User:Ganaram inukshuk/Notes/TAMNAMS: Difference between revisions

Ganaram inukshuk (talk | contribs)
Proposal: Naming mosses with more than 10 steps (work-in-progress): Reworded mosdescendant naming so that nth-mosdescendants is first, wip
Ganaram inukshuk (talk | contribs)
Proposal: Naming mosses with more than 10 steps (work-in-progress): Rewrote tamnams extension to be way simpler, added temperament agnostic mosdescendant prefixes
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This is a system for describing scales beyond the set of named TAMNAMS scales. Both [[User:Frostburn]] ([[User:Frostburn/TAMNAMS Extension]]) and I have similar systems, with the main difference here being that mosses are technically not limited to being only three generations away.
This is a system for describing scales beyond the set of named TAMNAMS scales. Both [[User:Frostburn]] ([[User:Frostburn/TAMNAMS Extension]]) and I have similar systems, with the main difference here being that mosses are technically not limited to being only three generations away.


=== Naming mosdescendants ===
To name mosses that have more than 10 notes, names are based on existing mosses and how they're related to one another, rather than giving each mos a unique name. The easiest and most general way to do this is to refer to such mosses as a ''mosdescendant''. For consistency, mosdescendant names apply to mosses whose child scales exceed 10 notes. Since all mosses ultimately descend from some nL ns mos, every possible mosdescendant (at least up to 5 periods), will be related to some mos that has a TAMNAMS name. These mosses are shown in the table below in '''bold'''.
The easiest and most general way to refer to a mos that descends from another, TAMNAMS-named mos is to refer to it as a ''mosdescendant'', where the prefix of mos- is substituted for the prefix for the mos itself. For consistency, mosdescendant names apply to named TAMNAMS mosses whose child scales exceed 10 notes, shown in the table below in '''bold'''.
{| class="wikitable"
{| class="wikitable"
|+Mosses for which mosdescendant names apply
!Mos
!Mos
!Name
!Name
Line 1,141: Line 1,141:
|5L 5s
|5L 5s
|'''pentawood (penwud-)'''
|'''pentawood (penwud-)'''
|}The number of generations a mos is from a named mos can also be specified, so the child mos is a ''1st-mosdescendant'', its grandchild a ''2nd-mosdescendant'', its great-grandchild a ''3rd-mosdescaendnt'', and so on. The algorithm below explains how to find the number of generations two related mosses are, given the mos descends from a named mos whose child mosses already exceed 10 notes:
|}The number of generations a mos is from a named mos can also be specified, so the child mos is a ''1st-mosdescendant'', its grandchild a ''2nd-mosdescendant'', its great-grandchild a ''3rd-mosdescaendnt'', and so on. The algorithm below explains how to find the number of generations two related mosses are, given the mos descends from a named mos whose child mosses already exceed 10 notes.
# Let z and w be the number of large and small steps of the parent mos to be found. Assign to z and w the values x and y respectively. Let g = 0, where g is the number of generations away from zL ws.
# Let m1 be equal to max(z, w) and m2 be equal to min(z, w).
# Assign to z the value m2 and w the value m1-m2. Increment g by 1.
# If the sum of z and w is no more than 10, then the parent mos is zL ws and has a TAMNAMS name. If not, repeat the process starting at step 2.
The prefix of mos- can be replaced with the prefix for the mos itself. As diatonic (5L 2s) doesn't have a prefix, its mosdescendants are called ''diatonic descendants'' instead, and mosses that are ''n'' generations away from 5L 2s are called ''nth diatonic descendants''.


* Finding a parent mos zL ws for the mosdescendant xL ys, where x, y, z, and w share a greatest common factor that is no greater than 5:
=== Names for specific mosdescendants ===
*# Let z and w be the number of large and small steps of the parent mos to be found. Assign to z and w the values x and y respectively. Let g = 0, where g is the number of generations away from zL ws.
Child, grandchild, and great-grandchild names can also be referred to as the following:
*# Let m1 be equal to max(z, w) and m2 be equal to min(z, w).
*# Assign to z the value m2 and w the value m1-m2. Increment g by 1.
*# If the sum of z and w is no more than 10, then the parent mos is zL ws and has a TAMNAMS name. If not, repeat the process starting at step 2.


Since diatonic doesn't have a mos prefix, the phrase ''diatonic descendant'' is used to refer to its mosdescendants.
* The child mos of a named mos can be called ''moschromatic''.
* The grandchild mos of a named mos can be called ''mosenharmonic''.
* The great-grandchild of a mos can be called ''mossubchromatic''. (tentative name; open to better suggestions)


=== Naming mosdescendants up to 3 generations ===
As with mosdescendants, the prefix of mos- can be replaced with the prefix of the related mos, and the absence of a prefix refers to the descendants of diatonic (5L 2s).
Although naming scales beyond the current cap of 10 notes is antithetical to the purpose of TAMNAMS, names for mosses greater than 10 notes can be made systematically using existing names. The rules are described as such:


* If the scale is the child of a named parent scale, then the scale is '''moschromatic'''.
The designations of moschromatic, mosenharmonic, and mossubchromatic refer to one of 2, 4, and 8 possible mosses respectively. To describe a specific mosdescendant, the step ratio can be prefixed to the name of the mosdescendant. Specifying the step ratio of these mosdescendants is optional, and the names for step ratios can be abbreviated into a one or two-letter prefix. (Frostburn's abbreviations can be used here, too.)
* If the scale is the grandchild of a named parent scale, then the scale is '''mosenharmonic.'''
* If the scale is the great-grandchild of a named parent scale, then the scale is '''mosschismic'''. (tentative name; [[Schismatic family|schismic]] refers to a family of temperaments; open to better name suggestions)
* If the scale is more than 3 generations from a named parent scale, or if referring to a scale regardless of number of generations from the parent, then the scale is a '''mosdescendant''' scale.
 
