User:Moremajorthanmajor/Hierarchy of soid-family modes: Difference between revisions

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Created page with "This is my (Joseph Ruhf's) proposed notation for scales which repeat at an arbitrary second-octave interval. Scales for which this notation works include: * edIX (Neapolit..."
 
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* [[edIX]] (Neapolitan temperament)
* [[edIX]] (Neapolitan temperament)
* [[edX]] (Middletown Valley temperaments)
* [[edX]] (Middletown Valley temperaments)
* [[edt]] ([[Bohlen-Pierce]] among others)
* [[edt]] ([[Bohlen–Pierce]] among others)
I refer to this notation as Long Common Practice (LCP) and the Reformed Church Modes (RCM).
I refer to this notation as Long Common Practice (LCP) and the Reformed Church Modes (RCM).
-----
-----
'''New uses for classic names'''
'''New uses for classic names'''


These scales are classified into modal families based on which interval is taken as the ''formal'' chroma equivalence (a [near] 2:1, if one exists in the scale, will always be perceived as ''substantially'' chroma-equivalent even if it falls between two notes which are required to have different names). There is no particular comma these scales are defined as tempering out (although Middletown used to be specifically a distorted [[meantone]] which tempered out 64/63).
These scales are classified into modal families based on which interval is taken as the ''formal'' chroma [[equivalence]] (a [near] 2:1, if one exists in the scale, will always be perceived as ''substantially'' chroma-equivalent even if it falls between two notes which are required to have different names). There is no particular comma these scales are defined as tempering out (although Middletown used to be specifically a distorted [[meantone]] which tempered out 64/63).


Designating a particular pitch as the ''formal'' chroma equivalence enables the modal center to be named relative to it. These names, which are independent of the notation used for the actual notes*, are as follows:
Designating a particular pitch as the ''formal'' chroma equivalence enables the modal center to be named relative to it. These names, which are independent of the notation used for the actual notes*, are as follows:
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{| class="wikitable"
{| class="wikitable"
|+
|+
!Quantity (±13¢)
!Quantity ''(±comma)''
!Mode
! colspan="5" |Mode
|-
|-
|1\1edo-11\10edo
|''1\1[[edo]]-22\21edo''
|Perfect Phrygian
| rowspan="14" |Perfect Minor
| rowspan="4" |''Neapolitan''
| colspan="2" rowspan="4" |''Phrygian''
|''Soft''
|-
|-
|11\10-10\9
|''22\21-16\15~15\14''
|Perfect Intense Phrygian
|''Thirdtone''
|-
|''16\15~15\14-11\10''
|''Semitone''
|-
|''11\10-10\9''
|''Intense''
|-
|-
|10\9-9\8
|10\9-9\8
|Perfect Intense Phrygian-Soft Aeolian
|Neapolitan/Natural-Harmonic
| colspan="3" |Intense Phrygian-Soft Aeolian
|-
|-
|9\8-8\7
|9\8-8\7
|Perfect Soft Aeolian
| rowspan="5" |Natural-Harmonic
| rowspan="5" |Aeolian
| colspan="2" |Soft  
|-
|8\7-15\13
| colspan="2" |Flattone
|-
|15\13-7\6
| colspan="2" |Meantone
|-
|-
|8\7-6\5
|7\6-13\11
|Perfect Aeolian
| rowspan="2" |Intense
|Superpyth
|-
|13\11-6\5
|Ultrapyth
|-
|-
|6\5-11\9
|6\5-11\9
|Perfect Aeolian-Dorian
|Natural-Harmonic/Melodic
| colspan="3" |Intense Aeolian-Subpental Dorian
|-
|-
|11\9-5\4
|11\9-5\4
|Perfect Subpental Dorian
| rowspan="3" |Melodic
| rowspan="3" |Dorian
| colspan="2" |Subpental  
|-
|-
|5\4-14\11
|5\4-14\11
|Perfect Pental Dorian
| colspan="2" |Pental  
|-
|-
|14\11-9\7
|14\11-9\7
|Perfect Superpental Dorian
| colspan="2" |Superpental
|-
|9\7-22\17
| colspan="2" rowspan="2" |Perfect Neutral
| colspan="2" rowspan="2" |Dorian-Mixolydian
|Mohajira
|-
|-
|9\7-13\10
|22\17-13\10
|Perfect Dorian-Mixolydian
|Beatles
|-
|-
|13\10-21\16
|13\10-21\16
|Perfect Subpental Mixolydian
| rowspan="7" |Perfect Major
| rowspan="4" |Melodic
| rowspan="4" |Mixolydian
| colspan="2" |Subpental  
|-
|-
|21\16-4\3
|21\16-4\3
|Perfect Pental Mixolydian
| colspan="2" |Pental  
|-
|4\3-15\11
| rowspan="2" |Superpental
|Soft
|-
|-
|4\3-39\29
|15\11-11\8
|Perfect Soft Superpental Mixolydian
|Intense
|-
|-
|39\29-40\29
|11\8-7\5
|Perfect Intense Superpental Mixolydian
|Melodic/Natural-Harmonic
| colspan="3" |Superpental Mixolydian-Soft Ionian
|-
|-
|40\29-7\5
|7\5-17\12
|Perfect Mixolydian-Ionian
| rowspan="2" |Natural-Harmonic
| rowspan="2" |Ionian
| colspan="2" |Soft
|-
|-
|7\5-10\7
|17\12-10\7
|Perfect Ionian
| colspan="2" |Intense
|-
|-
|10\7-22\15
|10\7-22\15
|Ionian-Lydian/Locrian
| rowspan="3" |''Ambiguous''
|''Natural-Harmonic/Acoustic Major/False Melodic Minor/Diminished''
| colspan="3" |''Intense Ionian-Lydian/Pseudodorian/Locrian''
|-
|-
|22\15-23\15
|22\15-23\15
|Lydian/Locrian
|''Acoustic Major/False Melodic Minor/Diminished''
| colspan="3" |''Lydian/Pseudodorian/Locrian''
|-
|-
|23\15-11\7
|23\15-11\7
|Lydian/Locrian-Phrygian
|''Acoustic Major/False Melodic Minor/Diminished/Neapolitan Minor''
| colspan="3" |''Lydian/Pseudodorian/Locrian-Soft Phrygian''
|-
|-
|11\7-8\5
|11\7-19\12
|Pluperfect Phrygian
| rowspan="12" |''Pluperfect/Abundant Minor''
| rowspan="2" |''Neapolitan''
| rowspan="2" |''Phrygian''
| colspan="2" |''Soft''
|-
|-
|8\5-47\29
|19\12-8\5
|Pluperfect Phrygian-Aeolian
| colspan="2" |''Intense''
|-
|-
|47\29-48\29
|8\5-13\8
|Pluperfect Intense Subpental Aeolian
|''Neapolitan/Natural-Harmonic''
| colspan="3" |''Intense Phrygian-Subpental Aeolian''
|-
|-
|48\29-5\3
|13\8-16\11
|Pluperfect Soft Subpental Aeolian
| rowspan="4" |''Natural-Harmonic''
| rowspan="4" |''Aeolian''
| rowspan="2" |''Subpental''
|''Intense''
|-
|16\11-5\3
|''Soft''
|-
|-
|5/3-27\16
|5/3-27\16
|Pluperfect Pental Aeolian
| colspan="2" |''Pental''
|-
|-
|27\16-17\10
|27\16-17\10
|Pluperfect Subpental Aeolian
| colspan="2" |''Superpental''
|-
|17\10-29\17
| rowspan="2" |''Natural-Harmonic/Melodic''
| colspan="2" rowspan="2" |''Aeolian-Dorian''
|''Beatles''
|-
|-
|17\10-12\7
|29\17-12\7
|Pluperfect Aeolian-Dorian
|''Mohajira''
|-
|-
|12\7-19\11
|12\7-19\11
|Pluperfect Subpental Dorian
| rowspan="3" |''Melodic''
| rowspan="3" |''Dorian''
| colspan="2" |''Subpental''
|-
|-
|19\11-7\4
|19\11-7\4
|Pluperfect Pental Dorian
| colspan="2" |''Pental''
|-
|-
|7\4-16\9
|7\4-16\9
|Pluperfect Superpental Dorian
| colspan="2" |''Superpental''
|-
|-
|16\9-9\5
|16\9-9\5
|Pluperfect Dorian-Mixolydian
| colspan="2" |''Pluperfect/Abundant "Neutral"''
| colspan="3" |''Superpental Dorian-Soft Mixolydian''
|-
|9\5-20\11
| rowspan="10" |''Pluperfect/Abundant Major''
| rowspan="5" |''Melodic''
| rowspan="5" |''Mixolydian''
| rowspan="2" |''Soft''
|''Ultrapyth''
|-
|20\11-11\6
|''Superpyth''
|-
|11\6-24\13
| colspan="2" |''Meantone''
|-
|-
|9\5-13\7
|24\13-13\7
|Pluperfect Mixolydian
| colspan="2" |''Flattone''
|-
|-
|13\7-15\8
|13\7-15\8
|Pluperfect Intense Mixolydian
| colspan="2" |''Intense''
|-
|-
|15\8-17\9
|15\8-17\9
|Pluperfect Intense Mixolydian-Soft Ionian
|''Melodic/Natural-Harmonic''
| colspan="3" |''Intense Mixolydian-Soft Ionian''
|-
|-
|17\9-19\10
|17\9-19\10
|Pluperfect Soft Ionian
| rowspan="4" |''Natural-Harmonic''
| rowspan="4" |''<u>Ionian</u>''
| colspan="2" |''<u>Soft</u>''
|-
|''19\10-27\14~29\15''
| colspan="2" |''<u>Semitone</u>''
|-
|-
|19\10-2\1
|''27\14~29\15-41\21''
|Pluperfect Ionian
| colspan="2" |''<u>Thirdtone</u>''
|-
|''41\21-2\1''
| colspan="2" |''<u>Intense</u>''
|}
|}
The names "Perfect" and "Pluperfect" refer to the common limitation of a vocal melody to within a tenth for the sake of overall perceptual coherence. The "Perfect" modes also match where LCP may consider just a triad (or tetrad) to be reasonably complete and therefore the basic chordal harmony.  
The names "Perfect" and "Pluperfect/Abundant" refer to the common limitation of a vocal melody to within an eleventh for the sake of overall perceptual coherence. The "Perfect" modes also match where LCP may consider just a triad (or tetrad) to be reasonably complete and therefore the basic chordal harmony.  


