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tttapa / Control-Surface

Arduino library for creating MIDI controllers and other MIDI devices.
GNU General Public License v3.0
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Help no Codigo #888

Open davidgauze opened 1 year ago

davidgauze commented 1 year ago

Prezado, a tempo atras havia escrito esse codigo com sua ajuda, porem faz 1 ano que não atualizei mais o mesmo codigo, estou colocando esse mesmo comando num arduino mega usando Multiplexador 16 Canais Analógico Digital CD74HC4067, estou tendo poblemas para carregar no arduino, dando erros de encoder, notes e analog multiplexer.

gostaria de saber se pode me ajudar com esse codigo, lembrando que semprei no inicio o mesmo codigo e funcionava erros

linhas de comando das notas nos mux erros estou ainda criando conforme tabelas.

// Include the Control Surface library.
#include <Control_Surface.h>

#include <Encoder.h> // Include the Encoder library.
// This must be done before the Control Surface library.

// Instantiate a MIDI over USB interface.
//USBMIDI_Interface midi;

// Instantiate a multiplexer with three address lines.

AnalogMultiplex<1> mux1= {3, {10, 11, 12, 13 } };
AnalogMultiplex<2> mux2= {4, {10, 11, 12, 13 } };
AnalogMultiplex<3> mux3= {5, {10, 11, 12, 13 } };
AnalogMultiplex<4> mux4= {6, {10, 11, 12, 13 } };
AnalogMultiplex<5> mux5= {7, {10, 11, 12, 13 } };
AnalogMultiplex<6> mux6= {8, {10, 11, 12, 13 } };
AnalogMultiplex<7> mux7= {9, {10, 11, 12, 13 } };

const int speedMultiply = 1; // 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.

struct RelativeNoteSender {
    static void send(int delta, MIDIAddress address) {
        delta = constrain(delta, -127, 127);
        if (delta > 0) {
          Control_Surface.sendNoteOn(address, delta);
          // Send whatever your software expects
        } else {
          Control_Surface.sendNoteOn(address + 1 /* ??? */, -delta);
          // Send whatever your software expects
        }
    }

};
struct ContinuousNoteSender {
    void send(uint8_t value, MIDIAddress address) {
        Control_Surface.sendNoteOn(address, value);
    }  
    static constexpr uint8_t precision() { return 7; }
};

struct NoteEncoder : MIDIRotaryEncoder<RelativeNoteSender> {
    NoteEncoder(EncoderPinList pins, MIDIAddress address)
      : MIDIRotaryEncoder(pins, address, 1, 4, {}) {}
};

// Instantiate a shift register.

// Instantiate the momentary push buttons that send out MIDI Note events.

//NoteButtonLatching switches[] = {

 NoteButton buttons[] = {

AnalogMultiplex<1> mux1= { 3, {10, 11, 12, 13 } };
    { mux1.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(14), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux1.pin(15), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]

AnalogMultiplex<2> mux2= { 4, {10, 11, 12, 13 } };
    { mux2.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(14), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux2.pin(15), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]

AnalogMultiplex<3> mux3= { 5, {10, 11, 12, 13 } };
    { mux3.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(14), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux3.pin(15), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]    

AnalogMultiplex<4> mux4= { 6, {10, 11, 12, 13 } };
    { mux4.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(14), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux4.pin(15), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]

 AnalogMultiplex<5> mux5= { 7, {10, 11, 12, 13 } };
    { mux5.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(14), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux5.pin(15), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]

 AnalogMultiplex<6> mux6= { 8, {10, 11, 12, 13 } };
    { mux6.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(14), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux6.pin(15), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]

 AnalogMultiplex<7> mux7= { 9, {10, 11, 12, 13 } };
    { mux7.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(1), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(2), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(3), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(4), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(5), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(6), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(7), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(8), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(9), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(10), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(11), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(12), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(13), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(14), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]
    { mux7.pin(15), {0x0, CHANNEL_1} }, // digital input pin, note number, [channel]

 //Exemplos abaixo

// Pode ser assim escrito a linha ou  
       //{ mux1.pin(0), {0x01, CHANNEL_1} }, // digital input pin, note number, [channel]
       //{ mux1.pin(0), {0x01, CHANNEL_1} }, // digital input pin, note number, [channel]
 //pode ser tambem assim escrito a linha
      //{ mux1.pin(1), 0x01, 1 }, // digital input pin, note number, [channel]
      //{ mux1.pin(1), 0x01, 1 }, // digital input pin, note number, [channel]

// Exemplo 2 Controladora no mesmo arduino modo CHANNEL_1 e  CHANNEL_2 com Chip4074
  // AnalogMultiplex<0> mux7= { 9, {8, 9, 10, 11 } };
    //{ mux1.pin(0), {0x01, CHANNEL_1} }, // digital input pin, note number, [channel]
    //{ mux1.pin(1), {0x02, CHANNEL_1} }, // digital input pin, note number, [channel]
    //{ mux1.pin(2), {0x03, CHANNEL_1} }, // digital input pin, note number, [channel]
    //{ mux1.pin(3), {0x04, CHANNEL_1} }, // digital input pin, note number, [channel]
    //{ mux1.pin(4), {0x05, CHANNEL_1} }, // digital input pin, note number, [channel]
 // AnalogMultiplex<0> mux8= { 9, {8, 9, 10, 11 } };
    //{ mux2.pin(0), {0x01, CHANNEL_2} }, // digital input pin, note number, [channe2]
    //{ mux2.pin(1), {0x02, CHANNEL_2} }, // digital input pin, note number, [channe2]
    //{ mux2.pin(2), {0x03, CHANNEL_2} }, // digital input pin, note number, [channe2]
    //{ mux2.pin(3), {0x04, CHANNEL_2} }, // digital input pin, note number, [channe2]
    //{ mux2.pin(4), {0x05, CHANNEL_2} }, // digital input pin, note number, [channe2]

