Verse:Hmøøh/Rewhd Sgutsis - Revision history

IlL: IlL moved page Verse:Tricin/Rewhd Sgutsis to Verse:Hmøøh/Rewhd Sgutsis without leaving a redirect

2023-01-25T19:47:35Z

← Older revision	Revision as of 19:47, 25 January 2023
(No difference)

2022-01-19T06:21:01Z

Contributions to music theory

← Older revision		Revision as of 06:21, 19 January 2022
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	These ideas in particular influenced		These ideas in particular influenced
	*~~Garinsher~~ Bloisin: Anbirese music theorist who fully developed regular temperament theory		*Garinjeor Bloisin: Anbirese music theorist who fully developed regular temperament theory
	*Honan Đawhindøø: Fyxoomian classical composer		*Honan Đawhindøø: Fyxoomian classical composer

2021-07-20T05:10:56Z

Contributions to music theory

← Older revision		Revision as of 05:10, 20 July 2021
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	Sgutsis's work on tuning theory includes:		Sgutsis's work on tuning theory includes:
	*Cross-sets		*Cross-sets
	*Properties of particular equal temperaments: ~~17edo,~~ 19edo, 22edo, 27edo, 31edo, 34edo, 41edo, 46edo		*Properties of particular equal temperaments: 19edo, 22edo, 27edo, 31edo, 34edo, 41edo, 46edo
	**41, 46 and 58 smallest edos that represent 13-limit JI		**41, 46 and 58 smallest edos that represent 13-limit JI. Sgutsis often used higher edos than 31 but that didn't stick; it was 31edo which caught on.
	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function

2019-07-18T04:23:38Z

← Older revision		Revision as of 04:23, 18 July 2019
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	*''Bwrjadreeg Cantatas''		*''Bwrjadreeg Cantatas''
	*Many pieces of chamber music, including 17 string quartets and solo ''ðavr'' and ''ñamsom'' pieces		*Many pieces of chamber music, including 17 string quartets and solo ''ðavr'' and ''ñamsom'' pieces
	*''~~Idosian~~ Dances''		*''Naquian Dances'', a Naquian music-inspired suite written in subsets of 41edo.
	*Choral pieces		*Choral pieces
	*Art songs		*Art songs
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	*Many pieces for the unaccompanied violin / ''ðavr''		*Many pieces for the unaccompanied violin / ''ðavr''
	*Many pieces for solo guitar		*Many pieces for solo guitar
	*Naquian- or Shalian-inspired music.

	==Contributions to music theory==		==Contributions to music theory==

2019-07-18T03:01:18Z

Contributions to music theory

← Older revision		Revision as of 03:01, 18 July 2019
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	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function
	*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4~~, 6~~ or 8 equal parts, in particular building on Jopah's work.		*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4 or 8 equal parts, in particular building on Jopah's work.

	These ideas in particular influenced		These ideas in particular influenced
	*Garinsher Bloisin: Anbirese music theorist who developed regular temperament theory		*Garinsher Bloisin: Anbirese music theorist who fully developed regular temperament theory
	*Honan Đawhindøø: Fyxoomian classical composer		*Honan Đawhindøø: Fyxoomian classical composer

2019-07-18T02:50:05Z

Contributions to music theory

← Older revision		Revision as of 02:50, 18 July 2019
Line 58:		Line 58:
	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function
	*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4, 6 or 8 equal parts.		*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4, 6 or 8 equal parts, in particular building on Jopah's work.

	These ideas in particular influenced		These ideas in particular influenced

2019-07-18T02:48:17Z

Contributions to music theory

← Older revision		Revision as of 02:48, 18 July 2019
Line 58:		Line 58:
	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function
	*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4 or 8 equal parts.		*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4, 6 or 8 equal parts.

	These ideas in particular influenced		These ideas in particular influenced

2019-07-18T02:48:06Z

Contributions to music theory

← Older revision		Revision as of 02:48, 18 July 2019
Line 58:		Line 58:
	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function
	*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into ~~a certain number of~~ equal parts.		*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into 4 or 8 equal parts.

	These ideas in particular influenced		These ideas in particular influenced

2019-07-18T02:47:54Z

Contributions to music theory

← Older revision		Revision as of 02:47, 18 July 2019
Line 58:		Line 58:
	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function
	*Proposed ~~31edo and~~ 41edo as ~~systems~~ approximating [[Naquian]] ~~tuning systems~~ that divide the perfect fifth into a certain number of equal parts.		*Proposed 41edo as a system approximating [[Naquian]] scales that divide the perfect fifth into a certain number of equal parts.

	These ideas in particular influenced		These ideas in particular influenced

2019-07-18T02:45:37Z

Contributions to music theory

← Older revision		Revision as of 02:45, 18 July 2019
Line 58:		Line 58:
	*Horograms and MOS scales		*Horograms and MOS scales
	*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function		*Noted that 12edo, 19edo, 22edo, 31edo, 41edo and 46edo were accurate because of the Riemann zeta function
	*Proposed 31edo and 41edo as systems ~~to approximate~~ [[Naquian~~]] and [[Shalian~~]] tuning systems that divide the perfect fifth into a certain number of equal parts.		*Proposed 31edo and 41edo as systems approximating [[Naquian]] tuning systems that divide the perfect fifth into a certain number of equal parts.

	These ideas in particular influenced		These ideas in particular influenced