Two noted potential bugs of the RCM are that only the tenths, in reference to their value as the compound form of the third which is ''the'' modal degree of the diatonic scale, are in reformed modes which match their qualities and Lydian and Locrian are technically two names of the same reformed mode. On the other hand, one noted feature of the RCM (unlike the common-practice church modes) is that they, by definition, ''do not'' refer to a specific gamut (or subgamut of a larger whole gamut) of notes to which a composition is presumed to be confined.  
Two noted potential bugs of the RCM are that only the tenths, in reference to their value as the compound form of the third which is ''the'' modal degree of the diatonic scale, are in reformed modes which match their qualities and Lydian and Locrian are technically two names of the same reformed mode. On the other hand, one noted feature of the RCM (unlike the common-practice church modes) is that they, by definition, ''do not'' refer to a specific gamut (or subgamut of a larger whole gamut) of notes to which a composition is presumed to be confined.  


As a result, the requirement of diatonicity, if retained, is under-specified and a whole gamut of 20, 22, 26, 32 or even more notes falls within the same mode as long as it has a formal chroma equivalence which falls within the same general region of the spectrum. There is therefore not necessarily "attribute clash" between the seventh degree and Lydian leading tone of a diatonic scale. This opens unusual possibilities, such as compositions with a common-practice Mixolydian modality which is not disrupted by the Lydian leading tone of the scale.
As a result, the requirement of diatonicity, if retained, is under-specified and a whole gamut of 20, 22, 26, 32 or even more notes falls within the same mode as long as it has a formal chroma equivalence which falls within the same general region of the spectrum. There is therefore not necessarily "attribute clash" between the seventh degree and Lydian leading tone of a diatonic scale. This opens unusual possibilities, such as compositions with a common-practice modality with a minor 7th which is not disrupted by the Lydian leading tone of the scale.