For describing the scales of a named mos, the prefix of mos- is removed and replaced with the mos's prefix instead. For example, the child, grandchild, and great-grandchild scales for the mos 5L 3s (oneirotonic, prefix oneiro-) are oneirochromatic, oneiroenharmonic, and oneiroschismic respectively, and the entire family of mosses related to oneirotonic are oneirodescendants.
 
Additionally, the lack of a prefix will specifically describe the descendant scales of 5L 2s: chromatic, enharmonic, and schismic. Descendants of 5L 2s are referred to as "diatonic descendants" rather than "descendants".
 
Single-letter prefixes for these names are optional, as the single-letter prefixes are meant for specificity. With no prefix specified, moschromatic refers to one of two child scales, mosenharmonic refers to one of four grandchild scales, and mosschismic refers to one of eight great-grandchild scales. The table below shows those prefixes and the mosdescendants for which they apply, as well as the step ratio of the parent mos needed to reach these scales.
{| class="wikitable"
{| class="wikitable"
|+Mosdescendant scales sorted by step ratio
|+Mosdescendant scales sorted by step ratio
! colspan="3" |Parent scale
! colspan="2" |Parent scale
! colspan="4" |Moschromatic (child) scales
! colspan="4" |Moschromatic (child) scales
! colspan="4" |Mosenharmonic (grandchild) scales
! colspan="4" |Mosenharmonic (grandchild) scales
! colspan="4" |Mosschismic (great-grandchild) scales
! colspan="4" |Mossubchromatic (great-grandchild) scales
|-
! rowspan="2" |Steps
! colspan="2" |Step ratio
! rowspan="2" |Steps
! rowspan="2" |Specific name
! colspan="2" |Step ratio of parent
! rowspan="2" |Steps
! rowspan="2" |Specific name
! colspan="2" |Step ratio of grandparent
! rowspan="2" |Steps
! rowspan="2" |Specific name
! colspan="2" |Step ratio of great-grandparent
|-
|-
!Steps
!General range
!General range
!Step ratio for 2:1
!Steps
!Prefix
!Abbrev.
!General range
!General range
!For L:s = 2:1
!Steps
!Prefix
!Abbrev.
!General range
!General range
!For L:s = 2:1
!Steps
!Prefix
!Abbrev.
!General range
!General range
!For L:s = 2:1
|-
|-
| rowspan="8" |xL ys
| rowspan="8" |xL ys
| rowspan="8" |1:1 to 1:0
| rowspan="8" |1:1 to 1:0
| rowspan="8" |2:1 (basic)
| rowspan="4" |(x+y)L xs
| rowspan="4" |(x+y)L xs
| rowspan="4" |m-moschromatic
| rowspan="4" |soft-
| rowspan="4" |1:1 to 2:1
| rowspan="4" |s-
| rowspan="4" |3:2 (soft)
| rowspan="4" |1:1 to 2:1 (general soft range)
| rowspan="2" |(x+y)L (2x+y)s
| rowspan="2" |(x+y)L (2x+y)s
| rowspan="2" |f-mosenharmonic
| rowspan="2" |soft-
| rowspan="2" |s-
| rowspan="2" |1:1 to 3:2
| rowspan="2" |1:1 to 3:2
| rowspan="2" |4:3 (supersoft)
|(x+y)L (3x+2y)s
|(x+y)L (3x+2y)s
|f-mosschismic
|ultrasoft-
|us-
|1:1 to 4:3 (ultrasoft)
|1:1 to 4:3 (ultrasoft)
|5:4
|-
|-
|(3x+2y)L (x+y)s
|(3x+2y)L (x+y)s
|a-mosschismic
|parasoft-
|ps-
|4:3 to 3:2 (parasoft)
|4:3 to 3:2 (parasoft)
|7:5
|-
|-
| rowspan="2" |(2x+y)L (x+y)s
| rowspan="2" |(2x+y)L (x+y)s
| rowspan="2" |m-mosenharmonic
| rowspan="2" |hyposoft-
| rowspan="2" |os-
| rowspan="2" |3:2 to 2:1 (hyposoft)
| rowspan="2" |3:2 to 2:1 (hyposoft)
| rowspan="2" |5:3 (semisoft)
|(3x+2y)L (2x+y)s
|(3x+2y)L (2x+y)s
|u-mosschismic
|quasisoft-
|qs-
|3:2 to 5:3 (quasisoft)
|3:2 to 5:3 (quasisoft)
|8:5
|-
|-
|(2x+y)L (3x+2y)s
|(2x+y)L (3x+2y)s
|m-mosschismic
|minisoft-
|ms-
|5:3 to 2:1 (minisoft)
|5:3 to 2:1 (minisoft)
|7:4
|-
|-
| rowspan="4" |xL (x+y)s
| rowspan="4" |xL (x+y)s
| rowspan="4" |p-moschromatic
| rowspan="4" |hard-
| rowspan="4" |2:1 to 1:0
| rowspan="4" |h-
| rowspan="4" |3:1 (hard)
| rowspan="4" |2:1 to 1:0 (general hard range)
| rowspan="2" |(2x+y)L xs
| rowspan="2" |(2x+y)L xs
| rowspan="2" |p-mosenharmonic
| rowspan="2" |hypohard-
| rowspan="2" |oh-
| rowspan="2" |2:1 to 3:1 (hypohard)
| rowspan="2" |2:1 to 3:1 (hypohard)
