MOS rhythm: Difference between revisions
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== Generators == | == Generators == | ||
Cyclical rhythms are calculated by taking ''multiples'' of a single interval, called the ''generating interval'' or ''generator''. When one interval is called a ''generator'' interval relative to a period, a ''family'' of cyclical rhythms is specified. When how many multiples and which multiples are specified, a single cyclical rhythm is specified. | Cyclical rhythms are calculated by taking ''multiples'' of a single interval, called the ''generating interval'' or ''generator''. When one interval is called a ''generator'' interval relative to a period, a ''family'' of cyclical rhythms is specified. When how many multiples and which multiples are specified, a single cyclical rhythm is specified. | ||
== History == | |||
David Canright was the first to suggest Fibonacci Rhythms in 1/1. This led to Kraig Grady to be the first to apply MOS patterns to rhythms. Two papers on the subject can be found here: | |||
* [http://anaphoria.com/hora.pdf A Rhythmic Application of the Horagrams] from ''[[Xenharmonikon]] 16'' | |||
* [http://anaphoria.com/horo2.pdf More on Horogram Rhythms] | |||
[[Category:Non-scale applications of MOS]] | [[Category:Non-scale applications of MOS]] | ||
[[Category:Rhythm]] | [[Category:Rhythm]] | ||
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== See also == | == See also == | ||
* [[Gallery of MOS | * [[Gallery of MOS patterns]] | ||