The notation-independent functional name of the (near) 2:1, if one exists in the scale, is "Viridiant", and is a reference to green (viridis in Latin) being perfectly equally opposite, according to color theory, to red (ruber) and blue (caesius) by way of the (near) 2:1 being called a perfect octave.
The notation-independent functional name of the (near) 2:1, if one exists in the scale, is "Viridiant", and is a reference to green (viridis in Latin) being perfectly equally opposite, according to color theory, to red (ruber) and blue (caesius) by way of the (near) 2:1 being called a perfect octave.
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----
----
'''Extending common practice diatonic scales to repeat beyond the octave'''
'''Extending common practice diatonic scales to repeat beyond the octave'''
In syntonic temperaments, the seven notes of the diatonic scale are considered the basic components of linear melody and relatively easy to stabilize over most chords of the key.
In syntonic temperaments, the seven notes of the diatonic scale are considered the basic components of linear melody and relatively easy to stabilize over most chords of the key.


But this reform leaves the requirement of diatonicity, if retaining it, under-specified, and it would be nice to have some form of full specificity to apply anywhere in the spectrum ([[Bohlen-Pierce]] is fine, but it leaves one out of luck where the tritave is not chroma-equivalent).
But this reform leaves the requirement of diatonicity, if retaining it, under-specified, and it would be nice to have some form of full specificity to apply anywhere in the spectrum ([[Bohlen–Pierce]] is fine, but it leaves one out of luck where the tritave is not to be chroma-equivalent).


This is where LCP comes into the picture. It provides these names for the extensions of the common practice diatonic scales to repeat beyond the octave:
This is where LCP comes into the picture. It provides these names for the extensions of the common practice diatonic scales to repeat beyond the octave, that is the Reformed Authentic modes:


Minor Ninths (F-G-A-B-H-C-D-E; da/fo-ro/se-ma/li-fi/ta/sa-bu/ku-so/da-le/ra-ti/si/mi) - Phrygian Mode New Neapolitan Scale:
''Minor Ninths (G-A-B-C-Q-D-E-F) - Phrygian Mode:''


Major Ninths (F-G-A-B-H-C-D-E; da/fo-ro/se-ma/li-fi/ta/sa-bu/ku-so/da-le/ra-ti/si/mi) - Aeolian Mode New Neapolitan Scale:
Major Ninths (F-G-A-B-H-C-D-E) - Aeolian Mode  


'''2L 6s and 6L 2s - Symmetric, Tetrachordal Major'''
New Neapolitan Scale:


'''2L 6s and 6L 2s - Macroshrutis'''
{| class="wikitable"
|+
|
|
|I
|II
|III
|IV
|V
|VI
|VII
|VIII
|-
| rowspan="2" |'''Symmetric Major'''
|''Phrygian''
|''so''
|''le''
|''ti/si''
|''du''
|''bo/k''o
|''re''
|''mi''
|''fa''
|-
|Aeolian
|fo
|se
|li
|ta/sa
|bu/ku
|do
|ra
|mi
|-
| rowspan="2" |'''Tetrachordal Major'''
|''Phrygian''
|''do''
|''ra''
|''mi''
|''fu''
|''bo/k''o
|''se''
|''li''
|''ta/sa''
|-
|Aeolian
|da
|ro
|ma
|fi
|bu/ku
|so
|le
|ti/si
|}
4L 4s - Macro-diminished
4L 4s - Macro-diminished


'''3L 5s and 5L 3s - Grandfather'''
'''3L 5s and 5L 3s - Grandfather'''


Minor Tenths - Dorian Mode Middletown (F-G[-J]-A-B-H-C-D[-S]-E; da/fo-ro/se[-bu]-ma/li-fi/ta/sa-bu/ku-so/da-le/ra[-ku]-ti/si/mi)
Minor Tenths (G[-J]-A-B-C-Q-D[-S]-E-F) - Dorian Mode
 
Major Tenths (F-G[-J]-A-B-H-C-D[-S]-E) - Mixolydian Mode
 
Middletown (Dominant Seventh Scale)
 
'''3L 6s and 6L 3s - Macro-augmented[9]'''
{| class="wikitable"
|
|
|'''I'''
|'''II'''
|'''III'''
|'''IV'''
|'''V'''
|'''VI'''
|'''VII'''
|'''VIII'''
|IX
|-
| rowspan="2" |'''Symmetric Major'''
|Dorian
|so
|le
lu
|ti/si
 
ve
|du
ti/si
|bo
du
|re
ko
|mo
re
|ki
mi
|fa
|-
|Mixolydian
|fo
|se
|li
 
bu
|ta/sa
 
li
|bu
 
ta/sa
|do
ku
|ra
 
do
|ku
 
ra
|mi
|-
| rowspan="2" |'''Tetrachordal Major'''
|Dorian
|do
|ra
ru
|mi
ve
|fu
mi
|bo
fu
|se
ko
|lo
se
|ki
li
|ta/sa
|-
|Mixolydian
|da
|ro
|ma
 
bu
|fi
 
ma
|bu
 
fi
|so


Major Tenths - Mixolydian Mode Middletown (F-G[-J]-A-B-H-C-D[-S]-E; da/fo-ro/se[-bu]-ma/li-fi/ta/sa-bu/ku-so/da-le/ra[-ku]-ti/si/mi)
ku
|le


'''3L 6s and 6L 3s - Symmetric, Tetrachordal Major, Macro-augmented[9]'''
so
|ku


le
|ti/si
|}
4L 5s and 5L 4s - Montrose
4L 5s and 5L 4s - Montrose


'''2L 7s and 7L 2s - Terra Rubra'''
'''2L 7s and 7L 2s - Terra Rubra'''


Perfect Elevenths - Ionian Mode Galveston Bay Temperament Area
Perfect Elevenths - Ionian Mode  


Augmented Elevenths - Lydian Mode Galveston Bay Temperament Area
Augmented Elevenths - ''Lydian Mode''
 
Galveston Bay Temperament Area


2L 8s and 8L 2s, 5L 5s - Galveston Symmetric, Pentachordal Major, Macro-Blackwood
2L 8s and 8L 2s, 5L 5s - Galveston Symmetric, Pentachordal Major, Macro-Blackwood
Line 167: Line 408:
'''3L 7s and 7L 3s - Bolivar'''
'''3L 7s and 7L 3s - Bolivar'''


Diminshed Twelfths - Locrian Mode Sigmatic
''Diminshed Twelfths -'' ''Locrian Mode''
 