| rowspan="2" |5:2 (semihard)
|(2x+y)L (3x+y)s
|(2x+y)L (3x+y)s
|p-mosschismic
|minihard-
|mh-
|2:1 to 5:2 (minihard)
|2:1 to 5:2 (minihard)
|7:3
|-
|-
|(3x+y)L (2x+y)s
|(3x+y)L (2x+y)s
|q-mosschismic
|quasihard-
|qh-
|5:2 to 3:1 (quasihard)
|5:2 to 3:1 (quasihard)
|8:3
|-
|-
| rowspan="2" |xL (2x+y)s
| rowspan="2" |xL (2x+y)s
| rowspan="2" |s-mosenharmonic
| rowspan="2" |hard-
| rowspan="2" |h-
| rowspan="2" |3:1 to 1:0
| rowspan="2" |3:1 to 1:0
| rowspan="2" |4:1 (superhard)
|(3x+y)L xs
|(3x+y)L xs
|r-mosschismic
|parahard-
|ph-
|3:1 to 4:1 (parahard)
|3:1 to 4:1 (parahard)
|7:2
|-
|-
|xL (3x+y)s
|xL (3x+y)s
|s-mosschismic
|ultrahard-
|uh-
|4:1 to 1:0 (ultrahard)
|4:1 to 1:0 (ultrahard)
|5:1
|}
{| class="wikitable"
|+Simplified table, without step ratios, sorted by position on mos family tree
!Parent scale
! colspan="2" |Moschromatic scales
! colspan="2" |Mosenharmonic scales
! colspan="2" |Mosschismic scales
|-
!Steps
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
|-
| rowspan="8" |xL ys
| rowspan="4" |xL (x+y)s
| rowspan="4" |p-moschromatic
| rowspan="2" |xL (2x+y)s
| rowspan="2" |s-mosenharmonic
|xL (3x+y)s
|s-mosschismic
|-
|(3x+y)L xs
|r-mosschismic
|-
| rowspan="2" |(2x+y)L xs
| rowspan="2" |p-mosenharmonic
|(2x+y)L (3x+y)s
|p-mosschismic
|-
|(3x+y)L (2x+y)s
|q-mosschismic
|-
| rowspan="4" |(x+y)L xs
| rowspan="4" |m-moschromatic
| rowspan="2" |(x+y)L (2x+y)s
| rowspan="2" |f-mosenharmonic
|(x+y)L (3x+2y)s
|f-mosschismic
|-
|(3x+2y)L (x+y)s
|a-mosschismic
|-
| rowspan="2" |(2x+y)L (x+y)s
| rowspan="2" |m-mosenharmonic
|(2x+y)L (3x+2y)s
|m-mosschismic
|-
|(3x+2y)L (2x+y)s
|u-mosschismic
|}
=== Mosdescendants for single-period mosses ===
Although it's possible for any mos to have mosdescendants named as described above, it's recommended that mosdescendant scale names should apply to mosses whose immediate child mosses exceed 10 steps. The following tables show which mosses, marked in '''bold''', mosdescendant names can apply.
{| class="wikitable"
|+Single-period mosses for which mosdescendant names apply
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
|-
| rowspan="16" |1L 1s
| rowspan="16" |trivial
| rowspan="11" |1L 2s
| rowspan="11" |antrial
| rowspan="8" |1L 3s
| rowspan="8" |antetric
| rowspan="6" |1L 4s
| rowspan="6" |pedal
| rowspan="5" |1L 5s
| rowspan="5" |antimachinoid
| rowspan="4" |1L 6s
| rowspan="4" |onyx
| rowspan="3" |1L 7s
| rowspan="3" |antipine
| rowspan="2" |1L 8s
| rowspan="2" |antisubneutralic
|1L 9s
|'''antisinatonic (asina-)'''
|-
|9L 1s
|'''sinatonic (sina-)'''
|-
|8L 1s
|'''subneutralic (blu-)'''
| colspan="2" rowspan="14" |
|-
|7L 1s
|'''pine (pine-)'''
| colspan="2" rowspan="13" |
|-
|6L 1s
|'''arch(a)eotonic (arch-)'''
| colspan="2" rowspan="12" |
|-
|5L 1s
|'''machinoid (mech-)'''
| colspan="2" rowspan="11" |
|-
| rowspan="2" |4L 1s
| rowspan="2" |manual
|5L 4s
|'''semiquartal (chton-)'''
|-
|4L 5s
|'''gramitonic (gram-)'''
|-
| rowspan="3" |3L 1s
| rowspan="3" |tetric
|4L 3s
|'''smitonic (smi-)'''
| colspan="2" |
|-
| rowspan="2" |3L 4s
| rowspan="2" |mosh
|7L 3s
|'''dicoid/zaltertic (dico-/zal-)'''
|-
|3L 7s
|'''sephiroid (seph-)'''
|-
| rowspan="5" |2L 1s
| rowspan="5" |trial
| rowspan="2" |3L 2s
| rowspan="2" |antipentic
|3L 5s
|'''checkertonic (check-)'''
| colspan="2" rowspan="3" |
|-
|5L 3s
|'''oneirotonic (oneiro-)'''
|-
| rowspan="3" |2L 3s
| rowspan="3" |pentic
|5L 2s
|'''diatonic ''(no prefix)'''''
|-
| rowspan="2" |2L 5s
| rowspan="2" |antidiatonic
|7L 2s
|'''superdiatonic (arm-)'''
|-
|2L 7s
|'''balzano (bal-)'''
|}
=== Mosdescendants for multi-period mosses ===
TAMNAMS has names for 2-period mosses up to 10 notes, and as such, mosdescendant names apply to mosses whose children have more than 10 notes: '''jaric''', '''taric''', '''ekic''', '''lemon''', and '''lime'''. Likewise, there are 3-period scales up to 9 notes, so mosdescendant names apply to '''tcherepnin''' and '''hyrulic''', the only 3-period mosses named under TAMNAMS, apart from triwood.
