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'''Sergey A Kryukov''', physicist, inventor, designer, author of computer technologies, creator of | '''Sergey A Kryukov''', physicist, inventor, designer, author of computer technologies, creator of [[User:SAKryukov#Microtonal_Fabric|Microtonal Fabric]], a Web browser-based microtonal platform for musical teaching, study, and composer's experiments | ||
== Selected Publications == | == Selected Publications == | ||
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<u>[https://www.codeproject.com/Articles/1201737/Musical-Study-with-Isomorphic-Computer-Keyboard Musical Study with Isomorphic Computer Keyboard, August 16, 2017]</u> <small>This is the first work of the keyboard-related cycle, and it is not microtonal. However, it contains some theoretical introduction applicable to other works, which are essentially microtonal.</small> | <u>[https://www.codeproject.com/Articles/1201737/Musical-Study-with-Isomorphic-Computer-Keyboard Musical Study with Isomorphic Computer Keyboard, August 16, 2017]</u> <small>This is the first work of the keyboard-related cycle, and it is not microtonal. However, it contains some theoretical introduction applicable to other works, which are essentially microtonal.</small> | ||
<u>[https:// | <u>[https://sakryukov.github.io/publications/2017-09-01.Microtonal-Music-Study-with-Chromatic-Lattice-Keyboard.html Microtonal Music Study with Chromatic Lattice Keyboard, August 16, 2017]</u> | ||
<u>[https:// | <u>[https://SAKryukov.GitHub.io/publications/2020-05-19.Sound-Builder-Web-Audio-Synthesizer.html Sound Builder, Web Audio Synthesizer Sound Builder, Web Audio Synthesizer, May 19, 2020]</u> | ||
<u>[https:// | <u>[https://SAKryukov.GitHub.io/publications/2023-06-06.Multitouch-Support-for-Ten-Finger-Playing.html Multitouch Support for Ten-Finger Playing, 2023]</u> | ||
<u>[https://SAKryukov.GitHub.io/publications/2014-09-03.Practical-Sound-Recorder-with-Sound-Activation.html Practical Sound Recorder with Sound Activation, September 3, 2014]</u> | |||
<u>[http://www.SAKryukov.org/resume/publications.html List of other selected publications]</u> | <u>[http://www.SAKryukov.org/resume/publications.html List of other selected publications]</u> | ||
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=== Live Play Applications === | === Live Play Applications === | ||
<u>[https://SAKryukov.github.io/microtonal-fabric/code/SoundBuilder/ Sound Builder]</u>In addition to this Web browser-based application, there is the additional tool, Fourier.WaveFFT — it requires a one-click build (.NET | <u>[https://SAKryukov.github.io/microtonal-fabric/code/SoundBuilder/ Sound Builder]</u>In addition to this Web browser-based application, there is the additional tool, Fourier.WaveFFT — it requires a one-click build (.NET 6 or later). It can take an audio sound sample, Fourier-transform it, and embed the result in an instrument file to be open by SoundBuilder for synthesis. The user can design one's own instrument synthesizer and embed it in all musical instruments of the system listed below. | ||
<u>[https://SAKryukov.github.io/microtonal-fabric/code/Multi-EDO/index.html Multi-EDO]</u> isomorphic keyboard | <u>[https://SAKryukov.github.io/microtonal-fabric/code/Multi-EDO/index.html Multi-EDO Chromatic Lattice]</u> isomorphic chromatic keyboard | ||
<u>[https://SAKryukov.github.io/microtonal-fabric/code/29-EDO/index.html Specialized 29-EDO]</u> keyboards | <u>[https://SAKryukov.github.io/microtonal-fabric/code/29-EDO/index.html Specialized 29-EDO]</u> keyboards | ||
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<u>[https://SAKryukov.github.io/microtonal-fabric/code/tone-system-comparison/index.html Application for comparison of tonal systems]</u> | <u>[https://SAKryukov.github.io/microtonal-fabric/code/tone-system-comparison/index.html Application for comparison of tonal systems]</u> | ||
<u>[https://SAKryukov.github.io/microtonal-fabric | <u>[https://SAKryukov.github.io/microtonal-fabric/code/sequence-tool/index.html Sequence Tool]</u> | ||
=== New! Microtonal Playground === | |||
It allows anyone to define one's own frequencies, place them in a simple rectangular-grid keyboard and play with ten fingers on a touchscreen, or at least with a mouse/touchpad. For the customization, the ''live play'' won't be enough, it shows some demo, presently based on the [[User:Aura/Aura's_Diatonic_Scales|scales]] presented by [[Dawson Berry]], a. k. a. [[User:Aura|Aura]]. Presently, you need to download the entire product and modify the file “user.data”. The definition mechanism is very flexible: the frequencies can be defined as fixed values or as rational-number intervals relative to the specified base tone, the labels can be customized, automatic repetition of tones with octave transposition is available. | |||