''Perfect Twelfths - Phrygian Mode''
 
''Sigmatic''
 
''5L 6s and 6L 5s - Sesquimachine''
 
'''''4L 7s and 7L 4s, 3L 8s and 8L 3s - (Un)Fair Sigma and Mu'''''
 
''2L 9s and 9L 2s - [[Arcturus]][11]''


Perfect Twelfths - Phrygian Mode Sigmatic
''Minor Thirteenths - Aeolian Mode''


5L 6s and 6L 5s - Sesquimachine
''Major Thirteenths - Dorian Mode (aka Kiriage Mangan)''


'''4L 7s and 7L 4s, 3L 8s and 8L 3s - (Un)Fair Sigma and Mu'''
''Bijou deck of scales''


2L 9s and 9L 2s - Arcturus[11]
'''''2L 10s and 10L 2s,  3L 9s and 9L 3s, 4L 8s and 8L 4s - Macro-augmented[12], Macro-diminished[12], (Bifold, Trifold, Quadrifold) Symmetric; Hexachordal, Pentachordal, Tetrachordal Major'''''


Minor Thirteenths - Aeolian Mode Bijou deck of scales
''6L 6s - Macro-Hexe''


Major Thirteenths - Dorian Mode Bijou deck of scales
''5L 7s and 7L 5s - Chromatic Major''


'''2L 10s and 10L 2s,  3L 9s and 9L 3s, 4L 8s and 8L 4s - Macro-augmented[12], Macro-diminished[12], (Bifold, Trifold, Quadrifold) Symmetric; Hexachordal, Pentachordal, Tetrachordal Major'''
''Minor Fourteenths - Mixolydian Mode''


6L 6s - Macro-Hexe
''<u>Major Fourteenths - Ionian Mode (aka Nagashi)</u>''


5L 7s and 7L 5s - Chromatic Major
''<u>(Tetrad and Pentatonic - Mangan Temperament</u>''


Minor Fourteenths - Mixolydian Mode Yakuman Temperament List
''<u>Hexa- and Heptatonic - Haneman Temperament</u>''


Major Fourteenths - Ionian Mode Yakuman Temperament List
''<u>Enneatonic plus or minus one - Baiman Temperament</u>''


7L 6s and 6L 7s - Daichīsei and Daisharin
''<u>Hen- and dodecatonic - Sanbaiman Temperament)</u>''


5L 8s and 8L 5s - Ryūīsō
''Triskaidekatonic - Yakuman Temperament List''


'''9L 4s and 4L 9s - Shōsūshī and Daisūshī'''
<u>''(1L 12s and 12L 1s - Kazoe Yakuman'')</u>


'''10L 3s and 3L 10s - Shōsangen and Daisangen'''
''7L 6s and 6L 7s - Daichīsei and Daisharin''


2L 11s and 11L 2s - Kokushimusō
'''''9L 4s and 4L 9s - Shōsūshī and Daisūshī'''''


'''''10L 3s and 3L 10s - Shōsangen and Daisangen'''''
''5L 8s and 8L 5s - Ryūīsō''
''2L 11s and 11L 2s - Kokushimusō''
{| class="wikitable"
|+MOS patterns
!Interval
!Diatonic
!Superdiatonic
!Dodecatonic
!Tetradecatonic
|-
|Minor 9th
|[[5L 3s (minor ninth equivalent)|5L 3s]]
|[[Greater dicoid|7L 3s]], [[8L 2s (neutral ninth equivalent)|8L 2s]]
|[[Greater luachoid|10L 3s]], [[11L 2s (minor ninth equivalent)|11L 2s]]
|[[User:Moremajorthanmajor/12L 3s (21/10-equivalent)|12L 3s]], [[13L 2s (minor ninth equivalent)|13L 2s]]
|-
|Major 9th
|[[3L 1s (fifth-equivalent)|6L 2s]]
|[[8L 3s (major ninth equivalent)|8L 3s]]
|[[11L 3s (neutral, minor ninth equivalent)|11L 3s]], [[6L 1s (fifth-equivalent)|12L 2s]]
|[[13L 3s (minor, neutral ninth equivalent)|13L 3s]], [[7L 1s (fifth equivalent)|14L 2s]]
|-
|Minor 10th
|[[2L 1s (fourth equivalent)|6L 3s]]
|[[9L 2s (minor tenth equivalent)|9L 2s]]
|[[4L 1s (fourth equivalent)|12L 3s]], [[13L 2s (minor, neutral tenth equivalent)|13L 2s]]
|[[5L 1s (fourth equivalent)|15L 3s]], [[15L 2s (subminor tenth equivalent)|15L 2s]]
|-
|Major 10th
|[[7L 2s (major tenth equivalent)|7L 2s]]
|[[9L 3s (major tenth equivalent)|9L 3s]], [[9L 4s (major tenth, eleventh equivalent)|9L 4s]]
|[[13L 3s (major tenth equivalent)|13L 3s]], [[14L 2s (supermajor tenth equivalent)|14L 2s]]
|[[16L 3s (supermajor tenth equivalent)|16L 3s]], [[16L 2s (major tenth equivalent)|16L 2s]]
|-
|Perfect 11th
|[[7L 3s (eleventh equivalent)|7L 3s]]
|[[10L 3s (wolf eleventh equivalent)|10L 3s]]
|[[14L 3s (eleventh equivalent)|14L 3s]]
|[[17L 3s (eleventh equivalent)|17L 3s]]
|-
|Augmented 11th
|[[4L 1s (major sixth equivalent)|8L 2s]]
|[[5L 2s (major sixth equivalent)|10L 4s]]
|[[14L 4s (augmented eleventh equivalent)|14L 4s]]
|[[17L 4s (augmented eleventh equivalent)|17L 4s]]
|-
|Diminished 12th
|[[7L 4s (diminished twelfth equivalent)|7L 4s]]
|[[11L 2s (diminished twelfth equivalent)|11L 2s]]
|[[8L 1s (major sixth equivalent)|16L 2s]]
|[[19L 2s (diminished twelfth equivalent)|19L 2s]]
|-
|Perfect 12th
|[[8L 3s (tritave-equivalent)|8L 3s]]
|[[11L 3s (wolf twelfth equivalent)|11L 3s]]
|[[16L 3s (tritave-equivalent)|16L 3s]]
|[[19L 3s (tritave equivalent)|19L 3s]]
|-
|Minor 13th
|[[2L 1s (fourth equivalent)|8L 4s]]
|[[11L 4s (tritave, minor thirteenth equivalent)|11L 4s]], [[12L 3s (minor thirteenth equivalent)|12L 3s]]
|[[4L 1s (fourth equivalent)|16L 4s]], [[17L 3s (minor thirteenth equivalent)|17L 3s]]
|[[5L 1s (fourth equivalent)|20L 4s]], [[20L 3s (subminor thirteenth equivalent)|20L 3s]]
|-
|Major 13th
|[[3L 1s (fifth-equivalent)|9L 3s]]
|[[12L 4s (major thirteenth equivalent)|12L 4s]]
|[[17L 4s (major thirteenth equivalent)|17L 4s]], [[6L 1s (fifth-equivalent)|18L 3s]]
|[[21L 4s (supermajor thirteenth equivalent)|21L 4s]], [[7L 1s (fifth equivalent)|21L 3s]]
|-
|Minor 14th
|[[9L 4s (minor fourteenth equivalent)|9L 4s]]
|[[13L 3s (minor fourteenth equivalent)|13L 3s]]
|[[18L 4s (minor fourteenth equivalent)|18L 4s]], [[19L 3s (minor, neutral fourteenth equivalent)|19L 3s]]
|[[22L 4s (minor fourteenth equivalent)|22L 4s]], [[23L 3s (neutral, major fourteenth equivalent)|23L 3s]]
|-
|Major 14th
|[[10L 3s (major fourteenth equivalent)|10L 3s]]
|[[13L 4s (neutral fourteenth equivalent)|13L 4s]], [[14L 3s (major fourteenth equivalent)|14L 3s]]
|[[19L 4s (major fourteenth equivalent)|19L 4s]], [[20L 3s (supermajor fourteenth equivalent)|20L 3s]]
|[[23L 4s (major fourteenth equivalent)|23L 4s]], [[24L 3s (supermajor fourteenth equivalent)|24L 3s]]
|}
----
----
'''Chord progressions'''
'''Chord progressions'''
Line 206: Line 542:
Due to the fact that the fifth of a common practice diatonic scale can work normally in the extensions beyond the basic ninth, ''transliterations'' of chord progressions from [[12edo]] into these LCP scales are fairly trivial, although using any but an eleventh practically assumes that commas (particularly the septimal quarter tone of 36/35) tempered out by 12edo are to be observed in order to have a more stable minor seventh degree. Also, the transliterations are by definition modally ambiguous because they assume extra notes in the harmony that 12edo ''does not'' use in those contexts as a rule.
Due to the fact that the fifth of a common practice diatonic scale can work normally in the extensions beyond the basic ninth, ''transliterations'' of chord progressions from [[12edo]] into these LCP scales are fairly trivial, although using any but an eleventh practically assumes that commas (particularly the septimal quarter tone of 36/35) tempered out by 12edo are to be observed in order to have a more stable minor seventh degree. Also, the transliterations are by definition modally ambiguous because they assume extra notes in the harmony that 12edo ''does not'' use in those contexts as a rule.


