Douglas Blumeyer: Difference between revisions
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Cmloegcmluin (talk | contribs) →Some of his work here on the wiki: make third person since this is a public page; acknowledge Dave specifically per item, and organize by original or not, to help simplify and eliminate a bunch of parentheticals |
Cmloegcmluin (talk | contribs) I'm moving to Berkeley in a couple weeks, and I'm a software developer |
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'''Douglas Blumeyer''' is a composer living in San Francisco. He often uses xenharmonic pitch systems in his music. Sometimes he goes by [{{SERVER}}/index.php?title=User:Cmloegcmluin&redirect=no Cmloegcmluin]. | '''Douglas Blumeyer''' is a software engineer and composer living in the San Francisco Bay Area. He often uses xenharmonic pitch systems in his music. Sometimes he goes by [{{SERVER}}/index.php?title=User:Cmloegcmluin&redirect=no Cmloegcmluin]. | ||
== Some of his work outside the wiki == | == Some of his work outside the wiki == | ||
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{{DEFAULTSORT:Blumeyer, Douglas}} | {{DEFAULTSORT:Blumeyer, Douglas}} | ||
[[Category:Developer]] | |||
[[Category:People]] | [[Category:People]] | ||
[[Category:Composer]] | [[Category:Composer]] | ||
[[Category:Theorist]] | [[Category:Theorist]] | ||
Revision as of 22:44, 27 January 2022
Douglas Blumeyer is a software engineer and composer living in the San Francisco Bay Area. He often uses xenharmonic pitch systems in his music. Sometimes he goes by Cmloegcmluin.
Some of his work outside the wiki
His own music and theory
- Musical Patterns: an interactive musical web application
- Cmloegcmluin's SoundCloud
- music-related blog posts
- draft of book Fun Musical Ideas
Notation
- updated Sagittal-SMuFL-Map
- updated Sagittal JI Precision Level notation calculator spreadsheet
- font glyphs for Sagittal Olympian and Magrathean symbol sets
- (WIP) Sagittal tutorial videos
- (WIP) Sagittal written educational materials
- (WIP) online Sagittal notation calculator
- (WIP) updated Sagittal JI Precision Level notation diagram
- (WIP) updated Sagittal Periodic Table of EDOs
- (WIP) updated Sagittal website
- (WIP) unannounced web tool
Other
Some of his work here on the wiki
RTT
Original work
- Douglas Blumeyer's RTT How-To*
- RTT library in Wolfram Language*
- intro to exterior algebra for RTT*
- temperament addition
- uniform map, integer uniform map*
- simple map*
- unison temperament*
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 size 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)
- temperament merging across interval bases (a separate general audience page for the remaining material on the existing page Meet and join)
- interval basis (a pragmatic and more basic overview of ideas found on various other pages)
- Talk:Interior product (suggestions re: interior product, progressive product, and regressive product)*
- Talk:Meet and Join (suggestions to improve meet & join page)*
- 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
- val list
- 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
- generators preimage transversal (provided in-depth explanations of algorithms developed by others, supplementing with code implementations and examples)
- preimage
- detempering
- support
Non-RTT
Original work
- N2D3P9*
- monotonic tunings
- arithmetic tunings
- non-arithmetic monotonic tunings
- edφ
- metallic MOS
- generalized superparticulars
- xenharmonic series
- Gjaeck
- Yer
Improved documentation
*In close collaboration with Dave Keenan.