Lumatone mapping for 44edo: Difference between revisions

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There are many conceivable ways to map [[44edo]] onto the [[Lumatone]] keyboard. Unfortunately, as it has multiple rings of 5ths, the [[Standard Lumatone mapping for Pythagorean]] is not one of them. You can use the b val, which can be interpreted as either near equalised [[mavila]], or more accurately but complexly as [[undecimation]].
{{Lumatone mapping intro}} You can use the b val, which can be interpreted as either near equalised [[mavila]], or more accurately but complexly as [[undecimation]].
{{Lumatone EDO mapping|n=44|start=28|xstep=6|ystep=1}}
{{Lumatone EDO mapping|n=44|start=28|xstep=6|ystep=1}}


Revision as of 18:24, 14 March 2025

There are many conceivable ways to map 44edo onto the onto the Lumatone keyboard. However, it has 2 mutually-exclusive rings of fifths, so the Standard Lumatone mapping for Pythagorean is not one of them. You can use the b val, which can be interpreted as either near equalised mavila, or more accurately but complexly as undecimation.

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Slicing the perfect 5th or 4th in half are also fairly good options, although the semiquartal one does not cover the whole gamut unless expanded from the 4L 1s mapping to the 5L 4s one. Additionally, the 5L 4s MOS has an 8:1 step ratio, making it very lopsided.

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However, it is the Hemifourths mapping that combines the widest range that covers the full gamut with the most efficient way of reaching all prime harmonics up to 17.

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