However, the transliteration is not so immediately trivial when the scale is the basic ninth because the fifth of a common practice diatonic scale ''must'' work ''ab''normally, being the midpoint of the nine-tone scale. Nevertheless, transliterations of chord progressions from 12edo into the LCP scales of this family will come straight across relatively clearly modally and even into the 12edo-based modes, at least as long as [https://en.wikipedia.org/wiki/Augmented_sixth_chord augmented sixth chords] are not to be transliterated into Aeolian mode in a pre-Romantic context (12edo tempers out the augmented comma, transliterating these into dominant 8th chords, which are technically unstable ''but also technically misleading'', by enharmonic equivalence). As a result of the fifth that must work abnormally, root position triads actually have a ''stronger'' tonality than they do in common practice, being composed of a set of intervals in which there are two that are ''qualitatively and quantitatively different'' from each other. The names for these root position triads are:
However, the transliteration is not so immediately trivial when the scale is the basic ninth because the fifth of a common practice diatonic scale ''must'' work ''ab''normally, being the midpoint of the nine-tone scale. Nevertheless, transliterations of chord progressions from 12edo into the LCP scales of this family will come straight across relatively clearly modally and even into the 12edo-based modes (although Phrygian is difficult to use well because it can generally cut so close to the octave), at least as long as [https://en.wikipedia.org/wiki/Augmented_sixth_chord augmented sixth chords] are not to be transliterated in a pre-Romantic context (12edo tempers out the augmented comma, transliterating these into [incomplete] dominant 8th chords, which are technically unstable ''but also technically misleading'' by enharmonic equivalence). As a result of the fifth that must work abnormally, root position triads actually have a ''stronger'' tonality than they do in common practice, being composed of a set of intervals in which there are two that are ''qualitatively and quantitatively different'' from each other, which also obtaining for tetrads when an eleventh is equivalent or pentads when a thirteenth is equivalent although the fifth returns to being able to work normally then. The names for these root position triads are:
 
{| class="wikitable"
|+
!
!m6
!*n6
!M6
|-
|m3
|Minor - 5:6:8
|Husayni (Persian) - 11:13:18
|Dorian - 6:7:10
|-
|*n3
|Bayati/Turkish Minor - 9:11:14
|Neutral - 13:16:21 (18:22:29, 19:23:31, 22:27:36, 25:31:41)
|Rast - 9:11:15
|-
|M3
|Hindu~Chahargah (Persian) “fourth”ward - 7:9:11
|Chahargah (Persian) - 8:10:13 (11:14:18, 14:18:23)
|Major - 7:9:12
|}
There are also "full" and "defective" ways of transliterating chord progressions into LCP modes which are ninths, elevenths and thirteenths due to the scale having a degree which is exactly at its midpoint. However, the ninths offer all the extra possibilities with no extra necessities unless you care about having great diversity of "defective" ways of transliterating chord progressions into the mode. Also, transliterations into ninths work as follows:
 
