Lumatone mapping for 92edo: Difference between revisions

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There are many conceivable ways to map [[~~95edo~~]] onto the onto the Lumatone keyboard, but the [[Standard Lumatone mapping for Pythagorean]] does not work for the [[patent val]], because the patent fifth is shared with [[46edo]], making two mutually-exclusive rings of fifths. It only works for the very flat (92b val) and very sharp (92bb val) alternate fifths. Also, the large number of notes means the standard diatonic mapping and many others will fail to cover the entire gamut.

There are many conceivable ways to map [[92edo]] onto the onto the Lumatone keyboard, but the [[Standard Lumatone mapping for Pythagorean]] does not work for the [[patent val]], because the patent fifth is shared with [[46edo]], making two mutually-exclusive rings of fifths. It only works for the very flat (92b val) and very sharp (92bb val) alternate fifths. Also, the large number of notes means the standard diatonic mapping and many others will fail to cover the entire gamut.

== Diatonic ==

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=== 30L 1s subset pseudo-diatonic ===

=== 30L 1s MOS subset pseudo-diatonic ===

[[Bryan Deister]] has demonstrated a pseudo-isomorphic pseudo-diatonic mapping for [[92edo]] in [https://www.youtube.com/watch?v=qWAinBYHwtE ''92edo waltz''] (2025) that deliberately uses non-coprime generators on all axes to use a subset of 92edo to make 31 non-equal divisions of the octave in the form of a [[30L 1s]] MOS scale with a 3:2 step ratio. This layout is numbered as for [[93edo]], but note 92 is actually a duplicate of note 0; due to missing notes, it does not actually appear here.

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-There are many conceivable ways to map [[95edo]] onto the onto the Lumatone keyboard, but the [[Standard Lumatone mapping for Pythagorean]] does not work for the [[patent val]], because the patent fifth is shared with [[46edo]], making two mutually-exclusive rings of fifths. It only works for the very flat (92b&nbsp;val) and very sharp (92bb&nbsp;val) alternate fifths. Also, the large number of notes means the standard diatonic mapping and many others will fail to cover the entire gamut.
+There are many conceivable ways to map [[92edo]] onto the onto the Lumatone keyboard, but the [[Standard Lumatone mapping for Pythagorean]] does not work for the [[patent val]], because the patent fifth is shared with [[46edo]], making two mutually-exclusive rings of fifths. It only works for the very flat (92b&nbsp;val) and very sharp (92bb&nbsp;val) alternate fifths. Also, the large number of notes means the standard diatonic mapping and many others will fail to cover the entire gamut.
 == Diatonic ==
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 {{Lumatone EDO mapping|n=92|start=76|xstep=14|ystep=-3}}
-=== 30L&nbsp;1s subset pseudo-diatonic ===
+=== 30L&nbsp;1s MOS subset pseudo-diatonic ===
 [[Bryan Deister]] has demonstrated a pseudo-isomorphic pseudo-diatonic mapping for [[92edo]] in [https://www.youtube.com/watch?v=qWAinBYHwtE ''92edo waltz''] (2025) that deliberately uses non-coprime generators on all axes to use a subset of 92edo to make 31 non-equal divisions of the octave in the form of a [[30L&nbsp;1s]] MOS scale with a 3:2 step ratio. This layout is numbered as for [[93edo]], but note 92 is actually a duplicate of note 0; due to missing notes, it does not actually appear here.