Pseudo-MOS scale - Revision history

BudjarnLambeth: Correct spelling, add link

2024-09-23T00:43:52Z

Correct spelling, add link

← Older revision		Revision as of 00:43, 23 September 2024
Line 3:		Line 3:
	The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between a pseudo-MOS's modes and the pseudo-MOS versions of the original MOS's modes, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.		The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between a pseudo-MOS's modes and the pseudo-MOS versions of the original MOS's modes, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.

	[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is conditionally MV3, as it is not a diatonic mode with a small step at the end. In ~~groundfalt's~~ aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.		[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is conditionally MV3, as it is not a diatonic mode with a small step at the end. In [[groundfault]]’s aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.

CompactStar at 23:19, 4 March 2024

2024-03-04T23:19:42Z

← Older revision		Revision as of 23:19, 4 March 2024
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	A '''pseudo-MOS scale'''{{idiosyncratic}} is a [[ternary scale]] which is a [[MOS scale]] with a single step smaller than all the others, inserted at the end of the scale once per period. This "ultra-small step" is sometimes but not always equivalent to the aberrisma in [[aberrismic theory]]. ~~In this case, the~~ former large and small steps of the MOS are notated as L and M, and the new step is notated as s.		A '''pseudo-MOS scale'''{{idiosyncratic}} is a [[ternary scale]] which is a [[MOS scale]] with a single step smaller than all the others, inserted at the end of the scale once per period. This "ultra-small step" is sometimes but not always equivalent to the aberrisma in [[aberrismic theory]]. The former large and small steps of the MOS are notated as L and m, and the new step is notated as s–pseudo-MOSes have a step pattern of the form xL ym 1s.

	The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between ~~the modes of~~ a pseudo-MOS and pseudo-MOS versions of the modes ~~of the original scale~~, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.		The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between a pseudo-MOS's modes and the pseudo-MOS versions of the original MOS's modes, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.

	[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is conditionally MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.		[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is conditionally MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.

BudjarnLambeth: typo

2024-03-04T09:01:25Z

typo

← Older revision		Revision as of 09:01, 4 March 2024
Line 3:		Line 3:
	The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between the modes of a pseudo-MOS and pseudo-MOS versions of the modes of the original scale, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.		The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between the modes of a pseudo-MOS and pseudo-MOS versions of the modes of the original scale, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.

	[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is ~~condiitionally~~ MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.		[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is conditionally MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.

CompactStar at 08:18, 4 March 2024

2024-03-04T08:18:51Z

← Older revision		Revision as of 08:18, 4 March 2024
Line 1:		Line 1:
	A '''pseudo-MOS scale'''{{idiosyncratic}} is a [[ternary scale]] which is a [[MOS scale]] with a single step smaller than all the others, inserted at the end of the scale once per period. This "ultra-small step" is sometimes but not always equivalent to the aberrisma in [[aberrismic theory]]. In this case, the former large and small steps of the MOS are notated as L and M, and the new step is notated as s.		A '''pseudo-MOS scale'''{{idiosyncratic}} is a [[ternary scale]] which is a [[MOS scale]] with a single step smaller than all the others, inserted at the end of the scale once per period. This "ultra-small step" is sometimes but not always equivalent to the aberrisma in [[aberrismic theory]]. In this case, the former large and small steps of the MOS are notated as L and M, and the new step is notated as s.

	The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[~~max-variety 3~~]]. There is a distinction that is required between the modes of a pseudo-MOS and pseudo-MOS versions of the modes of the original scale, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.		The name was coined by [[User:CompactStar\|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning\|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[MV3]]. There is a distinction that is required between the modes of a pseudo-MOS and pseudo-MOS versions of the modes of the original scale, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.

	[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is condiitionally MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.		[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is condiitionally MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.

CompactStar: Created page with "A '''pseudo-MOS scale'''{{idiosyncratic}} is a ternary scale which is a MOS scale with a single step smaller than all the others, inserted at the end of the scale once..."

2024-03-04T08:18:41Z

Created page with "A '''pseudo-MOS scale'''{{idiosyncratic}} is a ternary scale which is a MOS scale with a single step smaller than all the others, inserted at the end of the scale once..."

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A '''pseudo-MOS scale'''{{idiosyncratic}} is a [[ternary scale]] which is a [[MOS scale]] with a single step smaller than all the others, inserted at the end of the scale once per period. This "ultra-small step" is sometimes but not always equivalent to the aberrisma in [[aberrismic theory]]. In this case, the former large and small steps of the MOS are notated as L and M, and the new step is notated as s.

The name was coined by [[User:CompactStar|CompactStar]]. Pseudo-MOSes are simpler in structure than other ternary scales, because they are simply a [[stretched tuning|compressed]] MOS scale with a pure octave at the end. However, importantly, the modes of a pseudo-MOS scale are not always pseudo-MOS (even if other pseudo-MOSes can be created from different modes of the original scale), and pseudo-MOS scales are not necessarily [[max-variety 3]]. There is a distinction that is required between the modes of a pseudo-MOS and pseudo-MOS versions of the modes of the original scale, thus CompactStar has coined ''pseudo-modes'' for the latter. A pseudo-MOS scale exhibits [[Rothenberg propriety]] provided the MOS scale without the small step is proper.

[[Pinedye]] (5L 2m 1s) is the "pseudo-diatonic scale" and it is a simple example of pseudo-MOS scale. Not all 5L 2m 1s patterns are considered a pseudo-MOS, including the only one which is condiitionally MV3, as it is not a diatonic mode with a small step at the end. In groundfalt's aberrismic theory, the small step of pinedye represents an [[81/80]] commatic inflection in the 5-limit untempered interpretation.