{| class="wikitable"
|+2 and 3-period mosses for which mosdescendant names apply
! colspan="8" |2-period mosses
|-
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
|-
| rowspan="5" |[[2L 2s]]
| rowspan="5" |biwood
| rowspan="3" |[[2L 4s]]
| rowspan="3" |malic
| rowspan="2" |[[2L 6s]]
| rowspan="2" |subaric
|[[2L 8s]]
|'''jaric (jara-)'''
|-
|[[8L 2s]]
|'''taric (tara-)'''
|-
|[[6L 2s]]
|'''ekic (ek-)'''
| colspan="2" rowspan="3" |
|-
| rowspan="2" |[[4L 2s]]
| rowspan="2" |citric
|[[6L 4s]]
|'''lemon (lem-)'''
|-
|[[4L 6s]]
|'''lime (lime-)'''
|-
! colspan="8" |3-period mosses
|-
!Mos
!Name
!Mos
!Name
| colspan="4" rowspan="3" |
|-
| rowspan="2" |[[3L 3s]]
| rowspan="2" |triwood
|[[3L 6s]]
|'''tcherepnin (cher-)'''
|-
|[[6L 3s]]
|'''hyrulic (hyru-)'''
|}
Starting at 4 periods, mosdescendant names apply only to n-wood scales (tetrawood, pentawood, etc), where the names of mosdescendants are based on names for single-period mosses up to 5 notes rather than based on moschromatic, mosenharmonic, and mosschismic, and thereby limited to mosdescendants with 5n notes; any descendants after that are referred as to '''n-wood descendants'''.
Since the names for single-period mosses up to 5 notes may also be used for non-octave periods, these names are used for multi-period mosses, producing '''n-antrial''', '''n-trial''', '''n-antetric''', '''n-tetric''', '''n-antipentic''', '''n-pentic''', '''n-pedal''', and '''n-manual'''. Note that there are only two named 3rd-generation mosses from nL ns rather than the usual eight; the missing six names (what would be n-smitonic, n-mosh, n-checkertonic, n-oneiorotonic, n-diatonic, and n-antidiatonic) are unsuitable for use for multi-period mos names as these names must refer to an octave period.
The table outlines possible names for n-wood descendants for tetrawood, pentawood, and, in the general case, n-wood. Numeric prefixes may be used for these names, rather than n-.
{| class="wikitable"
|+Possible mosdescendant names for mosses with 4 periods or more
|-
! colspan="9" |4-period mosses
|-
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Other notes
|-
| rowspan="5" |[[4L 4s]]
| rowspan="5" |'''tetrawood'''
| rowspan="3" |[[4L 8s]]
| rowspan="3" |quadantrial
| rowspan="2" |[[4L 12s]]
| rowspan="2" |quadantetric
|[[4L 16s]]
|tetrapedal
| rowspan="5" |Some names have Latin prefixes for ease of spelling.
|-
|[[16L 4s]]
|tetramanual
|-
|[[12L 4s]]
|quadtetric
| colspan="2" rowspan="3" |
|-
| rowspan="2" |[[8L 4s]]
| rowspan="2" |quadtrial
|[[12L 8s]]
|tetrantipentic
|-
|[[8L 12s]]
|tetrapentic
|-
! colspan="9" |5-period mosses
|-
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Other notes
|-
| rowspan="5" |[[5L 5s]]
| rowspan="5" |'''pentawood'''
| rowspan="3" |[[5L 10s]]
| rowspan="3" |quinantrial
| rowspan="2" |[[5L 15s]]
| rowspan="2" |quinantetric
|[[5L 20s]]
|pentapedal
| rowspan="5" |Some names have Latin prefixes for ease of spelling.
|-
|[[20L 5s]]
|pentamanual
|-
|[[15L 5s]]
|quintetric
| colspan="2" rowspan="3" |
|-
| rowspan="2" |[[10L 5s]]
| rowspan="2" |quintrial
|[[15L 10s]]
|quinantipentic
|-
|[[10L 15s]]
|quinpentic
|-
! colspan="9" |n-period mosses
|-
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Mos
!Name
!Other notes
|-
| rowspan="5" |nL ns
| rowspan="5" |'''n-wood'''
| rowspan="3" |nL 2ns
| rowspan="3" |n-antrial
| rowspan="2" |nL 3ns
| rowspan="2" |n-antetric
|nL 4ns
|n-pedal
| rowspan="5" |A numeric prefix may be used instead, such as hexawood instead of 6-wood.
When in doubt, prefix names for n-period mosses with n-.
|-
|4nL ns
|n-manual
|-
|3nL ns
|n-tetric
| colspan="2" rowspan="3" |
|-
| rowspan="2" |2nL ns
| rowspan="2" |n-trial
|3nL 2ns
|n-anpentic
|-
|2nL 3ns
|n-pentic
|}
|}


