This page is for xen-related diagrams that I've made but don't have an exact place elsewhere on the wiki.
This page is for xen-related diagrams that I've made but don't have an exact place elsewhere on the wiki (yet).
== Family Tree of MOSses ==
== Family Tree of MOSses ==
This is a family tree of MOSses based on using the production rules L->Ls, s->s and L->Ls, s->L on the brightest and darkest mode respectively on a parent scale to produce a pair of sister scales. The result is a binary tree that (as far as I can tell) only includes single-period MOSses and organizes scales by generation rather than by other metrics such as total note count or by relation by Farey sums. This tree is five layers deep.
This is a family tree of MOSses based on using the production rules L->Ls, s->s and L->Ls, s->L on the brightest and darkest mode respectively on a parent scale to produce a pair of sister scales. The result is a binary tree that (as far as I can tell) only includes single-period MOSses and organizes scales by generation rather than by other metrics such as total note count or by relation by Farey sums. This tree is five layers deep.
[[File:Family Tree of MOS-MV2 Scales.svg|left]]
[[File:Family Tree of MOS-MV2 Scales.svg|left]]
Revision as of 00:55, 4 January 2022
This page is for xen-related diagrams that I've made but don't have an exact place elsewhere on the wiki (yet).
Family Tree of MOSses
This is a family tree of MOSses based on using the production rules L->Ls, s->s and L->Ls, s->L on the brightest and darkest mode respectively on a parent scale to produce a pair of sister scales. The result is a binary tree that (as far as I can tell) only includes single-period MOSses and organizes scales by generation rather than by other metrics such as total note count or by relation by Farey sums. This tree is five layers deep.
