113 lines
2.9 KiB
Arduino
113 lines
2.9 KiB
Arduino
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#include <Wire.h>
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#include <bombatuino_INPUT_MCP23017.h>
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#include <bombatuino_INPUT_74HC4051.h>
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#include <bombatuino_MIDI.h>
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#include <bombatuino_ROTARY_ENCODER.h>
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MIDI Midi;
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INPUT_MCP23017 input_MCP23017_0;
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INPUT_MCP23017 input_MCP23017_1;
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INPUT_MCP23017 input_MCP23017_3;
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INPUT_MCP23017 input_MCP23017_4;
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INPUT_74HC4051 input_4051_A0;
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INPUT_74HC4051 input_4051_A1;
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INPUT_74HC4051 input_4051_A2;
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ROTARY_ENCODER rotary_encoder_jogwheel_left(rotary_encoder_jogwheel_left_inc, rotary_encoder_jogwheel_left_dec);
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ROTARY_ENCODER rotary_encoder_jogwheel_right(rotary_encoder_jogwheel_right_inc, rotary_encoder_jogwheel_right_dec);
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ROTARY_ENCODER rotary_encoder_browse(rotary_encoder_browse_inc,rotary_encoder_browse_dec);
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void setup() {
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Midi.begin();
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input_MCP23017_0.begin(0,digitalCallback);
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input_MCP23017_1.begin(1,digitalCallback1);
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input_MCP23017_3.begin(3,digitalCallback3);
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input_MCP23017_4.begin(4,digitalCallback);
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input_4051_A0.begin(A0,8,9,10,analogCallback);
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input_4051_A1.begin(A1,8,9,10,analogCallback);
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input_4051_A2.begin(A2,8,9,10,analogCallback);
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}
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void loop() {
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input_MCP23017_0.loop();
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input_MCP23017_1.loop();
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input_MCP23017_3.loop();
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input_MCP23017_4.loop();
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input_4051_A0.loop();
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input_4051_A1.loop();
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input_4051_A2.loop();
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}
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void analogCallback(int id, int pin, int value) {
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Midi.controlChange((id-A0) * 8 + pin,value);
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}
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void digitalCallback(int id, int pin, int value) {
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if (value == HIGH)
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Midi.noteOn(id * 16 + pin, MIDI_MAX_DATA);
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else Midi.noteOff(id * 16 + pin);
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}
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void digitalCallback1(int id, int pin, int value) {
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if (pin == 6)
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rotary_encoder_jogwheel_left.setPinA(value);
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if (pin == 7)
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rotary_encoder_jogwheel_left.setPinB(value);
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if (pin != 6 && pin !=7) {
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if (value == HIGH)
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Midi.noteOn(id * 16 + pin, MIDI_MAX_DATA);
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else Midi.noteOff(id * 16 + pin);
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}
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}
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void digitalCallback3(int id, int pin, int value) {
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if (pin == 9)
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rotary_encoder_jogwheel_right.setPinA(value);
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if (pin == 10)
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rotary_encoder_jogwheel_right.setPinB(value);
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if (pin == 6)
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rotary_encoder_browse.setPinA(value);
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if (pin == 5)
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rotary_encoder_browse.setPinB(value);
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if (pin!= 9 && pin != 10 && pin != 6 && pin != 5){
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if (value == HIGH)
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Midi.noteOn(id * 16 + pin, MIDI_MAX_DATA);
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else Midi.noteOff(id * 16 + pin);
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}
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}
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//left jogwheel
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void rotary_encoder_jogwheel_left_inc() {
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Midi.controlChange(MIDI_MAX_DATA-5,65);
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}
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void rotary_encoder_jogwheel_left_dec() {
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Midi.controlChange(MIDI_MAX_DATA-5,63);
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}
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//right jogwheel
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void rotary_encoder_jogwheel_right_inc() {
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Midi.controlChange(MIDI_MAX_DATA-6,65);
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}
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void rotary_encoder_jogwheel_right_dec() {
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Midi.controlChange(MIDI_MAX_DATA-6,63);
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}
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//Browse
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void rotary_encoder_browse_inc() {
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Midi.noteOn(3 * 16 + 6, MIDI_MAX_DATA);
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Midi.noteOff(3 * 16 + 6);
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}
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void rotary_encoder_browse_dec() {
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Midi.noteOn(3 * 16 + 5, MIDI_MAX_DATA);
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Midi.noteOff(3 * 16 + 5);
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}
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