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Experimental Software Musical Instrument, Combining Step Sequencer and Sampler
Dobrocký, Filip ; Jirásek, Ondřej (referee) ; Dlouhý, Dan (advisor)
The aim of this thesis is to design an experimental software musical instrument combining a step sequencer and a sampler. The distinctive qualities of said instrument lie in the ability to produce complicated polyrhythms and make use of microtonality. The theoretical part of the thesis explores concepts such as polyrhythms, musical intonation systems, microtuning of electronic musical instruments, and explains the fundamentals of step sequencing and sampling. The practical part of the thesis features the design and implementation of the instrument, which takes form of a VST plug-in module implemented using the JUCE framework.
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Electroacoustic Hardware Musical Instrument - Sampler with Unusual Controlers
Dudáš, Martin ; Indrák, Michal (referee) ; Dlouhý, Dan (advisor)
This bachelor thesis describes the design and implementation of an electroacoustic hardware instrument with unusual controls. The experimentalism of the instrument consist of, for example, parameter control based on surrounding light or parameter control by hand movement. The main part of the instrument is the Arduino development board, which controls the Sunvox modular synthesizer on the Raspberry Pi microcomputer. Communication between the Arduino and the synthesizer takes place via MIDI messages. The software part is programmed in the Arduino IDE development environment in C++.
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Electroacoustic Hardware Musical Instrument - Sampler with Unusual Controlers
Dudáš, Martin ; Indrák, Michal (referee) ; Dlouhý, Dan (advisor)
This bachelor thesis describes the design and implementation of an electroacoustic hardware instrument with unusual controls. The experimentalism of the instrument consist of, for example, parameter control based on surrounding light or parameter control by hand movement. The main part of the instrument is the Arduino development board, which controls the Sunvox modular synthesizer on the Raspberry Pi microcomputer. Communication between the Arduino and the synthesizer takes place via MIDI messages. The software part is programmed in the Arduino IDE development environment in C++.
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Experimental Software Musical Instrument, Combining Step Sequencer and Sampler
Dobrocký, Filip ; Jirásek, Ondřej (referee) ; Dlouhý, Dan (advisor)
The aim of this thesis is to design an experimental software musical instrument combining a step sequencer and a sampler. The distinctive qualities of said instrument lie in the ability to produce complicated polyrhythms and make use of microtonality. The theoretical part of the thesis explores concepts such as polyrhythms, musical intonation systems, microtuning of electronic musical instruments, and explains the fundamentals of step sequencing and sampling. The practical part of the thesis features the design and implementation of the instrument, which takes form of a VST plug-in module implemented using the JUCE framework.
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