Using more than one analog input pin? (e.g. A0, A1, A2)

[wayneispg]

Hello,

is it possible to use maybe two or three analog input pins, that i can seperate eight Buttons on each Pin (e.g. A0, A1, A2).
If Yes? How? I weren't able to do so.

greetings

[rlogiacco]

What have you tried that didn't work?

[wayneispg]

Hi, thanks for the quick response. I send you my Code, I don't know how i can "connect/patch" the Button "U1" to Analog A5 for example, All at A0 are working fine. Am Di., 16. Feb. 2021 um 22:05 Uhr schrieb Roberto Lo Giacco < [email protected]>:

…

What have you tried that didn't work? — You are receiving this because you are subscribed to this thread. Reply to this email directly, view it on GitHub <#17 (comment)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AS36AQBEHCX3CLVLMALFZMDS7LMZFANCNFSM4XW4F3PQ> .

[rlogiacco]

No, please, don't send me your code, post it here.

[rlogiacco]

Have you tried anything along the lines of the following?

AnalogButtons a1(A1);
Button b1_1 = Button(1013, &b1_1Click);
Button b1_2 = Button(1002, &b1_2Click);
Button b1_3 = Button(970, &b1_3Click);
AnalogButtons a2(A2);
Button b2_1 = Button(1013, &b2_1Click);
Button b2_2 = Button(1002, &b2_2Click);
Button b2_3 = Button(970, &b2_3Click);
AnalogButtons a3(A3);
Button b3_1 = Button(1013, &b3_1Click);
Button b3_2 = Button(1002, &b3_2Click);
Button b3_3 = Button(970, &b3_3Click);

void setup() {
  a1.add(b1_1);
  a1.add(b1_2);
  a1.add(b1_3)
  a2.add(b2_1);
  a2.add(b2_2);
  a2.add(b2_3)
  a3.add(b3_1);
  a3.add(b3_2);
  a3.add(b3_3);
 }
 
void loop() {  
  // To check values when button are pressed
  a1.check();
  a2.check();
  a3.check();
}

[wayneispg]