};
 using namespace MIDI_Notes;
 NotePotentiometer pots[] = {
    //Exemplo {Qual Pino, note(0xQual Nota,Qual Channel)},
    {A0, note(0x0, 1)}, // Fader 01
    {A1, note(0x0, 1)}, // Fader 02
    {A2, note(0x0, 1)}, // Fader 03
    {A3, note(0x0, 1)}, // Fader 04
    {A4, note(0x0, 1)}, // Fader 05
    {A5, note(0x0, 1)}, // Fader 06
    {A15, note(0x0, 1)}, // Fader Grand Master
    {A7, note(0x0, 1)}, // Fader 
    {A8, note(0x0, 1)}, // Fader 
    {A9, note(0x0, 1)}, // Fader 
    {A10, note(0x0, 1)}, // Fader 
    {A11, note(0x0, 1)}, // Fader 

};

NoteEncoder enc[] = {
//Exemplo {{ Qual Pino , Qual Pino }, 0xQual Nota },
  {{ 40, 41 }, 0x0 }, // Encoder A
  {{ 42, 43 }, 0x0 }, // Encoder B
  {{ 43, 44 }, 0x0 }, // Encoder C
  {{ 45, 46 }, 0x0 }, // Encoder D

};

void setup() {
    // Initialize everything.
    Control_Surface.begin();
}

void loop() {
    // Update the control surface: read new MIDI events, and read all inputs.
    Control_Surface.loop();
}
tttapa commented 1 year ago

The first template argument of the AnalogMultiplex class is the number of address lines, see https://tttapa.github.io/Control-Surface-doc/Doxygen/d2/d94/classAH_1_1AnalogMultiplex.html.

If your multiplexers have four address lines, you should use AnalogMultiplex<4>.

The rest of the sketch also contains syntax errors, lines like this one are not valid on their own:

    { mux1.pin(0), {0x00, CHANNEL_1} }, // digital input pin, note number, [channel]

I'd encourage you to start with a smaller example, using only a single multiplexer, and get that working first before duplicating all the code for multiple multiplexers.

davidgauze commented 1 year ago

Ola , fiz pequeno esboço peço me ajude, button, encoder e potenciômetros serão enviadas note on quando pressionadas, abaixo fiz condigo se possivel me dar help , estta dando erro novamente se conseguir fazer exemplo pra ter ideia e por 4 encoder, 105 button e 7 fader, no software que irei usar é grandma2 onpc, software de iluminação

// Include the library

include

include <Submodules/Encoder/AHEncoder.hpp>

// Instantiate a MIDI Interface to use USBMIDI_Interface midi;

using namespace ExtIO; using namespace MIDI_Notes;

// Instantiate an analog multiplexer CD74HC4067 mux1 {10, {3, 4, 5,6 } };

CD74HC4067 mux2 {11, {3, 4, 5,6 } };

const int speedMultiply = 1; // 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.

struct RelativeNoteSender { static void send(int delta, MIDIAddress address) { delta = constrain(delta, -127, 127); if (delta > 0) { Control_Surface.sendNoteOn(address, delta); // Send whatever your software expects } else { Control_Surface.sendNoteOn(address + 1 / ??? /, -delta); // Send whatever your software expects } }

}; struct ContinuousNoteSender { void send(uint8_t value, MIDIAddress address) { Control_Surface.sendNoteOn(address, value); }
static constexpr uint8_t precision() { return 7; } };

// Button multiplexadores NoteButton buttons[] = { { mux1.pin(0), {0x01, CHANNEL_1} }, // digital input pin, note number, [channel] { mux1.pin(1), {0x02, CHANNEL_1} }, // digital input pin, note number, [channel] { mux1.pin(2), {0x03, CHANNEL_1} }, // digital input pin, note number, [channel]

{ mux2.pin(0), {0x04, CHANNEL_1} }, // digital input pin, note number, [channel]
{ mux2.pin(1), {0x05, CHANNEL_1} }, // digital input pin, note number, [channel]
{ mux2.pin(2), {0x06, CHANNEL_1} }, // digital input pin, note number, [channel]

};

//potentiometer

CCPotentiometer potentiometer [] { {A1, 0x13}, {A2, 0x14}, {A3, 0x15},

};

CCRotaryEncoder enc []{ {40, 41},MIDI_Notes::A(1), 1, {42, 43},MIDI_Notes::B(2), 1, {44, 45},MIDI_Notes::C(3), 1, {46, 47},MIDI_Notes::D(4), 1,

};

void setup() { Control_Surface.begin(); // Initialize Control Surface }

void loop() { Control_Surface.loop(); // Update the Control Surface }

tttapa commented 1 year ago

If you run into a problem, try to isolate it first. Strip down your code to the bare minimum required to reproduce the error, and then post the code and the full error message.

por 4 encoder, 105 button e 7 fader

Start with 1 encoder, 1 button and 1 fader, separately. Only start scaling up once you have the simplest test case working.

davidgauze commented 1 year ago

sim, me de exemplos de encoder e fader enviando note on quando usada, modo CC software não aceita