=== Naming mosdescendants for linearly growing scales (work-in-progress) ===
=== Names for mosdescendants with more than 5 periods (wip) ===
Some noteworthy mosdescendants may be more than 3 generations away, but may have the same number of large steps as a named parent mos. In such cases, the number of notes with each successive mosdescendant grows linearly, and these mosses may be assigned a letter to refer to a specific mosdescendant. Currently, this applies to mosdescendants whose parent mos has a step ratio that is along the extreme edges of the step ratio spectrum, around pseudoequalized and pseudocollapsed, producing '''nth s-mosdescendants''' and '''nth f-mosdescendants'''. The mos family tree better shows which mosses grow linearly, shown in bold, as the upper child of each node is always xL (x+y)s, which becomes of xL (nx+y)s over n generations.
TAMNAMS only has names for mosses with up to 10 notes, which covers mosses with up to 5 periods. To name mosses with more than 5 periods, the names for n-wood names for mosses will have to be extended to hexawood, heptawood (or septawood), octawood, nonawood (or enneawood), and decawood. Beyond that, the naming scheme becomes 11-wood, 12-wood, and so on.
{| class="wikitable"
|+Mosdescendants sorted by position on the mos family tree
!Parent scale
! colspan="2" |Moschromatic scales
(1st mosdescendants)
! colspan="2" |Mosenharmonic scales
(2nd mosdescendants)
! colspan="2" |Mosschismic scales
(3rd mosdescendants)
! colspan="2" |4th-mosdescendant scales
(selected mosdescendants)
! colspan="2" |5th-mosdescendant scales
(selected mosdescendants)
! colspan="2" |nth-mosdescendant scales
(selected mosdescendants)
|-
!Steps
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
|-
| rowspan="8" |xL ys
| rowspan="4" |'''xL (x+y)s'''
| rowspan="4" |'''p-moschromatic'''
| rowspan="2" |'''xL (2x+y)s'''
| rowspan="2" |'''s-mosenharmonic'''
|'''xL (3x+y)s'''
|'''s-mosschismic'''
|'''xL (4x+y)s'''
|'''4th s-mosdescendant'''
|'''xL (5x+y)s'''
|'''5th s-mosdescendant'''
|'''xL (nx+y)s'''
|'''nth s-mosdescendant'''
|-
|(3x+y)L xs
|r-mosschismic
|
|
|
|
|
|
|-
| rowspan="2" |(2x+y)L xs
| rowspan="2" |p-mosenharmonic
|(2x+y)L (3x+y)s
|p-mosschismic
|(2x+y)L (5x+2y)s
|4th p-mosdescendant
|(2x+y)L (7x+3y)s
|5th p-mosdescendant
|
|
|-
|(3x+y)L (2x+y)s
|q-mosschismic
|
|
|
|
|
|
|-
| rowspan="4" |(x+y)L xs
| rowspan="4" |m-moschromatic
| rowspan="2" |'''(x+y)L (2x+y)s'''
| rowspan="2" |'''f-mosenharmonic'''
|'''(x+y)L (3x+2y)s'''
|'''f-mosschismic'''
|'''(x+y)L (4x+3y)s'''
|'''4th f-mosdescendant'''
|'''(x+y)L (5x+4y)s'''
|'''5th f-mosdescendant'''
|'''(x+y)L (nx+(n-1)y)s'''
|'''nth f-mosdescendant'''
|-
|(3x+2y)L (x+y)s
|a-mosschismic
|
|
|
|
|
|
|-
| rowspan="2" |(2x+y)L (x+y)s
| rowspan="2" |m-mosenharmonic
|(2x+y)L (3x+2y)s
|m-mosschismic
|(2x+y)L (5x+3y)s
|4th m-mosdescendant
|(2x+y)L (7x+4y)s
|5th m-mosdescendant
|
|
|-
|(3x+2y)L (2x+y)s
|u-mosschismic
|
|
|
|
|
|
|}
{| class="wikitable"
|+Mosdescendants sorted by step ratio
!Parent scale
! colspan="2" |Moschromatic scales
(1st mosdescendants)
! colspan="2" |Mosenharmonic scales
(2nd mosdescendants)
! colspan="2" |Mosschismic scales
(3rd mosdescendants)
! colspan="3" |nth-mosdescendant scales
|-
!Steps
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
!Steps
!Specific name
!Step ratio of parent
|-
| rowspan="10" |xL ys
| rowspan="5" |(x+y)L xs
| rowspan="5" |m-moschromatic
| rowspan="3" |(x+y)L (2x+y)s
| rowspan="3" |f-mosenharmonic
| rowspan="2" |(x+y)L (3x+2y)s
| rowspan="2" |f-mosschismic
|(x+y)L (nx+(n-1)y)s
|nth f-mosdescendant
|Softer than 5:4
|-
| rowspan="8" |
| rowspan="8" |
| rowspan="8" |
|-
|(3x+2y)L (x+y)s
|a-mosschismic
|-
| rowspan="2" |(2x+y)L (x+y)s
| rowspan="2" |m-mosenharmonic
|(3x+2y)L (2x+y)s
|u-mosschismic
|-
|(2x+y)L (3x+2y)s
|m-mosschismic
|-
| rowspan="5" |xL (x+y)s
| rowspan="5" |p-moschromatic
| rowspan="2" |(2x+y)L xs
| rowspan="2" |p-mosenharmonic
|(2x+y)L (3x+y)s
|p-mosschismic
|-
|(3x+y)L (2x+y)s
|q-mosschismic
|-
| rowspan="3" |xL (2x+y)s
| rowspan="3" |s-mosenharmonic
|(3x+y)L xs
|r-mosschismic
|-
| rowspan="2" |xL (3x+y)s
| rowspan="2" |s-mosschismic
|-
|xL (nx+y)s
|nth s-mosdescendant
|Harder than 5:1
|}


