User:Cmloegcmluin: Difference between revisions
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* [[eigenmonzo]]* (did not coin the term, just created the page, including its essentially built-in proposal to rename itself to "unchanged interval") | * [[eigenmonzo]]* (did not coin the term, just created the page, including its essentially built-in proposal to rename itself to "unchanged interval") | ||
* [[mapping to lattice]] | * [[mapping to lattice]] | ||
* [[tuning map]] | * [[tuning map]] | ||
* [[comma basis]] | * [[comma basis]] | ||
Revision as of 19:03, 7 May 2023
AKA Douglas Blumeyer.
Some of his work outside the wiki
See Douglas Blumeyer#Some of his work outside the wiki.
Some of his work here on the wiki
RTT
Original work
- Dave Keenan & Douglas Blumeyer's guide to RTT*
- Dave Keenan & Douglas Blumeyer's guide to RTT: introductions*
- Dave Keenan & Douglas Blumeyer's guide to RTT: mappings*
- Dave Keenan & Douglas Blumeyer's guide to RTT: tuning fundamentals*
- Dave Keenan & Douglas Blumeyer's guide to RTT: exploring temperaments*
- Dave Keenan & Douglas Blumeyer's guide to RTT: units analysis*
- Dave Keenan & Douglas Blumeyer's guide to RTT: tuning computation*
- Dave Keenan & Douglas Blumeyer's guide to RTT: all-interval tuning schemes*
- Dave Keenan & Douglas Blumeyer's guide to RTT: alternative complexities*
- Dave Keenan & Douglas Blumeyer's guide to RTT: tuning in nonstandard domains*
- Dave Keenan & Douglas Blumeyer's guide to RTT: conventions for names, variables, units, and notations*
- Dave Keenan & Douglas Blumeyer's RTT library in Wolfram Language*
- Dave Keenan & Douglas Blumeyer's guide to EA for RTT*
- projection
- generator embedding optimization
- temperament addition
- uniform map, integer uniform map*
- simple map*
- unison temperament*
- inverse-complexity-prescaled complexity
Documentation improvement
- saturation, torsion, contorsion, and defactoring* (general audience page, to supplement the existing but more mathematically advanced page)
- defactoring algorithms*
- the pathology of enfactoring*
- defactoring terminology proposal*
- normal lists (revised in collaboration with FloraC to accommodate and enumerate multiple normal forms, and introduced defactored Hermite form)
- matrix echelon forms
- generator form manipulation*
- temperament merging* (general audience page covering most of the material on the existing page Meet and join which targets a more mathematically-inclined audience)
- cross-domain temperament merging (a separate general audience page for the remaining material on the existing page Meet and join)
- domain basis
- tuning ranges of regular temperaments
- diamond monotone (worked with original authors to give concept more specific terminology for clarity, and documented)
- diamond tradeoff (worked with original authors to give concept more specific terminology for clarity, and documented)
- eigenmonzo* (did not coin the term, just created the page, including its essentially built-in proposal to rename itself to "unchanged interval")
- mapping to lattice
- tuning map
- comma basis
- val#Vals vs. maps
- map*
- secor*
- grade
- variance
- dimensions, dimensionality, and rank-nullity theorem
- full-rank and rank-deficiency
- linear dependence
- basis
- generator detempering (provided in-depth explanations of algorithms developed by others, supplementing with code implementations and examples)
- preimage
- detempering
- support
- essentially tempered chord (added the diagram)
- harmonic distance
- error
- damage
- mapped interval*
- extended bra-ket notation*
- optimal ET sequence*
Suggested improvements
Non-RTT
Original work
- N2D3P9*
- undirected value*
- direction*
- superunison ratios*
- subunison ratios*
- monotonic tunings
- arithmetic tunings
- non-arithmetic monotonic tunings
- edφ
- metallic MOS
- generalized superparticulars*
- xenharmonic series
- metallic harmonic series
- triangulharmonic series
- oddharmonic series
- edharmonic series
- matharmonic series
- TOH (tritaves of odd harmonics)
- dumb Fibonacci
- Gjaeck
- Yer
Documentation improvement
- subharmonic series
- acoustic phi
- mesotonal
- Maximum variety#Examples testing for MV
- direct approximation (adapted from "patent interval")
*In close collaboration with Dave Keenan.