{| class="wikitable"
|+
!
!d5-v5
!P5
!^5-A5
|-
|m3
|Dorian - 6:7:10~Husayni (Persian) - 11:13:18
|Minor - 5:6:8
|(Major #3~Major fourthward - 3:4:5)
|-
|*n3
|Bayati/Turkish Minor - 9:11:14
|Neutral - 13:16:21 (18:22:29, 19:23:31, 22:27:36, 25:31:41)
|Rast - 9:11:15
|-
|M3
|(Minor b3 - 9:10:14)
|Major - 7:9:12
|Chahargah (Persian) - 8:10:13 (11:14:18, 14:18:23), “fourth”ward - 7:9:11 (Hindu)~(Italian - 4:5:7)
|}
 
The twelve reformed minor keys are as follows
 
{| class="wikitable"
|+
!
!
!I
!II
!III
!IV
!V
!VI
!VII
!VIII
|-
| rowspan="2" |''Phrygian''
|''MOS''
| rowspan="2" |''G Major''
|''A Minor''
| rowspan="2" |''B Minor''
| rowspan="2" |''C Hindu''
|''Q Minor''
| rowspan="2" |''D Major''
|''E Minor''
| rowspan="2" |''F Minor''
|-
|''#7''
|''A Dorian''
|''Q Hindu''
|'''''E# Double Diminished'''''
|-
| rowspan="12" |Aeolian
|MOS,*b4 Mode 5 ♮8
| rowspan="4" |F Major
|G Major
| rowspan="4" |A Dorian
|B Minor
| rowspan="2" |H Major
| rowspan="4" |C Major
|D Dorian
| rowspan="4" |E Minor
|-
|b4
|G Dorian
|Bb Major
|D Minor
|-
|*MOS b7
|G Hindu
|B Minor
| rowspan="2" |H Dorian
|Db Italian
|-
|*b4 b7
|G Minor
|Bb Major
|Db Major
|-
|*MOS Mode 2 ♮8
|G Major
|A Dorian
|B Dorian
|H Major
|C Major
|D Major
|E Minor
|F# Minor
|-
|*MOS Mode 3 ♮8
|A Dorian
|B Minor
|H Italian
|C Major
|D Dorian
|E Major
|F Major
|G# Minor
|-
|<u>*MOS Mode 4 ♮8</u>
|<u>B Minor</u>
|<u>H Major</u>
|<u>C Italian</u>
|<u>D Dorian</u>
|<u>E Minor</u>
|<u>F Major</u>
|<u>G Major</u>
|<u>A# Minor</u>
|-
|*b4 Mode 2 ♮8
|G Dorian
|A Dorian
|Bb Italian
|H Major
|C Major
|D Hindu
|E Minor
|F# Minor
|-
|<u>*b4 Mode 3 ♮8</u>
|<u>A Dorian</u>
|<u>Bb Major</u>
|<u>H Italian</u>
|<u>C Major</u>
|<u>D Minor</u>
|<u>E Hindu</u>
|<u>F Major</u>
|<u>G# Minor b3</u>
|-
|*b4 Mode 6 ♮8
|C Major
|D Minor
|E Dorian
|F Major
|G Dorian
|A Hindu
|Bb Major
|H# Minor
|-
|*b4 Mode 7 ♮8
|D Minor
|E Minor
|F Italian
|G Dorian
|A Dorian
|Bb Major #3
|H Major
|C# Minor
|-
|<u>*b4 Mode 8 ♮8</u>
|<u>E Minor</u>
|<u>F Major</u>
|<u>G Dorian #6</u>
|<u>A Dorian</u>
|<u>Bb Major</u>
|<u>H Major #3</u>
|<u>C Major</u>
|'''<u>D# Double Diminished</u>'''
|}
[[Category:Notation]]
[[Category:Naming]]
[[Category:Tables]]

Latest revision as of 23:21, 19 March 2026

This is my (Joseph Ruhf's) proposed notation for scales which repeat at an arbitrary second-octave interval. Scales for which this notation works include:

I refer to this notation as Long Common Practice (LCP) and the Reformed Church Modes (RCM).


New uses for classic names

These scales are classified into modal families based on which interval is taken as the formal chroma equivalence (a [near] 2:1, if one exists in the scale, will always be perceived as substantially chroma-equivalent even if it falls between two notes which are required to have different names). There is no particular comma these scales are defined as tempering out (although Middletown used to be specifically a distorted meantone which tempered out 64/63).

Designating a particular pitch as the formal chroma equivalence enables the modal center to be named relative to it. These names, which are independent of the notation used for the actual notes*, are as follows:

Quantity (±comma) Mode
1\1edo-22\21edo Perfect Minor Neapolitan Phrygian Soft
22\21-16\15~15\14 Thirdtone
16\15~15\14-11\10 Semitone
11\10-10\9 Intense
10\9-9\8 Neapolitan/Natural-Harmonic Intense Phrygian-Soft Aeolian
9\8-8\7 Natural-Harmonic Aeolian Soft
8\7-15\13 Flattone
15\13-7\6 Meantone
7\6-13\11 Intense Superpyth
13\11-6\5 Ultrapyth
6\5-11\9 Natural-Harmonic/Melodic Intense Aeolian-Subpental Dorian
11\9-5\4 Melodic Dorian Subpental
5\4-14\11 Pental
14\11-9\7 Superpental
9\7-22\17 Perfect Neutral Dorian-Mixolydian Mohajira
22\17-13\10 Beatles
13\10-21\16 Perfect Major Melodic Mixolydian Subpental
21\16-4\3 Pental
4\3-15\11 Superpental Soft
15\11-11\8 Intense
11\8-7\5 Melodic/Natural-Harmonic Superpental Mixolydian-Soft Ionian
7\5-17\12 Natural-Harmonic Ionian Soft
17\12-10\7 Intense
10\7-22\15 Ambiguous Natural-Harmonic/Acoustic Major/False Melodic Minor/Diminished Intense Ionian-Lydian/Pseudodorian/Locrian
22\15-23\15 Acoustic Major/False Melodic Minor/Diminished Lydian/Pseudodorian/Locrian
23\15-11\7 Acoustic Major/False Melodic Minor/Diminished/Neapolitan Minor Lydian/Pseudodorian/Locrian-Soft Phrygian
11\7-19\12 Pluperfect/Abundant Minor Neapolitan Phrygian Soft
19\12-8\5 Intense
8\5-13\8 Neapolitan/Natural-Harmonic Intense Phrygian-Subpental Aeolian
13\8-16\11 Natural-Harmonic Aeolian Subpental Intense
16\11-5\3 Soft
5/3-27\16 Pental
27\16-17\10 Superpental
17\10-29\17 Natural-Harmonic/Melodic Aeolian-Dorian Beatles
29\17-12\7 Mohajira
12\7-19\11 Melodic Dorian Subpental
19\11-7\4 Pental
7\4-16\9 Superpental
16\9-9\5 Pluperfect/Abundant "Neutral" Superpental Dorian-Soft Mixolydian
9\5-20\11 Pluperfect/Abundant Major Melodic Mixolydian Soft Ultrapyth
20\11-11\6 Superpyth
11\6-24\13 Meantone
24\13-13\7 Flattone
13\7-15\8 Intense
15\8-17\9 Melodic/Natural-Harmonic Intense Mixolydian-Soft Ionian
17\9-19\10 Natural-Harmonic Ionian Soft
19\10-27\14~29\15 Semitone
27\14~29\15-41\21 Thirdtone
41\21-2\1 Intense