=== Reasoning for names ===
=== Reasoning for names ===
The names for moschromatic scales are based on former names for the child scales for diatonic (5L 2s): p-chromatic (5L 7s) and m-chromatic (7L 5s). This was generalized to "chromatic" and "moschromatic", with the prefixes m- and p- for specificity. The names for mosenharmonic scales are based on discussions with xen Discord members for systematically naming the daughter and granddaughter scales of a mos, producing "enharmonic" and "mosenharmonic" with the prefixes f-, m-, p-, and s- for specificity.
The names for moschromatic scales are based on former names for the child scales for diatonic (5L 2s) - p-chromatic for 5L 7s and m-chromatic for 7L 5s - and was generalized to "moschromatic". The term enharmonic is a term already in use to describe the grandchild mosses of diatonic, and so was generalized to mosenharmonic. The term subchromatic is a term coined by Mike Battaglia to describe a scale that is more chromatic than either chromatic or enharmonic, and is generalized to mossubchromatic.


Names for mosdescendants are thereby based on replacing the mos- prefix with that for a mos's TAMNAMS name. This effectively brings back the names of m-chromatic and p-chromatic, as TAMNAMS specifically names mosses up to 10 notes. This also names other mosses whose names were lost entirely, mainly kleistonic (4L 7s, now p-smichromatic) and suprasmitonic (7L 4s, now m-smichromatic), two names that were dropped because these mosses had more than 10 notes.
Various people have suggested the use of p- and m- as prefixes to refer to specific moschromatic scales, as well as the use of f- and s- for mosenharmonic scales. Generalizing the pattern to 3rd-mosdescendants revealed an issue where the letters started to diverge and resulted in a binary tree that was no longer symmetric with how new letters are added. Specifically, the m- and p- prefixes are no longer at the middle. Rather than to use these letters and to maintain temperament agnosticism, prefixes based on step ratios are used instead.
 
The reason why mosdescendants for mosses with 4 periods or greater are not based on their corresponding n-wood scale is because these mosses do not have any child mosses with 10 notes or fewer, and therefore have no named child mosses from which to build mosdescendant names. Rather, names for these mosdescendants are based on period-agnostic names (antrial, trial, antetric, tetric, etc) to reflect that these are scales based on duplicating a base mos multiple times within an octave.
 
The addition of mosschismic scales for great-grandchild scales was done for completeness, with the prefixes f-, a-, u-, m-, p- q-, r-, and s- for specificity (names not finalized). Note that mosschismic scales borrows the prefixes as mosenharmonic scales, which itself borrows those for mosenharmonic scales. The table below shows what prefixes are used for which generation of mosdescendants, with an added mnemonic for memorization.
{| class="wikitable"
|+Table of mosdescendent prefixes and meanings
!Prefix
!For moschromatic scales
!For mosenharmonic scales
!For mosschismic scales
!Mnemonic
|-
|f-
|n/a
|F for '''f'''lat; f-mosenharmonic scales have a grandparent whose pitches are flatter compared to basic (L:s = 2:1).
|F for '''f'''lat.
| rowspan="4" |FAUM sounds like foam, which sounds '''soft'''.
F-, a-, u-, and m-mosschismic scales generally have a great-grandparent with a '''soft''' step ratio.
|-
|a-
|n/a
|n/a
|A from p'''a'''rasoft, as "P" is taken.
|-
|u-
|n/a
|n/a
|U from q'''u'''asisoft, as "Q" is taken.
|-
|m-
|M for '''m'''aybe/'''m'''ellow; based on old name for 7L 5s
| rowspan="2" |M- and p-mosenharmonic scales have a grandparent whose step ratio is close to the "'''m'''id'''p'''oint" of L:s = 2:1.
| rowspan="2" |M and P for '''m'''id'''p'''oint.
|-
|p-
|P for '''p'''ure/shar'''p'''; based on old name for 5L 7s
| rowspan="4" |PQRS are four consecutive letters in the alphabet. It's '''hard''' to pronounce because there are no vowels.
P-, q-, r-, and s-mosschismic scales generally have a great-grandparent with a '''hard''' step ratio.
|-
|q-
|n/a
|n/a
|Q and R are the only two letters between P and S. Q may stand for '''q'''uasihard.
|-
|r-
|n/a
|n/a
|Q and R are the only two letters between P and S. R may stand for pa'''r'''ahard.
|-
|s-
|n/a
|S for '''s'''harp; s-mosenharmonic scales have a grandparent whose pitches are sharper compared to basic (L:s = 2:1).
|"S" for '''s'''harp.
|}
 
