: In-depth focus on the Arduino platform as the "brain" for musical projects.
: Combining analog sound sources with digital control systems.
: How to use buttons, potentiometers, and various sensors (light, pressure, motion) to control sound parameters.
: Understanding the fundamental "language" of digital electronics (AND, OR, NOT gates) and how they apply to musical triggers and gates.
Published by in late 2020, the book focuses on bridging the gap between electronic theory and creative musical practice. Core Content & Topics
: Detailed explanations of MIDI (Musical Instrument Digital Interface) and OSC (Open Sound Control) for connecting DIY hardware to software like Ableton Live, Max/MSP, or Pure Data.
: Practical advice on breadboarding, soldering, and designing circuits that are stable enough for live performance.
: Designing unique MIDI controllers that go beyond off-the-shelf options.
Digital Electronics For Musicians: Build Intuit... -
: In-depth focus on the Arduino platform as the "brain" for musical projects.
: Combining analog sound sources with digital control systems.
: How to use buttons, potentiometers, and various sensors (light, pressure, motion) to control sound parameters. Digital Electronics for Musicians: Build Intuit...
: Understanding the fundamental "language" of digital electronics (AND, OR, NOT gates) and how they apply to musical triggers and gates.
Published by in late 2020, the book focuses on bridging the gap between electronic theory and creative musical practice. Core Content & Topics : In-depth focus on the Arduino platform as
: Detailed explanations of MIDI (Musical Instrument Digital Interface) and OSC (Open Sound Control) for connecting DIY hardware to software like Ableton Live, Max/MSP, or Pure Data.
: Practical advice on breadboarding, soldering, and designing circuits that are stable enough for live performance. : Practical advice on breadboarding
: Designing unique MIDI controllers that go beyond off-the-shelf options.