MIDI-Controller-Finished-Example.ino

MIDI-Controller-Finished-Example

This is the code I used for my specific MIDI controller.

Boards: 🛈

Leonardo

Connections

I used an Arduino Leonardo with:

• 4 faders on A0-A3
• 8 potentiometers on A4-A11
• 1 rotary encoder on pins 0-1
• 4 toggle switches on pins 2, 3, 5 and 7
• 1 toggle switch (for bank select) on pin 11
• 1 LED on pin 13

Behavior

• When bank select is 0, faders 1-4 are channel volumes 1-4, potSide 1-4 are pan/balance of channel 1-4, switches 1-4 are mute channel 5-8.
• When bank select is 1, faders 1-4 are channel volumes 5-8, potSide 1-4 are pan/balance of channel 5-8, switches 1-4 are mute channel 1-4.
• PotTop 1-4 are not in the bank, because I use them as effect or EQ parameters, and they are channel independent.
• Enc1 is used for scrolling.

Mapping

Create a custom mapping using the MIDI learn option in your DAW.

Written by PieterP, 07-09-2017 https://github.com/tttapa/Control-Surface

 
#include <Control_Surface.h>
 
USBMIDI_Interface usbmidi;
 
// If the jog wheels or other encoders are too slow in your software, increase
// this value.
// (It will be multiplied with the actual speed of the encoder, as the name
// implies.) Default is 1.
const int speedMultiplier = 1;
 
Bank<2> bank(4); // A bank with four channels, and 2 bank settings
 
Bankable::CCPotentiometer faders[] {
  {{bank, BankType::ChangeChannel}, A0, {MIDI_CC::Channel_Volume, Channel_1}},
  {{bank, BankType::ChangeChannel}, A1, {MIDI_CC::Channel_Volume, Channel_2}},
  {{bank, BankType::ChangeChannel}, A2, {MIDI_CC::Channel_Volume, Channel_3}},
  {{bank, BankType::ChangeChannel}, A3, {MIDI_CC::Channel_Volume, Channel_4}},
};
 
CCPotentiometer knobsTop[] {
  {A4, MIDI_CC::General_Purpose_Controller_1},
  {A5, MIDI_CC::General_Purpose_Controller_2},
  {A6, MIDI_CC::General_Purpose_Controller_3},
  {A7, MIDI_CC::General_Purpose_Controller_4},
};
 
Bankable::CCPotentiometer knobsSide[] {
  {{bank, BankType::ChangeChannel}, A8, {MIDI_CC::Pan, Channel_1}},
  {{bank, BankType::ChangeChannel}, A9, {MIDI_CC::Pan, Channel_2}},
  {{bank, BankType::ChangeChannel}, A10, {MIDI_CC::Pan, Channel_3}},
  {{bank, BankType::ChangeChannel}, A11, {MIDI_CC::Pan, Channel_4}},
};
 
Bankable::NoteButtonLatching switches[] {
  {{bank, BankType::ChangeAddress}, 2, MCU::MUTE_1},
  {{bank, BankType::ChangeAddress}, 3, MCU::MUTE_2},
  {{bank, BankType::ChangeAddress}, 5, MCU::MUTE_3},
  {{bank, BankType::ChangeAddress}, 7, MCU::MUTE_4},
};
 
CCRotaryEncoder enc {
  {1, 0},                                // pins
  MIDI_CC::General_Purpose_Controller_5, // address
  speedMultiplier,                       // multiplier
  4,                                     // pulses per click
};
 
SwitchSelector selector {bank, 11};
 
void setup() {
  Control_Surface.begin();
  pinMode(LED_BUILTIN, OUTPUT);
}
 
void loop() { // Refresh all inputs
  Control_Surface.loop();
  digitalWrite(LED_BUILTIN, digitalRead(11));
}