=== Examples ===
{| class="wikitable"
|+Names for descendant scales of 5L 2s (diatonic)
! colspan="2" |Diatonic scale
! colspan="2" |Chromatic scales
! colspan="2" |Enharmonic scales
! colspan="2" |Schismic scales
!4th diatonic descendants
|-
!Steps
!Name
!Steps
!Name
!Steps
!Name
!Steps
!Name
!Steps
|-
| rowspan="8" |[[5L 2s]]
| rowspan="8" |diatonic
| rowspan="4" |[[7L 5s]]
| rowspan="4" |m-chromatic
| rowspan="2" |[[7L 12s]]
| rowspan="2" |f-enharmonic
|[[7L 19s]]
|f-schismic
|7A 26B
|-
|[[19L 7s]]
|a-schismic
|19A 26B
|-
| rowspan="2" |[[12L 7s]]
| rowspan="2" |m-enharmonic
|[[19L 12s]]
|u-schismic
|19A 31B
|-
|[[12L 19s]]
|m-schismic
|12A 31B
|-
| rowspan="4" |[[5L 7s]]
| rowspan="4" |p-chromatic
| rowspan="2" |[[12L 5s]]
| rowspan="2" |p-enharmonic
|[[12L 17s]]
|p-schismic
|12A 29B
|-
|[[17L 12s]]
|q-schismic
|17A 29B
|-
| rowspan="2" |[[5L 12s]]
| rowspan="2" |s-enharmonic
|[[17L 5s]]
|r-schismic
|17A 22B
|-
|[[5L 17s]]
|s-schismic
|5A 22B
|}
{| class="wikitable"
|+Names for descendant scales for 5L 3s (oneirotonic)
! colspan="2" |Oneirotonic scale
! colspan="2" |Oneirochromatic scales
! colspan="2" |Oneiroenharmonic scales
! colspan="2" |Oneiroschismic scales
!4th oneirodescendants
|-
!Steps
!Name
!Steps
!Name
!Steps
!Name
!Steps
!Name
!Steps
|-
| rowspan="8" |[[8L 5s]]
| rowspan="8" |oneirotonic
| rowspan="4" |[[8L 5s]]
| rowspan="4" |m-oneirochromatic
| rowspan="2" |[[8L 13s]]
| rowspan="2" |f-oneiroenharmonic
|[[8L 21s]]
|f-oneiroschismic
|8A 29B
|-
|[[21L 8s]]
|a-oneiroschismic
|21A 29B
|-
| rowspan="2" |[[13L 8s]]
| rowspan="2" |m-oneiroenharmonic
|[[21L 13s]]
|u-oneiroschismic
|21A 34B
|-
|[[13L 21s]]
|m-oneiroschismic
|13A 34B
|-
| rowspan="4" |[[5L 8s]]
| rowspan="4" |p-oneirochromatic
| rowspan="2" |[[13L 5s]]
| rowspan="2" |p-oneiroenharmonic
|[[13L 18s]]
|p-oneiroschismic
|13A 31B
|-
|[[18L 13s]]
|q-oneiroschismic
|18A 31B
|-
| rowspan="2" |[[5L 13s]]
| rowspan="2" |s-oneiroenharmonic
|[[18L 5s]]
|r-oneiroschismic
|18A 23B
|-
|[[5L 18s]]
|s-oneiroschismic
|5A 23B
|}
 
=== Notes and issues ===
* Interestingly, there is evidence that another Xen Discord user ([[user:Flirora]]) suggested the same naming system described here up to 3 generations, with only slight differences with 3rd-generation names. As I was part of a discussion on limiting TAMNAMS names to 10-note mosses, which facilitated naming mosdescendants up to two generations (mosenharmonic scales), rather than this earlier suggestion, it's possible that the same proposal for mosenharmonic scales may have been independently developed twice.
* Some names with this system are not finalized, particularly the term "mosschismic" and some of the single-letter prefixes.
** Better names than "mosschismic" include "mossubharmonic" (adapted from the above suggestion which had "prefix-sub-prefix-enharmonic") and "mossubchromatic", possibly shortened to "mossubchromic" (adapted from "subchromatic", as seen in [[Diatonic, Chromatic, Enharmonic, Subchromatic|this page]]).
** An issue with using letter-based prefixes is that many of them are based on temperaments. A temperament-agnostic interpretation will be needed if these letters are to be generalized outside of the diatonic family.
** Yet another issue is that the pattern of f-, m-, p-, and s-, all based on temperaments, does not continue with 3rd-generation mosses in that f- and s- are no longer at the extremes and p- is no longer at the midpoint (see table below). Either 3rd-generation mosses need a different set of prefixes, or a different set of prefixes are needed throughout.
** In the spirit of TAMNAMS being temperament-agnostic, a proper solution may be to not use and shoehorn temperament-suggestive prefixes, but rather use the names for step ratios. This lines up with Frostburn's proposal, but applies to the first three generations, not just the third. (Frostburn's proposed abbreviations may also work.) Under this system, all prefixes can work for all three generations, so soft-chromatic, hyposoft-chromatic, and minisoft-chromatic is allowed, just as soft-subchromatic, hyposoft-subchromatic, and minisoft-subchromatic. The absence of prefixes is also allowed.
*** Hard and soft are preferred over sharp and flat, as those describe accidentals specific to diatonic notation. TAMNAMS and diamond-mos notation has generalized sharps and flats, called amps/ams and ats.
{| class="wikitable"
{| class="wikitable"
|+Temperament-based mosdescendant prefixes
! rowspan="2" |Diatonic scale
! rowspan="2" |Diatonic scale
! colspan="2" |Child scales
! colspan="2" |Child scales
Line 1,988: Line 1,262:
|-
|-
!Steps
!Steps
!Notable temperament(s)
!Notable temperament
!Steps
!Steps
!Notable temperament(s)
!Notable temperament
!Steps
!Steps
!Notable temperament(s)
!Notable temperament
!Would-be prefix
!Prefix
|-
|-
| rowspan="8" |[[5L 2s]]
| rowspan="8" |[[5L 2s]]
Line 2,040: Line 1,314:
|u-
|u-
|}
|}
{| class="wikitable"
The temperament-based prefixes may be used specifically for diatonic descendants rather than prefixes based on step ratios, effectively bringing back the names of p-chromatic and m-chromatic.
! rowspan="2" |Diatonic scale
 
