const int bPin = 2; // pino do botão conectado ao pino 2
const int LedPin1 = 13;
const int LedPin2 = 12;
const int LedPin3 = 11;
const int LedPin4 = 10;
const int LedPin5 = 9;


int bst = digitalRead(bPin); // estado do botão

void setup() {
  // coloque seu código de configuração aqui, para executar uma vez:
  Serial.begin(9600);
  pinMode(LedPin1, OUTPUT);
  pinMode(LedPin2, OUTPUT);
  pinMode(LedPin3, OUTPUT);
  pinMode(LedPin4, OUTPUT);
  pinMode(LedPin5, OUTPUT);
  pinMode(bPin, INPUT_PULLUP);
}

void loop() {
  // coloque seu código principal aqui, para executar repetidamente:
  int vel = 500;
  int n = 0;
  int c = 0;

  bst = HIGH;
  int Flag = (bPin,HIGH);
  
  while (n != 10) {
    
    for (c=0,c<5;bst==LOW;c++) { //check if button state is Low
      
      // make a loop only when button is pressed. the accumulator is only incremented if the button is pressed
      Serial.println("Você apertou o botão");


      if (Flag != bst) {
        // if Flag which is LedPin3 is High when bst is Low

         c++;

         if (c==5) {

          digitalWrite(LedPin1, HIGH);
          digitalWrite(LedPin2, HIGH);
          digitalWrite(LedPin3, HIGH);
          digitalWrite(LedPin4, HIGH);
          digitalWrite(LedPin5, HIGH);
          Serial.println("A bomba foi desarmada");
          tone(8, 200, 2000);
          digitalWrite(LedPin1, LOW);
          digitalWrite(LedPin2, LOW);
          digitalWrite(LedPin3, LOW);
          digitalWrite(LedPin4, LOW);
          digitalWrite(LedPin5, LOW);

        }
        

      }
        
      else { // if Flag is Low when bst is low

        

        if (c==5) {

            digitalWrite(LedPin1, HIGH);
            digitalWrite(LedPin2, HIGH);
            digitalWrite(LedPin3, HIGH);
            digitalWrite(LedPin4, HIGH);
            digitalWrite(LedPin5, HIGH);
            tone(8, 200, 10000);

            Serial.println("BOOM"); 
            delay(10000);
          
        }

      }

    }
        
    

     

  
    digitalWrite(LedPin1, HIGH);
    delay(vel);
    digitalWrite(LedPin1, LOW);
    digitalWrite(LedPin2, HIGH);
    delay(vel);
    digitalWrite(LedPin2, LOW);
    digitalWrite(LedPin3, HIGH);
    delay(vel);
    digitalWrite(LedPin3, LOW);
    digitalWrite(LedPin4, HIGH);
    delay(vel);
    digitalWrite(LedPin4, LOW);
    digitalWrite(LedPin5, HIGH);
    delay(vel);
    digitalWrite(LedPin5, LOW);
    tone(8, 200, 1000);
    delay(1000);

    vel = vel - 50;
    n = n + 1;

  }

  digitalWrite(LedPin1, HIGH);
  digitalWrite(LedPin2, HIGH);
  digitalWrite(LedPin3, HIGH);
  digitalWrite(LedPin4, HIGH);
  digitalWrite(LedPin5, HIGH);
  tone(8, 200, 10000);

  Serial.println("BOOM"); 
  delay(10000);
  digitalWrite(LedPin1, LOW);
  digitalWrite(LedPin2, LOW);
  digitalWrite(LedPin3, LOW);
  digitalWrite(LedPin4, LOW);
  digitalWrite(LedPin5, LOW);
}