15ed4: Difference between revisions
m category maintenance, clean up formatting |
No edit summary |
||
Line 1: | Line 1: | ||
'''15ED4''' is the [[Ed4|equal division of the double octave]] into 15 parts of 160 [[cent|cents]] each (every second step of [[15edo]]). | |||
Lookalikes: [[12edt]] | |||
=Basics= | =Basics= | ||
15ED4 is a macrotonal tuning system that divides the double | 15ED4 is a macrotonal tuning system that divides the double octave (4/1) into 15 equally spaced pitches each 160 cents apart. It can be viewed as a subset of 15 EDO that repeats at two octaves rather than one. It has [[The Xen|a big xen]] appeal as it is nonoctave but at the same time contains the double octave allowing for a sort of best of both worlds approach. 15ED4 doesn't do Just Intonation well for the most part but it does represent 7/4 and 11/10 rather well, so it can be viewed as a 3.4.7.10.11 subgroup temperament tempering out 28/27, 49/48, 55/54, and 77/75 (as well as [[12edt|12EDT]]). | ||
=MOS Scales= | =MOS Scales= | ||
Line 6: | Line 10: | ||
[[Category:macrotonal]] | [[Category:macrotonal]] | ||
[[Category: | [[Category:Ed4]] | ||
Revision as of 15:58, 23 February 2019
15ED4 is the equal division of the double octave into 15 parts of 160 cents each (every second step of 15edo).
Lookalikes: 12edt
Basics
15ED4 is a macrotonal tuning system that divides the double octave (4/1) into 15 equally spaced pitches each 160 cents apart. It can be viewed as a subset of 15 EDO that repeats at two octaves rather than one. It has a big xen appeal as it is nonoctave but at the same time contains the double octave allowing for a sort of best of both worlds approach. 15ED4 doesn't do Just Intonation well for the most part but it does represent 7/4 and 11/10 rather well, so it can be viewed as a 3.4.7.10.11 subgroup temperament tempering out 28/27, 49/48, 55/54, and 77/75 (as well as 12EDT).
MOS Scales
There are a variety of Mos scales available. William Lynch considers the symmetrical MOS: LsLsLsLs to be the most consonant scale in 15ED4. There is also a LsLLsLLLs scale which is more spacey sounding than the symmetrical MOS. The symmetrical MOS can be harmonized with c