! colspan="3" |Child scales
=== Other notes ===
! colspan="3" |Grandchild scales
This section was rewritten to heavily simplify mosdescendant naming, and this section contains scattered notes that ultimately justified the rewrite.
! colspan="3" |Great-grandchild scales
* Interestingly, there is evidence that another Xen Discord user ([[user:Flirora]]) suggested the same naming system described here up to 3 generations, with only slight differences with 3rd-generation names. As I was part of a discussion on limiting TAMNAMS names to 10-note mosses, which facilitated naming mosdescendants up to two generations (mosenharmonic scales), rather than this earlier suggestion, it's possible that the same proposal for mosenharmonic scales may have been independently developed twice.
|-
* Some names with this system are not finalized, particularly the term "mosschismic" and some of the single-letter prefixes.
!Steps
** Better names than "mosschismic" include "mossubharmonic" (adapted from the above suggestion which had "prefix-sub-prefix-enharmonic") and "mossubchromatic", possibly shortened to "mossubchromic" (adapted from "subchromatic", as seen in [[Diatonic, Chromatic, Enharmonic, Subchromatic|this page]]).
!Name based on step ratio
** An issue with using letter-based prefixes is that many of them are based on temperaments. A temperament-agnostic interpretation will be needed if these letters are to be generalized outside of the diatonic family.
!Possible abbrev.
** Yet another issue is that the pattern of f-, m-, p-, and s-, all based on temperaments, does not continue with 3rd-generation mosses in that f- and s- are no longer at the extremes and p- is no longer at the midpoint (see table below). Either 3rd-generation mosses need a different set of prefixes, or a different set of prefixes are needed throughout.
!Steps
** In the spirit of TAMNAMS being temperament-agnostic, a proper solution may be to not use and shoehorn temperament-suggestive prefixes, but rather use the names for step ratios. This lines up with Frostburn's proposal, but applies to the first three generations, not just the third. (Frostburn's proposed abbreviations may also work.) Under this system, all prefixes can work for all three generations, so soft-chromatic, hyposoft-chromatic, and minisoft-chromatic is allowed, just as soft-subchromatic, hyposoft-subchromatic, and minisoft-subchromatic. The absence of prefixes is also allowed.
!Name based on step ratio
*** Hard and soft are preferred over sharp and flat, as those describe accidentals specific to diatonic notation. TAMNAMS generalizes sharps and flats using chromas, realized as amps/ams and ats in diamond-mos notation.
!Possible abbrev.
!Steps
!Name based on step ratio
!Possible abbrev.
|-
| rowspan="15" |[[5L 2s]]
| rowspan="7" |[[7L 5s]]
| rowspan="7" |soft-chromatic
| rowspan="7" |s-chromatic
| rowspan="3" |[[7L 12s]]
| rowspan="3" |soft-enharmonic
| rowspan="3" |s-enharmonic
|[[7L 19s]]
|ultrasoft-subchromatic
|us-subchromatic
|-
|26edo
|
|
|-
|[[19L 7s]]
|parasoft-subchromatic
|ps-subchromatic
|-
|19edo
|
|
|
|
|
|-
| rowspan="3" |[[12L 7s]]
| rowspan="3" |hyposoft-enharmonic
| rowspan="3" |hs-enharmonic
|[[19L 12s]]
|quasisoft-subchromatic
|qs-subchromatic
|-
|50edo
|
|
|-
|[[12L 19s]]
|minisoft-subchromatic
|ms-subchromatic
|-
|12edo
|equalized-chromatic
|e-chromatic
|
|
|
|
|
|
|-
| rowspan="7" |[[5L 7s]]
| rowspan="7" |hard-chromatic
| rowspan="7" |h-chromatic
| rowspan="3" |[[12L 5s]]
| rowspan="3" |hypohard-enharmonic
| rowspan="3" |hh-enharmonic
|[[12L 17s]]
|minihard-subchromatic
|mh-subchromatic
|-
|31edo
|
|
|-
|[[17L 12s]]
|quasihard-subchromatic
|qh-subchromatic
|-
|17edo
|
|
|
|
|
|-
| rowspan="3" |[[5L 12s]]
| rowspan="3" |hard-enharmonic
| rowspan="3" |h-enharonic
|[[17L 5s]]
|parahard-subchromatic
|ph-subchromatic
|-
|39edo
|
|
|-
|[[5L 17s]]
|ultrahard-subchromatic
|uh-subchromatic
|}
== Suggested changes for mos pattern names (work-in-progress) ==
== Suggested changes for mos pattern names (work-in-progress) ==
This section describes changes to existing [[TAMNAMS]] names that I would make. Reasons:
This section describes changes to existing [[TAMNAMS]] names that I would make. Reasons: