13L 2s (3/1-equivalent) - Revision history

CompactStar at 09:54, 18 October 2026

2026-10-18T09:54:07Z

← Older revision		Revision as of 09:54, 18 October 2026
Line 2:		Line 2:
	{{MOS intro}}		{{MOS intro}}

	This MOS scale pattern is most notable for corresponding to the 15-note [[3.5 subgroup]] scale generated by a just [[5/3]], which has an L:s ratio of approximately 1.57. In this case, the large step represents [[27/25]] and the small step represents [[1220703125/1162261467]]. It is the smallest MOS generated by the [[3.5 subgroup]] which does not have 2 large steps and the smallest in which the entire range of generators can reasonably be taken as an approximation of [[5/3]].		This MOS scale pattern is most notable for corresponding to the 15-note [[3.5 subgroup]] scale generated by a just [[5/3]], which has an L:s ratio of approximately 1.57. In this case, the large step represents [[27/25]] and the small step represents [[1220703125/1162261467]]. It is the smallest MOS generated by the [[3.5 subgroup]] which does not have 2 large steps, and the smallest in which the entire range of generators can reasonably be taken as an approximation of [[5/3]].

	== Scale properties ==		== Scale properties ==

CompactStar at 09:52, 18 October 2026

2026-10-18T09:52:21Z

← Older revision		Revision as of 09:52, 18 October 2026
Line 2:		Line 2:
	{{MOS intro}}		{{MOS intro}}

	This MOS scale pattern is most notable for corresponding to the 15-note [[3.5 subgroup]] scale generated by a just [[5/3]], which has an L:s ratio of approximately 1.64. In this case, the large step represents [[27/25]] and the small step represents [[1220703125/1162261467]].		This MOS scale pattern is most notable for corresponding to the 15-note [[3.5 subgroup]] scale generated by a just [[5/3]], which has an L:s ratio of approximately 1.57. In this case, the large step represents [[27/25]] and the small step represents [[1220703125/1162261467]]. It is the smallest MOS generated by the [[3.5 subgroup]] which does not have 2 large steps and the smallest in which the entire range of generators can reasonably be taken as an approximation of [[5/3]].

	== Scale properties ==		== Scale properties ==

CompactStar: Created page with "{{Infobox MOS}} {{MOS intro}} This MOS scale pattern is most notable for corresponding to the 15-note 3.5 subgroup scale generated by a just 5/3, which has an L:s ratio of approximately 1.64. In this case, the large step represents 27/25 and the small step represents 1220703125/1162261467. == Scale properties == === Intervals === {{MOS intervals}} === Generator chain === {{MOS genchain}} === Modes === {{MOS modes}} == Scale tree == {{MOS tuning spe..."

2026-10-18T09:50:28Z

Created page with "{{Infobox MOS}} {{MOS intro}} This MOS scale pattern is most notable for corresponding to the 15-note 3.5 subgroup scale generated by a just 5/3, which has an L:s ratio of approximately 1.64. In this case, the large step represents 27/25 and the small step represents 1220703125/1162261467. == Scale properties == === Intervals === {{MOS intervals}} === Generator chain === {{MOS genchain}} === Modes === {{MOS modes}} == Scale tree == {{MOS tuning spe..."

New page

{{Infobox MOS}}
{{MOS intro}}

This MOS scale pattern is most notable for corresponding to the 15-note [[3.5 subgroup]] scale generated by a just [[5/3]], which has an L:s ratio of approximately 1.64. In this case, the large step represents [[27/25]] and the small step represents [[1220703125/1162261467]].

== Scale properties ==

=== Intervals ===
{{MOS intervals}}

=== Generator chain ===
{{MOS genchain}}

=== Modes ===
{{MOS modes}}

== Scale tree ==
{{MOS tuning spectrum}}

{{stub}}