Map on bankable pot #152
Description
hi! Hope you are fine !
I have question about this issue, i have a list of bankable potentiometers (on a MUX), and want to MAP one of them, how could i write the code for that ? I ll put here the code i am using now, you ll see the mapped potentiometer is not bankable. Thank you a lot !
#include <Control_Surface.h>
#include <Selectors/IncrementDecrementSelector.hpp>
USBMIDI_Interface midi;
CD74HC4067 mux = {
A3,
{2, 3, 4, 5}
};
Bank<4> bank(2);
IncrementDecrementSelector<4> selector = {
bank, // Bank to manage
{6, 16}, // push button pins (increment, decrement)
Wrap::Wrap, // Wrap around
};
IncrementDecrementSelectorLEDs<4> bankSelector = {
bank,
{16, 6}, // button pins
{0,1,19,20}, // LED pins
};
Bankable::CCPotentiometer myPots[] = {
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(0), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_1, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot1
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(1), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_2, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot2
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(2), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_3, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(3), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_4, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(4), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_5, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(5), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_6, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(6), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_7, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(7), // (2)
{ // (3)
MIDI_CC::General_Purpose_Controller_8, // (3.1)
CHANNEL_1, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(8), // (2)
{ // (3)
MIDI_CC::Sound_Controller_1, // (3.1)
CHANNEL_2, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(9), // (2)
{ // (3)
MIDI_CC::Sound_Controller_2, // (3.1)
CHANNEL_2, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(10), // (2)
{ // (3)
MIDI_CC::Sound_Controller_3, // (3.1)
CHANNEL_2, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(11), // (2)
{ // (3)
MIDI_CC::Sound_Controller_6, // (3.1)
CHANNEL_2, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(12), // (2)
{ // (3)
MIDI_CC::Sound_Controller_4, // (3.1)
CHANNEL_2, // (3.2)
},
},
{ // myPot0
{ // (1)
bank, // (1.1)
BankType::CHANGE_CHANNEL, // (1.2)
},
mux.pin(13), // (2)
{ // (3)
MIDI_CC::Sound_Controller_5, // (3.1)
CHANNEL_2, // (3.2)
},
},
};
CCPotentiometer potentiometer = {
mux.pin(15) , {MIDI_CC::Channel_Volume, CHANNEL_1}
};
constexpr analog_t minimumValue = 20* 128;
constexpr analog_t maximumValue = 33* 128;
analog_t mappingFunction(analog_t raw) {
raw = constrain(raw, minimumValue, maximumValue);
return map(raw, minimumValue, maximumValue, 0, 16383);
};
Bankable::NoteButtonLatching switches[] = {
{{bank, BankType::CHANGE_ADDRESS}, 7, MCU::MUTE_1},
{{bank, BankType::CHANGE_ADDRESS}, 8, MCU::MUTE_2},
{{bank, BankType::CHANGE_ADDRESS}, 9, MCU::MUTE_3},
{{bank, BankType::CHANGE_ADDRESS}, 10, MCU::MUTE_4},
{{bank, BankType::CHANGE_ADDRESS}, 18, MCU::SELECT_2},
{{bank, BankType::CHANGE_ADDRESS}, 15, MCU::SELECT_1},
};
void setup (){
potentiometer.map(mappingFunction);
Control_Surface.begin();
}
void loop() {
Control_Surface.loop();
}