Edonoi: Difference between revisions

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Other EDONOI contain no approximation of an octave or a compound octave (at least, not for a while), and continue generating new tones as they continue upward or downward. Such scales lack a very familiar compositional [[redundancy|redundancy]], that of octave equivalence, and thus require special attention.
Other EDONOI contain no approximation of an octave or a compound octave (at least, not for a while), and continue generating new tones as they continue upward or downward. Such scales lack a very familiar compositional [[redundancy|redundancy]], that of octave equivalence, and thus require special attention.


See: [[nonoctave|nonoctave]]; [http://www.nonoctave.com/tuning/quintave.html X. J. Scott's Equal Divisions of Rational Intervals]      [[Category:edonoi]]
See: [[nonoctave|nonoctave]]; [http://www.nonoctave.com/tuning/quintave.html X. J. Scott's Equal Divisions of Rational Intervals]       
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[[Category:Edonoi| ]] <!-- main article -->
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Revision as of 11:58, 28 October 2018

EDONOI is short for "equal divisions of non-octave intervals".

Examples include the equal-tempered Bohlen-Pierce scale (a.k.a. the 13th root of 3), Carlos Alpha, Carlos Beta, Carlos Gamma, the 19th root of 3, the 6th root of 3:2 , 88cET and the square root of 13:10 .

Some EDONOI contain an interval close to a 2:1 that might function like a stretched or squashed octave. They can thus be considered variations on edos.

Other EDONOI contain no approximation of an octave or a compound octave (at least, not for a while), and continue generating new tones as they continue upward or downward. Such scales lack a very familiar compositional redundancy, that of octave equivalence, and thus require special attention.

See: nonoctave; X. J. Scott's Equal Divisions of Rational Intervals