5-limit: Difference between revisions
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{{Wikipedia|Five-limit tuning}} | {{Wikipedia|Five-limit tuning}} | ||
[[File:Lattice 5lim.png|alt=The lattice is a grid with 60 degree triangles and intervals at the vertices. The center vertex is 1/1, moving right is multiplication by 3/2, up-right is multiplication by 5/4, and up-left is multiplication by 5/3. Everything is octave-reduced.|thumb|5-limit hexagonal lattice]] | [[File:Lattice 5lim.png|alt=The lattice is a grid with 60 degree triangles and intervals at the vertices. The center vertex is 1/1, moving right is multiplication by 3/2, up-right is multiplication by 5/4, and up-left is multiplication by 5/3. Everything is octave-reduced.|thumb|5-limit hexagonal lattice]] | ||
The '''5-limit''' consists of all [[just intonation]] intervals whose [[ratio|numerators and denominators]] are both products of the primes 2, 3, and 5 | The '''5-limit''' (a.k.a. ''ya'' in [[color notation]]) consists of all [[just intonation]] intervals whose [[ratio|numerators and denominators]] are both products of the primes 2, 3, and 5. The 5-limit is the third prime limit and is a superset of the [[3-limit]] and a subset of the [[7-limit]]. Some examples of 5-limit intervals are [[5/4]], [[6/5]], [[10/9]] and [[81/80]]. | ||
These things are contained by the 5-limit, but not the 3-limit: | These things are contained by the 5-limit, but not the 3-limit: | ||
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Due to their historical significance, 5-limit intervals go by various names, including '''classic(al)'''<ref>[https://dkeenan.com/Music/IntervalNaming.htm ''A note on the naming of musical intervals''] by [[Dave Keenan]]</ref> or '''pental'''<ref>[https://chrisvaisvil.com/microtonal-theory-pages/gallery-of-just-intervals/ Gallery of Just Intervals « Music & Techniques by Chris Vaisvil]</ref>. | Due to their historical significance, 5-limit intervals go by various names, including '''classic(al)'''<ref>[https://dkeenan.com/Music/IntervalNaming.htm ''A note on the naming of musical intervals''] by [[Dave Keenan]]</ref> or '''pental'''<ref>[https://chrisvaisvil.com/microtonal-theory-pages/gallery-of-just-intervals/ Gallery of Just Intervals « Music & Techniques by Chris Vaisvil]</ref>. | ||
Recently, composers [[Catherine Lamb]] and [[Marc Sabat]] have adopted ''quintal'' for the [[harmonic class]] 5 since the corresponding Latin numerals are used to refer to higher prime limits such as ''septimal'' for the 7-limit and ''undecimal'' for the 11-limit.<ref>See e.g. liner notes for Lambs' ''Curva Triangulus'', "Curva Triangulus is an ever-fluctuating modal space | Recently, composers [[Catherine Lamb]] and [[Marc Sabat]] have adopted ''quintal'' for the [[harmonic class]] 5 since the corresponding Latin numerals are used to refer to higher prime limits such as ''septimal'' for the 7-limit and ''undecimal'' for the 11-limit.<ref>See e.g. liner notes for Lambs' ''Curva Triangulus'', "Curva Triangulus is an ever-fluctuating modal space – shifting between Tertial (3 prime qualitative), Quintal (5 prime qualitative), and Septimal (7 prime qualitative)."</ref> ''Pental'' is less consistent due to its Greek origins. However, that creates a conflict of usage as ''quintal'' has been the adjective associated with the fifth [[5L 2s|diatonic]] degree. (Quintal harmony does ''not'' mean 5-limit harmony, but harmony with chords stacked by fifths – cf. secundal harmony, tertian harmony, quartal harmony.) [[User:Lériendil|Lériendil]] suggests the term ''quinary'' as opposed to ''quintal'' (seeing as the pent- root is still overloaded with various terms referring to fifths and pentatonic scales), though there is a minor conflict in naming with [[Arity|quinary]] scales. | ||
