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© Guido Kramann

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AOG
1 Course
..1.1 Preparations
..1.2 Materials
..1.3 SoundOfN
..1.4 Polyphony
..1.5 Basenumber
..1.6 GradusSuivitatis
..1.7 UserInterface
..1.8 ImprovingSound
..1.9 9EDO
..1.10 Scores
99 Tests

kramann.info
© Guido Kramann

Home | ImpressumDatenschutz | SoSe2025 | SoSe2024 | WS2024 25 | esp32AV | Ing | 007 | Archiv | KF | Informatik1 | Informatik2Material | Technikphilosophie | Einachser | jahre | UbiMus | Informatik3 | html5 js | Linux | Java | Scilab | Mikrocontroller | AOGscript | Mikro17 | Simulationstechnik | Kinetik | NFT | Regelungssysteme | Echtzeitsysteme | nexys | FPGA | Echtzeitsysteme2 | COACH2 | COACH3 | EmbSyst | Echtzeit3 | Mikroprozessoranwendungen | Android | Processing | Deep Learning | Robuste Systemintegration | FTSD | AV | Jetson | ECADE | clb | kiba | Beispielseiten | AOGdogma | Artistic Research | Soundinstallation | Android Proc | VSI | ETEST | Arduino | Klanginstallation | AOG | Musik

Verbesserungen bei der Klangerzeugung / Improving Sound

(EN google-translate)

(PL google-translate)

coming soon :-)

One could make usage of external sound generators by using TheMidiBus. See basic examples provided with this contributed library.
Good professional but not free physical modeling instruments which can be controlled by midi:
But one could also develop its own physical modeling software, e.g. using simple spring-mass-damper models.

moddart.com (pianoteq / organteq)

audiomodeling.com (SWAM strings, brass)

algorave2sleep#57 uses pianoteq and organteq
THE FLIPPIN' POMPOMS uses SWAM
Kaleidophone uses self coded physical modeling