This project is an Arduino-based MIDI controller, designed with an Arduino Pro Micro to manage buttons, potentiometers, and LEDs for controlling MIDI effects and channel settings, effectively simulating a guitar pedalboard. The controller features multiple modes that alter the behavior of MIDI controls, allowing for versatile customization of effects.
- For setup and usage details, refer to the "Usage Documentation" folder.
- For details on MIDI outputs, refer to the "MIDI CC Assignments" sections in the "HaH_midi.h" file
For more detailed functionality see the "Usage Documentation" folder.
-
Multi Mode Control: Switch between Channel (CH) and Effects (FX) modes.
-
MIDI Control Change (CC) Messages: Has has following buttons and potentiometers that send specific MIDI CC messages for flexible control.
- 7 Select Buttons
- 1 Mode Select Buttons
- 1 Mute / Delay Tapper Button
- 3 Global Potentiometers
- 1 Expression Pedal
-
Debouncing: Smooth button presses to reduce unintended triggers.
-
Potentiometer Calibration: Adjustable sensitivity and threshold for accurate readings.
-
Visual Feedback: LEDs provide visual status of each mode and button press.
- Arduino Pro Micro - The microcontroller board.
- Select Buttons (Digital) - Used for switching modes, effects, and channels.
- LEDs - Provide visual feedback.
- Potentiometers (Analog) - Used to adjust effect levels.
- MIDIUSB - Libraries for MIDI communication.
- Physical Board - Built with the following to structure and hold the eletrical components
- Paper Organizer for base
- Tape
- Macbook Box for structure and button covers
- Lego for pedal
- Trampoline Park Sock fir grip on pedal
- Debounce Time (
DEBOUNCETIME): Adjusts the debounce delay in milliseconds. - Potentiometer Calibration (
POT_EX_START_VAL,POT_EX_END_VAL): Defines the sensitivity range for the main potentiometer. - MIDI Channel: Configured via
MIDI_CHANNEL, which can be changed based on your MIDI setup.