The application will get standard controls of volume, sustain, transposition, and the Recorder. | |||
Live play: | |||
* With [https://SAKryukov.github.io/microtonal-fabric/code/playground With Aura's Diatonic Scales] | |||
* With [https://SAKryukov.github.io/microtonal-fabric/code/playground/custom custom systems] | |||
Under development: the tonal system put forward by [[Kite_Giedraitis|Kite Giedraitis]], with [[Color_notation#Interval_Names|this layout and generator system]]. I already make it playable, but I'm trying to design something to be ''practically playable''. | |||
== Profile and Contacts == | == Profile and Contacts == | ||
Latest revision as of 08:10, 4 January 2025
Sergey A Kryukov, physicist, inventor, designer, author of computer technologies, creator of Microtonal Fabric, a Web browser-based microtonal platform for musical teaching, study, and composer's experiments
Selected Publications
Musical Study with Isomorphic Computer Keyboard, August 16, 2017 This is the first work of the keyboard-related cycle, and it is not microtonal. However, it contains some theoretical introduction applicable to other works, which are essentially microtonal.
Microtonal Music Study with Chromatic Lattice Keyboard, August 16, 2017
Sound Builder, Web Audio Synthesizer Sound Builder, Web Audio Synthesizer, May 19, 2020
Multitouch Support for Ten-Finger Playing, 2023
Practical Sound Recorder with Sound Activation, September 3, 2014
List of other selected publications
Microtonal Fabric
Microtonal Fabric is a microtonal music platform based on WebAudio API. It is a framework for building universal or customized microtonal musical keyboard instruments, microtonal experiments and computing, music study, and teaching music lessons with possible remote options.
GitHub Web site of the project
All applications presented by this project can be played live using a Web browser. They are based on the Web Audio API and common platform developed by the author. Alternatively, the project can be downloaded from GitHub to execute the applications locally, in this case, the Internet or any other network is not required.
The applications support standard touchscreen. With a touchscreen, one can play with ten fingers, any chords, glissando (important) in any combinations. So a touchscreen is highly recommended. Without a touch screen, a user still can play with a mouse/touchpad and, in special cases, a computer keyboard.
Browsers based on V8 engine are recommended, such as Chromium, Chrome, Opera, Vivaldi, Microsoft Edge v. 80.0.361.111 or later, and more…
Live Play Applications
Sound BuilderIn addition to this Web browser-based application, there is the additional tool, Fourier.WaveFFT — it requires a one-click build (.NET 6 or later). It can take an audio sound sample, Fourier-transform it, and embed the result in an instrument file to be open by SoundBuilder for synthesis. The user can design one's own instrument synthesizer and embed it in all musical instruments of the system listed below.
Multi-EDO Chromatic Lattice isomorphic chromatic keyboard
Specialized 29-EDO keyboards
Application for comparison of tonal systems
New! Microtonal Playground
It allows anyone to define one's own frequencies, place them in a simple rectangular-grid keyboard and play with ten fingers on a touchscreen, or at least with a mouse/touchpad. For the customization, the live play won't be enough, it shows some demo, presently based on the scales presented by Dawson Berry, a. k. a. Aura. Presently, you need to download the entire product and modify the file “user.data”. The definition mechanism is very flexible: the frequencies can be defined as fixed values or as rational-number intervals relative to the specified base tone, the labels can be customized, automatic repetition of tones with octave transposition is available.
The application will get standard controls of volume, sustain, transposition, and the Recorder.
Live play:
- With With Aura's Diatonic Scales
- With custom systems
Under development: the tonal system put forward by Kite Giedraitis, with this layout and generator system. I already make it playable, but I'm trying to design something to be practically playable.
Profile and Contacts
E-mail me through Xenharmonic Wiki
Personal:
- Working Links
- Wiki development, testing