument sample database for combinations of sounds that perceptually match the target. The application takes into account complex combinatorial possibilities, considering virtually infinite sets of different sounds created by the orchestra. It also considers musical attributes such as instruments and dynamics, and perceptual attributes as brightness and roughness. For example, in Speakings, a mantra ("Oh/Ah/Hum") was analyzed and imputed into Orchidée, which in turn generated different possibilities for orchestration.…

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Article summary

Orchidée is software developed by IRCAM as a computer-aided orchestration tool. It is a MATLAB-based application that communicates with traditional computer-aided composition environments through Open Sound Control messages. This means that it can be effectively controlled from programs like Max/MSP or OpenMusic. It was developed by Grégoire Carpentier and Damien Tardieu during their PhD studies at IRCAM, with the help and supervision of composer . A recent example of its use for orchestral composition were in Jonathan Harvey's Speakings, premiered in 2008, in which speech was analyzed and computed to provide orchestral combinations for the composer. Given an input target sound, Orchidée creates a musical score which imitates the sound using a mixture of traditional instruments. It then searches within a large instrument sample database for combinations of sounds that perceptually match the target. The application takes into account complex combinatorial possibilities, considering virtually infinite sets of different sounds created by the orchestra. It also considers musical attributes such as instruments and dynamics, and perceptual attributes as brightness and roughness. For example, in Speakings, a mantra ("Oh/Ah/Hum") was analyzed and imputed into Orchidée, which in turn generated different possibilities for orchestration.…

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Discussion questions

  1. Summarise the article in your own words. Which single claim would you verify first, and why?
  2. Which claim in this article is most likely to be revised as the sources update? How would you check its current status?
  3. If two sources disagreed about one of these facts, what would you need in order to trust one over the other?

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