A finite set of 5-limit intervals are labeled ''just'', especially when the interval in question is the simplest in the [[Interval category|category]]. For example, 5/4 is known as the ''just major third''<ref>[https://masa.plainsound.org/pdfs/HEJI2_legend+series.pdf ''The Helmholtz-Ellis JI Pitch Notation (HEJI)''] by [[Marc Sabat]] and [[Thomas Nicholson]] from Plainsound Music Edition</ref> | A finite set of 5-limit intervals are labeled ''just'', especially when the interval in question is the simplest in the [[Interval category|category]]. For example, 5/4 is known as the ''just major third''.<ref>[https://masa.plainsound.org/pdfs/HEJI2_legend+series.pdf ''The Helmholtz-Ellis JI Pitch Notation (HEJI)''] by [[Marc Sabat]] and [[Thomas Nicholson]] from Plainsound Music Edition</ref> Indeed, ''just intonation'' traditionally meant specifically the 5-limit version thereof. Even so, justness is not to be generalized to all 5-limit intervals, nor can we assume all just intervals 5-limit in contemporary usage. | ||
The term '''ptolemaic''' could also refer to the 5-limit<ref>[https://masa.plainsound.org/pdfs/JI.pdf ''Fundamental Principles of Just Intonation and Microtonal Composition''] by Thomas Nicholson and Marc Sabat —"'Ptolemaic' refers to intervals combining only the primes 2, 3, and 5."</ref> | The term '''ptolemaic''' could also refer to the 5-limit.<ref>[https://masa.plainsound.org/pdfs/JI.pdf ''Fundamental Principles of Just Intonation and Microtonal Composition''] by Thomas Nicholson and Marc Sabat —"'Ptolemaic' refers to intervals combining only the primes 2, 3, and 5."</ref> On this wiki it is part of the [[2.3-equivalent class and Pythagorean-commatic interval naming system|Pythagorean-commatic interval naming system]], and refers specifically to intervals that contain a single factor of harmonic 5. We distinguish multi-order 5-limit intervals by ''diptolemaic'', ''triptolemaic'', and so on. | ||
== Edo approximation == | == Edo approximation == | ||
A list of edos with progressively better tunings ([[TE error]]) for 5-limit intervals: {{EDOs| 2, 3, 4, 5, 7, 12, 19, 31, 34, 46, 53, 118, 171, 289, 323, 388, 441, 559, 612, 1171, 1783, 2513, 3684, 4296 }}, … | A list of edos with progressively better tunings ([[TE error]]) for 5-limit intervals: {{EDOs| 2, 3, 4, 5, 7, 12, 19, 31, 34, 46, 53, 118, 171, 289, 323, 388, 441, 559, 612, 1171, 1783, 2513, 3684, 4296 }}, … | ||
Another list of edos that do relatively well in approximating harmonics 3 and 5: {{EDOs| 2, 3, 7, 9, 10, 12, 19, 22, 31, 34, 53, 118, 289, 323, 441, 494, 559, 612, 1171, 1783, 2513, 3684, 4296, … }} ({{OEIS|A060525}}<ref>The description reads: a list of equal temperaments (equal divisions of the octave) whose nearest scale steps are closer and closer approximations to four of the simple ratios of musical harmony: 5/4, 4/3, 3/2 and 8/5. It is yet to be found out what criterion is used. </ref> | Another list of edos that do relatively well in approximating harmonics 3 and 5: {{EDOs| 2, 3, 7, 9, 10, 12, 19, 22, 31, 34, 53, 118, 289, 323, 441, 494, 559, 612, 1171, 1783, 2513, 3684, 4296, … }} ({{OEIS|A060525}})<ref group="note">The description reads: a list of equal temperaments (equal divisions of the octave) whose nearest scale steps are closer and closer approximations to four of the simple ratios of musical harmony: 5/4, 4/3, 3/2 and 8/5. It is yet to be found out what criterion is used. </ref> | ||
