2. Code

Probably not the most efficient code, but it works!

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[code]

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#include <Arduino.h>

#include <TM1637Display.h>

 

// Module connection pins (Digital Pins)

#define CLK 2

#define DIO 3

 

 

 

TM1637Display display(CLK, DIO);

 

  int buttonA = 4;

  int buttonB = 5;

 

  int A=0;

  int B=0;

 

  int pa[] = {00,15,30,40,50};

  int pb[] = {00,15,30,40,50};

  int gameA[] = {0,1,2,3,4,5,6,7};

  int gameB[] = {0,1,2,3,4,5,6,7};

 

  int scoreA = pa[0];

  int scoreB = pb[0];

 

  int indexGA = 0;

  int indexGB = 0;

 

  int indexA = 0;

  int indexB = 0;

 

  int actA = 0;

  int actB = 0;

 

  int buttonStateA;       // Current state of the button

  int lastButtonStateA = LOW;  // Previous state, assuming pull-up resistor

 

  int buttonStateB;       // Current state of the button

  int lastButtonStateB = LOW;  // Previous state, assuming pull-up resistor

  

  bool readyNext = true; // Prevent button pressed again

 

  int next = 0;

 

  int cs = 0;

  

 

void setup()

{

 

// Initialize the display

  display.setBrightness(6); 

  

  Serial.begin(9600),

 

//Set the button pin as input using internal resistor

  pinMode(buttonA, INPUT);

  pinMode(buttonB, INPUT);

  

}

 

void loop() {

 

  if (digitalRead(buttonA) == HIGH && digitalRead(buttonB) == HIGH) {  //When both are buttons pressed, the games are displayed

    

    String f = String(gameA[indexGA]) + String(gameB[indexGB]);

    int fs = f.toInt(); 

    display.showNumberDec(fs,true); 

 

    Serial.println(fs);

 

    delay(3000);

    

  }

 

 

  // Reset when button is released

    if (buttonStateA == LOW) {

        readyNext = true;

    }

 

    lastButtonStateA = buttonStateA; // Update last state

    

 

  // Reset when button is released

    if (buttonStateB == LOW) {

        readyNext = true; // Since button is HIGH again, the readynext variable allows the code to run, until the end when it becomes false

    }

 

    lastButtonStateB = buttonStateB; // Update last state

 

 

 // Detect a press only if the button was released before

 

    buttonStateA = digitalRead(buttonA);

    

    buttonStateB = digitalRead(buttonB);

    

    if (buttonStateA == HIGH && lastButtonStateA == LOW && readyNext) {

      

    actA = 1;

    }

    

     if (buttonStateB == HIGH && lastButtonStateB == LOW && readyNext) {

      

    actB = 1;

 

     }

 

   delay(100); // Con este nuevo codigo puedo bajar el delay a muy poco

   

 

 

//-----------------------------Cases------------------------

  

// Caso 1 ------------------------------------------------------

  

  if ((actA == 1) && (scoreA <= 30))  {

 

  indexA ++;  // Incrementar el índice (pasar a la segunda posición)

  scoreA = pa[indexA];

  

 //Serial.println(scoreA);

 

  actA = 0; // If the code runs through this if statement, the active button becomes 0 again so as not to activate the rest of the following conditions

 

  }

 

  if ((actB == 1) && (scoreB <= 30))  {

 

  indexB ++;

  scoreB = pb[indexB];

  //Serial.println(scoreB);

  

  actB = 0; // If the code runs through this if, then active button becomes 0 again so as not to activate the rest of the following conditions

 

  }

 

 

// Caso 2 Winning Game ------------------------------------------------------

 

  if ((actA == 1) && (scoreA == 40) && (scoreB != 40) && (scoreB != 50))  {  

    

  indexA = 0;

  indexB = 0;

  scoreA = pa[indexA];

  scoreB = pb[indexB];

 

  indexGA++;

  gameA[indexGA]; // The game info is stored in varaible gameA, so I can access it later.

 

  actA = 0;

  

  }

 

 

  if ((actB == 1) && (scoreB == 40) && (scoreA != 40) && (scoreA != 50))  {

    

  indexA = 0;

  indexB = 0;

  scoreA = pa[indexA];

  scoreB = pb[indexB];

  

  indexGB++;

  gameB[indexGB];

 

  actB = 0;

 

  }

  

 

// Caso 3, Ventajas Tipo 1 ------------------------------------------------------

 

 

  if ((actA == 1) && (scoreA == 40) && (scoreB == 40))  {

 

  indexA ++;

  scoreA = pa[indexA]; //Se vuelve 50, porque la condicion para este caso es partir de scoreA = 40

 

  actA = 0;

  

  }

 

  if ((actB == 1) && (scoreB == 40) && (scoreA == 40))  {

 

  indexB ++;

  scoreB = pb[indexB]; //Se vuelve 50, porque la condicion para este caso es partir de scoreB = 40

 

  actB = 0;

  }

  

 

// Caso 4, Ventajas Tipo 2 ------------------------------------------------------

 

 

  if ((actB == 1) && (scoreA == 50) && (scoreB == 40))  {

 

  indexA --;

  scoreA = pa[indexA]; //Se vuelve 40, porque la condicion para este caso es partir de scoreA = 50

 

  actB = 0;

  

  }

 

  if ((actA == 1) && (scoreB == 50) && (scoreA == 40))  {

 

  indexB--;

  scoreB = pb[indexB]; //Se vuelve 50, porque la condicion para este caso es partir de scoreB = 50

 

  actA = 0;

  

  }

  

 

// Caso 5, Final ------------------------------------------------------

 

 

  if ((actA == 1) && (scoreA == 50) && (scoreB == 40))  {

 

  indexA = 0;

  indexB = 0;

  scoreA = pa[indexA];

  scoreB = pb[indexB];

  

  indexGA++;

  gameA[indexGA];

 

  actA = 0;

  

  }

 

  if ((actB == 1) && (scoreB == 50) && (scoreA == 40))  {

  

  indexA = 0;

  indexB = 0;

  scoreA = pa[indexA];

  scoreB = pb[indexB];

  

  indexGB++;

  gameB[indexGB];

 

  actB = 0;

  

  }

 

 

// Cuando ya ha procesado todos los condicionantes, llega esta parte del codigo--------------------------

 

// Convert numbers to strings and concatenate

 

//Serial.println(scoreA);

//Serial.println(scoreB);

 

 if (scoreA == 0) {

  

  String c = String(scoreA) + "0" + String(scoreB);

  int cs = c.toInt(); 

    display.showNumberDec(cs,true); 

 }

 

 if (scoreB == 0) {

  

  String c = String(scoreA) + String(scoreB) + "0";

  int cs = c.toInt(); 

    display.showNumberDec(cs,true); 

 }

 

 if ((scoreA != 0) && (scoreB !=0)) {

  String c = String(scoreA) + String(scoreB);

  int cs = c.toInt(); 

    display.showNumberDec(cs,true); 

 

 }

 

 //Serial.println(c);

 // Serial.println(String(indexA) + " " + String(scoreA));

 

readyNext = false; // Block further presses until released

 

  }

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