Hi, I think i've done all, except *a2.check(); *I forgot that... Thank you, of course it can't work without that line... I try tomorrow in my workshop, if that was the problem, i just did all the rest: #include <AnalogButtons.h> #include "Arduino.h" #include "avdweb_Switch.h" #include <DmxSimple.h> #define DE_power 2 #define ANALOG_PIN A0 #define unlockPin A5 const byte toggleSwitchpin = 3; const byte multiresponseButtonpin = 12; const byte alleventsButtonpin = 13; int unlock_state; int b1_state = 0 ; int b2_state = 0; int latchPin = 7; // RCLK (Register Clock / Latch) Pin des 74HC595 ist verbunden mit dem digitalen Pin 5 int clockPin = 6; // SRCLK (Shit Register Clock) Pin des 74HC595 ist verbunden mit dem digitalen Pin 6 int dataPin = 5; // SER (Serial input) Pin des 74HC595 ist verbunden mit dem digitalen Pin 4 byte leds = 0; // Hier speichern wir den Zustand der acht LEDs AnalogButtons analogButtonsA0(ANALOG_PIN, INPUT_PULLUP); Button b1 = Button(15, &b1Click, &b1Hold, 10000000000, 500000000); Button b2 = Button(66, &b2Click, &b2Hold, 10000000000, 500000000); Button b3 = Button(113, &b3Click, &b3Hold, 1000000000, 500000000); Button b4 = Button(154, &b4Click, &b4Hold, 1000000000, 500000000); Button b5 = Button(192, &b5Click, &b5Hold, 1000000000, 500000000); Button b6 = Button(226, &b6Click, &b6Hold, 1000000000, 500000000); Button b7 = Button(259, &b7Click, &b7Hold, 1000000000, 500000000); Button b8 = Button(287, &b8Click, &b8Hold, 1000000000, 500000000); Button b9 = Button(314, &b9Click, &b9Hold, 1000000000, 500000000); Button b10 = Button(338, &b10Click, &b10Hold, 1000000000, 500000000); Button b11 = Button(361, &b11Click, &b11Hold, 1000000000, 500000000); Button b12 = Button(382, &b12Click, &b12Hold, 1000000000, 500000000); AnalogButtons analogButtonsA5(unlockPin, INPUT_PULLUP); Button U1 = Button(15, &U1Click, &U1Hold, 1000000000, 500000000); void setup(){ Serial.begin(9600); pinMode(latchPin, OUTPUT); pinMode(dataPin, OUTPUT); pinMode(clockPin, OUTPUT); //pinMode(unlockPin, INPUT_PULLUP); DmxSimple.usePin(4); digitalWrite(DE_power, HIGH); analogButtonsA0.add(b1); analogButtonsA0.add(b2); analogButtonsA0.add(b3); analogButtonsA0.add(b4); analogButtonsA0.add(b5); analogButtonsA0.add(b6); analogButtonsA0.add(b7); analogButtonsA0.add(b8); analogButtonsA0.add(b9); analogButtonsA0.add(b10); analogButtonsA0.add(b11); analogButtonsA0.add(b12); analogButtonsA5.add(U1); } void loop(){ // leds = 1; analogButtonsA0.check(); // updateShiftRegister(); //unlock_state = digitalRead(unlockPin); // configure(); if(b1_state == 0 && b2_state == 0){ bitClear(leds, 3); bitClear(leds, 4); bitClear(leds, 5); bitClear(leds, 6); DmxSimple.write(1,0); DmxSimple.write(2,0); DmxSimple.write(3,0); DmxSimple.write(4,0); updateShiftRegister(); } if(b1_state == 1){ bitSet(leds, 3); bitClear(leds, 5); bitClear(leds, 6); updateShiftRegister(); DmxSimple.write(1,255); DmxSimple.write(2,0); DmxSimple.write(3,0); DmxSimple.write(4,10); } if(b1_state == 2){ bitSet(leds, 3); bitSet(leds, 4); bitClear(leds, 5); bitClear(leds, 6); updateShiftRegister(); DmxSimple.write(1,255); DmxSimple.write(2,0); DmxSimple.write(3,0); DmxSimple.write(4,255); } if(b2_state == 1){ bitSet(leds, 5); bitClear(leds, 3); bitClear(leds, 4); updateShiftRegister(); DmxSimple.write(1,50); DmxSimple.write(2,127); DmxSimple.write(3,50); DmxSimple.write(4,0); } if(b2_state == 2){ bitSet(leds, 5); bitSet(leds, 6); bitClear(leds, 3); bitClear(leds, 4); updateShiftRegister(); DmxSimple.write(1,255); DmxSimple.write(2,255); DmxSimple.write(3,100); DmxSimple.write(4,0); } } void b1Click(){ Serial.println("button 1 clicked"); if(unlock_state == 0){ b1_state++; b2_state = 0; if(b1_state>=3) b1_state=0; Serial.println(b1_state); } } void b2Click() { Serial.println("button 2 clicked"); if(unlock_state == 0){ b2_state++; b1_state = 0; if(b2_state>=3) b2_state=0; Serial.println(b2_state); } } void b3Click() { Serial.println("button 3 clicked"); } void b4Click() { Serial.println("button 4 clicked"); } void b5Click() { Serial.println("button 5 clicked"); } void b6Click() { Serial.println("button 6 clicked"); } void b7Click() { Serial.println("button 7 clicked"); } void b8Click() { Serial.println("button 8 clicked"); } void b9Click() { Serial.println("button 9 clicked"); } void b10Click() { Serial.println("button 10 clicked"); } void b11Click() { Serial.println("button 11 clicked"); } void b12Click() { Serial.println("button 12 clicked"); b1_state++; b2_state = 0; if(b1_state>=3) b1_state=0; } void b1Hold(){} void b2Hold(){} void b3Hold(){} void b4Hold(){} void b5Hold(){} void b6Hold(){} void b7Hold(){} void b8Hold(){} void b9Hold(){} void b10Hold(){} void b11Hold(){} void b12Hold(){} void U1Click();{ Serial.println("U1 Clicked"); } void U1Hold(){} void updateShiftRegister(){ digitalWrite(latchPin, LOW); shiftOut(dataPin, clockPin, LSBFIRST, leds); digitalWrite(latchPin, HIGH); } void configure() { unsigned int valueA0 = analogRead(ANALOG_PIN); unsigned int valueA5 = analogRead(unlockPin); Serial.println(valueA0); Serial.println(valueA5); delay(250); } Am Mi., 17. Feb. 2021 um 00:26 Uhr schrieb Roberto Lo Giacco < [email protected]>:

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Have you tried anything along the lines of the following? AnalogButtons a1(A1); Button b1_1 = Button(1013, &b1_1Click); Button b1_2 = Button(1002, &b1_2Click); Button b1_3 = Button(970, &b1_3Click); AnalogButtons a2(A2); Button b2_1 = Button(1013, &b2_1Click); Button b2_2 = Button(1002, &b2_2Click); Button b2_3 = Button(970, &b2_3Click); AnalogButtons a3(A3); Button b3_1 = Button(1013, &b3_1Click); Button b3_2 = Button(1002, &b3_2Click); Button b3_3 = Button(970, &b3_3Click); void setup() { a1.add(b1_1); a1.add(b1_2); a1.add(b1_3) a2.add(b2_1); a2.add(b2_2); a2.add(b2_3) a3.add(b3_1); a3.add(b3_2); a3.add(b3_3); } void loop() { // To check values when button are pressed a1.check(); a2.check(); a3.check(); } — You are receiving this because you are subscribed to this thread. Reply to this email directly, view it on GitHub <#17 (reply in thread)>, or unsubscribe <https://github.com/notifications/unsubscribe-auth/AS36AQAOMYQJWO6WQKBFVKDS7L5KRANCNFSM4XW4F3PQ> .