Another list of edos that do relatively well in approximating [[5-odd-limit]] intervals: {{EDOs| 1, 2, 3, 5, 7, 12, 19, 31, 34, 53, 118, 171, 289, 323, 441, 612, 730, 1171, 1783, 2513, 4296, … }} ({{OEIS|A054540}}<ref>The description reads: a list of equal temperaments (equal divisions of the octave) whose nearest scale steps are closer and closer approximations to the six simple ratios of musical harmony: 6/5, 5/4, 4/3, 3/2, 8/5 and 5/3. It is yet to be found out what criterion is used. </ref> | Another list of edos that do relatively well in approximating [[5-odd-limit]] intervals: {{EDOs| 1, 2, 3, 5, 7, 12, 19, 31, 34, 53, 118, 171, 289, 323, 441, 612, 730, 1171, 1783, 2513, 4296, … }} ({{OEIS|A054540}})<ref group="note">The description reads: a list of equal temperaments (equal divisions of the octave) whose nearest scale steps are closer and closer approximations to the six simple ratios of musical harmony: 6/5, 5/4, 4/3, 3/2, 8/5 and 5/3. It is yet to be found out what criterion is used. </ref> | ||
== Syntonic comma pairs == | == Syntonic comma pairs == | ||
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* [http://web.archive.org/web/20201127013240/http://clones.soonlabel.com/public/micro/gene_ward_smith/Others/5limit/The%20Ballad%20of%20Jed%20Clampett.mp3 ''The Ballad of Jed Clampett''] (unknown arranger) | * [http://web.archive.org/web/20201127013240/http://clones.soonlabel.com/public/micro/gene_ward_smith/Others/5limit/The%20Ballad%20of%20Jed%20Clampett.mp3 ''The Ballad of Jed Clampett''] (unknown arranger) | ||
; {{ | ; {{W|Scott Joplin}} | ||
* ''Maple Leaf Rag'' (1899) – rendered by [[Claudi Meneghin]] (2026) | * ''Maple Leaf Rag'' (1899) – rendered by [[Claudi Meneghin]] | ||
** [https://www.youtube.com/shorts/ | ** [https://www.youtube.com/shorts/N9psCtvbSQ8 harpsichord rendition] (2026-03-01) | ||
** [https://www.youtube.com/shorts/ | ** [https://www.youtube.com/shorts/N27o7IcOAJQ organ rendition (fragment) without swing] (2026-04-06) | ||
** [https://www.youtube.com/watch?v=MSuSe4NRvCM fortepiano rendition without swing] (2026-04-30) | |||
** harpsichord rendition without swing ([https://www.youtube.com/watch?v=95zyi0O7OE4 2026-05-01]) and with swing ([https://www.youtube.com/shorts/KuJzxepw6Ho 2026-05-02], [https://www.youtube.com/watch?v=DeHWi5PmYQA 2026-06-19]), with detailed description of syntonic chroma adjustment in video descriptions | |||
** organ rendition with swing ([https://www.youtube.com/shorts/dKXbvsL_7xw 2026-05-18], [https://www.youtube.com/watch?v=L6qF9gxT7pA 2026-06-08]) and without swing ([https://www.youtube.com/watch?v=a9Sz2aGurzw 2026-05-25]), with detailed description of syntonic chroma adjustment in video descriptions | |||
=== 20th century === | === 20th century === | ||
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; [[Axoid Music]] | ; [[Axoid Music]] | ||
* [https://m.youtube.com/watch?v=D-5f11nR2BI ''Alien Harmonies - Pure Data Generative Microtonal Ambient Music''] (2022) | * [https://m.youtube.com/watch?v=D-5f11nR2BI ''Alien Harmonies - Pure Data Generative Microtonal Ambient Music''] (2022) | ||
; [[John Robert Bagby]] ([https://www.youtube.com/@SocraticSwansongs YouTube]) | |||
* [https://www.youtube.com/watch?v=F1vYmdaNHHE ''53 unequal divisions of the octave Just Intonation lumatone experiment''] (2024) – uses [https://sevish.com/scaleworkshop/?n=Harmonic+series+12+tone&l=29F28_3kF3h_pFo_3rF3k_gFf_rFp_m8Fk9_aF9_9F8_74F69_40F3h_23F1s_wFr_6F5_6rF5k_2sF29_5F4_29F1s_wFp_4iF3h_8wF6r_4F3_rFk_e8Faf_pFi_19Fw_1sF19_10Fp_afF74_14Fr_3F2_6rF4g_3hF29_pFg_3kF29_8F5_29F1e_b4F6r_5F3_rFg_3kF23_3hF20_69F3k_gF9_9F5_k9Fb4_1eFr_fF8_74F3r_1cFp_3hF1s_4gF29_2F1&version=2.4.1 this 53-tone subset] | |||
; [[William Copper]] ([http://www.williamcopper.com site 1] [http://www.hartenshield.com/william_copper.html site 2]{{dead link}}) | ; [[William Copper]] ([http://www.williamcopper.com site 1] [http://www.hartenshield.com/william_copper.html site 2]{{dead link}}) | ||
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== Notes == | == Notes == | ||
<references group="note"/> | |||
== References == | |||
<references/> | <references/> | ||