The names "Perfect" and "Pluperfect/Abundant" refer to the common limitation of a vocal melody to within an eleventh for the sake of overall perceptual coherence. The "Perfect" modes also match where LCP may consider just a triad (or tetrad) to be reasonably complete and therefore the basic chordal harmony.

Two noted potential bugs of the RCM are that only the tenths, in reference to their value as the compound form of the third which is the modal degree of the diatonic scale, are in reformed modes which match their qualities and Lydian and Locrian are technically two names of the same reformed mode. On the other hand, one noted feature of the RCM (unlike the common-practice church modes) is that they, by definition, do not refer to a specific gamut (or subgamut of a larger whole gamut) of notes to which a composition is presumed to be confined.

As a result, the requirement of diatonicity, if retained, is under-specified and a whole gamut of 20, 22, 26, 32 or even more notes falls within the same mode as long as it has a formal chroma equivalence which falls within the same general region of the spectrum. There is therefore not necessarily "attribute clash" between the seventh degree and Lydian leading tone of a diatonic scale. This opens unusual possibilities, such as compositions with a common-practice modality with a minor 7th which is not disrupted by the Lydian leading tone of the scale.

The notation-independent functional name of the (near) 2:1, if one exists in the scale, is "Viridiant", and is a reference to green (viridis in Latin) being perfectly equally opposite, according to color theory, to red (ruber) and blue (caesius) by way of the (near) 2:1 being called a perfect octave.


Extending common practice diatonic scales to repeat beyond the octave

In syntonic temperaments, the seven notes of the diatonic scale are considered the basic components of linear melody and relatively easy to stabilize over most chords of the key.

But this reform leaves the requirement of diatonicity, if retaining it, under-specified, and it would be nice to have some form of full specificity to apply anywhere in the spectrum (Bohlen–Pierce is fine, but it leaves one out of luck where the tritave is not to be chroma-equivalent).

This is where LCP comes into the picture. It provides these names for the extensions of the common practice diatonic scales to repeat beyond the octave, that is the Reformed Authentic modes:

Minor Ninths (G-A-B-C-Q-D-E-F) - Phrygian Mode:

Major Ninths (F-G-A-B-H-C-D-E) - Aeolian Mode

New Neapolitan Scale:

2L 6s and 6L 2s - Macroshrutis

I II III IV V VI VII VIII
Symmetric Major Phrygian so le ti/si du bo/ko re mi fa
Aeolian fo se li ta/sa bu/ku do ra mi
Tetrachordal Major Phrygian do ra mi fu bo/ko se li ta/sa
Aeolian da ro ma fi bu/ku so le ti/si

4L 4s - Macro-diminished

3L 5s and 5L 3s - Grandfather

Minor Tenths (G[-J]-A-B-C-Q-D[-S]-E-F) - Dorian Mode

Major Tenths (F-G[-J]-A-B-H-C-D[-S]-E) - Mixolydian Mode

Middletown (Dominant Seventh Scale)

3L 6s and 6L 3s - Macro-augmented[9]

I II III IV V VI VII VIII IX
Symmetric Major Dorian so le

lu

ti/si

ve

du

ti/si

bo

du

re

ko

mo

re

ki

mi

fa
Mixolydian fo se li

bu

ta/sa

li

bu

ta/sa

do

ku

ra

do

ku

ra

mi
Tetrachordal Major Dorian do ra

ru

mi

ve

fu

mi

bo

fu

se

ko

lo

se

ki

li

ta/sa
Mixolydian da ro ma

bu

fi

ma

bu

fi

so

ku

le

so

ku

le

ti/si

4L 5s and 5L 4s - Montrose

2L 7s and 7L 2s - Terra Rubra

Perfect Elevenths - Ionian Mode

Augmented Elevenths - Lydian Mode

Galveston Bay Temperament Area

2L 8s and 8L 2s, 5L 5s - Galveston Symmetric, Pentachordal Major, Macro-Blackwood

4L 6s and 6L 4s - Baytown

3L 7s and 7L 3s - Bolivar

Diminshed Twelfths - Locrian Mode

Perfect Twelfths - Phrygian Mode

Sigmatic

5L 6s and 6L 5s - Sesquimachine

4L 7s and 7L 4s, 3L 8s and 8L 3s - (Un)Fair Sigma and Mu

2L 9s and 9L 2s - Arcturus[11]

Minor Thirteenths - Aeolian Mode

Major Thirteenths - Dorian Mode (aka Kiriage Mangan)

Bijou deck of scales

2L 10s and 10L 2s, 3L 9s and 9L 3s, 4L 8s and 8L 4s - Macro-augmented[12], Macro-diminished[12], (Bifold, Trifold, Quadrifold) Symmetric; Hexachordal, Pentachordal, Tetrachordal Major

6L 6s - Macro-Hexe

5L 7s and 7L 5s - Chromatic Major

Minor Fourteenths - Mixolydian Mode

Major Fourteenths - Ionian Mode (aka Nagashi)

(Tetrad and Pentatonic - Mangan Temperament

Hexa- and Heptatonic - Haneman Temperament

Enneatonic plus or minus one - Baiman Temperament

Hen- and dodecatonic - Sanbaiman Temperament)

