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Custom firmware and functions for the Detroit Underground DU-INO Eurorack module.

duino is custom firmware for the Detroit Underground DU-INO, by @Rinandroide. Open source under MIT.

forDetroit Underground DU-INO·by@Rinandroide

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DU-INO Eurorack Custom Modules

Custom open-source functions for the Detroit Underground DU-INO Arduino-based Eurorack module

🎛️ Included Modules

1. r-EUCLID (Euclid/)

A dual-channel Euclidean rhythm and random stepped-CV generator.

r-EUCLID Module

  • GT1 (Out): Channel 1 Trigger Out (Euclidean beat).

  • GT2 (Out): Channel 2 Trigger Out (Euclidean beat).

  • GT3 (In): External Clock In (Supports interrupt sync).

  • GT4 (In): Reset In.

  • CO1 (Out): Channel 1 Random Stepped CV (0–5V).

  • CO2 (Out): Channel 2 Random Stepped CV (0–5V).

Switch Configuration

SG2    [^][^]    SG1
SG4    [_][_]    SG3
SC2    [^][^]    SC1
SC4    [_][_]    SC3

2. Celestial Modulator (CelestialModulator/)

A perpetual 4-body gravitational simulation acting as a chaotic quad-LFO and orbital rhythm generator.

r-CELESTIAL MODULATOR Module

  • GT1 (Out): Planet 1 Orbital Clock/Trigger (Fires each full orbit).

  • GT2 (Out): Planet 2 Orbital Clock/Trigger (Fires each full orbit).

  • GT3 (In): Big Bang (System Reset) — Triggerable via Jack GT3 or Button 1.

  • GT4 (In): Solar Storm (Chaos Injection) — Triggerable via Jack GT4 or Button 2.

  • CO1 (Out): Planet 1 Orbit LFO (0–5V).

  • CO2 (Out): Planet 2 Orbit LFO (0–5V).

  • CO3 (Out): Planet 3 Orbit LFO (0–5V).

  • CO4 (Out): Planet 4 Orbit LFO (0–5V).

Parameters (Interactive Encoder):

  • S (Speed): Simulation orbital speed.
  • G (Gravity): Central star mass / gravitational pull.
  • E (Entropy): Solar wind & cosmic turbulence.

Switch Configuration

SG2    [^][^]    SG1
SG4    [_][_]    SG3
SC2    [^][^]    SC1
SC4    [^][^]    SC3

Installation & Requirements

Install the official DU-INO Library in your Arduino IDE.
Ensure you have the required dependencies (such as SPI and AVR libraries).
Open the desired .ino sketch and upload it to the module via USB (Board: Arduino Uno).
Set the rear DIP switches according to the module's ASCII diagram above.

License

Released under the MIT License.