I apologize for reposting it from another service; my account there had been limited for some time after registration, resulting, i believe, in my post not reaching people who had subscribed to its tags; and i suppose it is not wrong to want to reach some people once one has decided to post something in the first place. Anyway, sorry about that.

Thank you.

Edit: updated url.

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[–] Num10ck@lemmy.world 2 points 7 months ago (6 children)

record a video of you jamming on it and explaining it. there's nothing intuitive here.

[–] musicgraphic@lemm.ee 1 points 7 months ago* (last edited 7 months ago) (4 children)

Looked around to see what could be least clear.

Marked that the faint pink boundary in the center is the minor scale / aeolian mode (i believe), as opposed to the main thick boundary, of the ionian mode.

Changed the violet vertical bars along the right edge of G4 and left edge of F4, standing for that excepting for the locrian and lydian modes, all modes contain the main P5 and P4 intervals. Fair, they may have suggested an absence, evoking a dash. Replaced them with ~~five~~ six (filled) bullets, representing the ~~five~~ six modes.

(I may yet change the execution of those.)

As for the large blue boundary, it is just to help me visualize that all simple intervals form a quadrangle.

[–] Num10ck@lemmy.world 2 points 7 months ago (3 children)

its possible that this is a brilliant breakthrough somehow, but it looks to me like a chemist is trying to invent a musical periodic table.

walk us through it, how would we play it?

[–] musicgraphic@lemm.ee 1 points 7 months ago

As i said in a Tumblr note, this is really a companion pic for a pair of (libre) apps called 'Hexiano' and 'DesignOverlay'.

https://github.com/lrq3000/hexiano

https://github.com/Manabu-GT/DesignOverlay-Android

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