Triskaidekatonic - Yakuman Temperament List

(1L 12s and 12L 1s - Kazoe Yakuman)

7L 6s and 6L 7s - Daichīsei and Daisharin

9L 4s and 4L 9s - Shōsūshī and Daisūshī

10L 3s and 3L 10s - Shōsangen and Daisangen

5L 8s and 8L 5s - Ryūīsō

2L 11s and 11L 2s - Kokushimusō

MOS patterns
Interval Diatonic Superdiatonic Dodecatonic Tetradecatonic
Minor 9th 5L 3s 7L 3s, 8L 2s 10L 3s, 11L 2s 12L 3s, 13L 2s
Major 9th 6L 2s 8L 3s 11L 3s, 12L 2s 13L 3s, 14L 2s
Minor 10th 6L 3s 9L 2s 12L 3s, 13L 2s 15L 3s, 15L 2s
Major 10th 7L 2s 9L 3s, 9L 4s 13L 3s, 14L 2s 16L 3s, 16L 2s
Perfect 11th 7L 3s 10L 3s 14L 3s 17L 3s
Augmented 11th 8L 2s 10L 4s 14L 4s 17L 4s
Diminished 12th 7L 4s 11L 2s 16L 2s 19L 2s
Perfect 12th 8L 3s 11L 3s 16L 3s 19L 3s
Minor 13th 8L 4s 11L 4s, 12L 3s 16L 4s, 17L 3s 20L 4s, 20L 3s
Major 13th 9L 3s 12L 4s 17L 4s, 18L 3s 21L 4s, 21L 3s
Minor 14th 9L 4s 13L 3s 18L 4s, 19L 3s 22L 4s, 23L 3s
Major 14th 10L 3s 13L 4s, 14L 3s 19L 4s, 20L 3s 23L 4s, 24L 3s

Chord progressions

Due to the fact that the fifth of a common practice diatonic scale can work normally in the extensions beyond the basic ninth, transliterations of chord progressions from 12edo into these LCP scales are fairly trivial, although using any but an eleventh practically assumes that commas (particularly the septimal quarter tone of 36/35) tempered out by 12edo are to be observed in order to have a more stable minor seventh degree. Also, the transliterations are by definition modally ambiguous because they assume extra notes in the harmony that 12edo does not use in those contexts as a rule.

However, the transliteration is not so immediately trivial when the scale is the basic ninth because the fifth of a common practice diatonic scale must work abnormally, being the midpoint of the nine-tone scale. Nevertheless, transliterations of chord progressions from 12edo into the LCP scales of this family will come straight across relatively clearly modally and even into the 12edo-based modes (although Phrygian is difficult to use well because it can generally cut so close to the octave), at least as long as augmented sixth chords are not to be transliterated in a pre-Romantic context (12edo tempers out the augmented comma, transliterating these into [incomplete] dominant 8th chords, which are technically unstable but also technically misleading by enharmonic equivalence). As a result of the fifth that must work abnormally, root position triads actually have a stronger tonality than they do in common practice, being composed of a set of intervals in which there are two that are qualitatively and quantitatively different from each other, which also obtaining for tetrads when an eleventh is equivalent or pentads when a thirteenth is equivalent although the fifth returns to being able to work normally then. The names for these root position triads are:

m6 *n6 M6
m3 Minor - 5:6:8 Husayni (Persian) - 11:13:18 Dorian - 6:7:10
*n3 Bayati/Turkish Minor - 9:11:14 Neutral - 13:16:21 (18:22:29, 19:23:31, 22:27:36, 25:31:41) Rast - 9:11:15
M3 Hindu~Chahargah (Persian) “fourth”ward - 7:9:11 Chahargah (Persian) - 8:10:13 (11:14:18, 14:18:23) Major - 7:9:12

There are also "full" and "defective" ways of transliterating chord progressions into LCP modes which are ninths, elevenths and thirteenths due to the scale having a degree which is exactly at its midpoint. However, the ninths offer all the extra possibilities with no extra necessities unless you care about having great diversity of "defective" ways of transliterating chord progressions into the mode. Also, transliterations into ninths work as follows:

d5-v5 P5 ^5-A5
m3 Dorian - 6:7:10~Husayni (Persian) - 11:13:18 Minor - 5:6:8 (Major #3~Major fourthward - 3:4:5)
*n3 Bayati/Turkish Minor - 9:11:14 Neutral - 13:16:21 (18:22:29, 19:23:31, 22:27:36, 25:31:41) Rast - 9:11:15
M3 (Minor b3 - 9:10:14) Major - 7:9:12 Chahargah (Persian) - 8:10:13 (11:14:18, 14:18:23), “fourth”ward - 7:9:11 (Hindu)~(Italian - 4:5:7)

The twelve reformed minor keys are as follows

I II III IV V VI VII VIII
Phrygian MOS G Major A Minor B Minor C Hindu Q Minor D Major E Minor F Minor
#7 A Dorian Q Hindu E# Double Diminished
Aeolian MOS,*b4 Mode 5 ♮8 F Major G Major A Dorian B Minor H Major C Major D Dorian E Minor
b4 G Dorian Bb Major D Minor
*MOS b7 G Hindu B Minor H Dorian Db Italian
*b4 b7 G Minor Bb Major Db Major
*MOS Mode 2 ♮8 G Major A Dorian B Dorian H Major C Major D Major E Minor F# Minor
*MOS Mode 3 ♮8 A Dorian B Minor H Italian C Major D Dorian E Major F Major G# Minor
*MOS Mode 4 ♮8 B Minor H Major C Italian D Dorian E Minor F Major G Major A# Minor
*b4 Mode 2 ♮8 G Dorian A Dorian Bb Italian H Major C Major D Hindu E Minor F# Minor
*b4 Mode 3 ♮8 A Dorian Bb Major H Italian C Major D Minor E Hindu F Major G# Minor b3
*b4 Mode 6 ♮8 C Major D Minor E Dorian F Major G Dorian A Hindu Bb Major H# Minor
*b4 Mode 7 ♮8 D Minor E Minor F Italian G Dorian A Dorian Bb Major #3 H Major C# Minor
*b4 Mode 8 ♮8 E Minor F Major G Dorian #6 A Dorian Bb Major H Major #3 C Major D# Double Diminished