Lab_interaccio/2021/Dilalica/Dilalica.ino

#define TIME_PULSE 100
int NeonA[3] = {23, 22, 25};
int NeonB[3] = {24, 27, 26};
int NeonC[5] = {29, 28, 31, 30, 33};

void setup() {
  // put your setup code here, to run once:
  for(int i=0; i<16; i++)
    {
      pinMode(22 + i, OUTPUT);
      digitalWrite( 22 + i, HIGH);
    }
  for(int i=0; i<3; i++)
    {
      digitalWrite( NeonA[i], LOW);
      //delay(1000);
    }
  pinMode(12, INPUT_PULLUP);
//  for(int i=0; i<3; i++)
//    {
//      digitalWrite( NeonB[i], LOW);
//      //delay(1000);
//    }
//  for(int i=0; i<5; i++)
//    {
//      digitalWrite( NeonC[i], LOW);
//      //delay(1000);
//    }
}

unsigned long time_sec1_A = millis();

void secuencia1()
  {
    if ((millis()-time_sec1_A)>=3000) 
      {
        if ((millis()-time_sec1_A)<4000) digitalWrite(NeonA[0], HIGH);
        else if ((millis()-time_sec1_A)<(4000 + TIME_PULSE))
          {
            digitalWrite(NeonA[0], LOW);
            digitalWrite(NeonA[1], HIGH); 
          }
        else if ((millis()-time_sec1_A)<8000)  digitalWrite(NeonA[1], LOW); 
        else if ((millis()-time_sec1_A)<9000)  digitalWrite(NeonA[2], HIGH); 
        else if ((millis()-time_sec1_A)<10000) digitalWrite(NeonA[2], LOW); 
        else if ((millis()-time_sec1_A)>=15000) time_sec1_A = millis();
      }
    else
      {
        for(int i=0; i<3; i++)  digitalWrite( NeonA[i], LOW);
      }
    
  }

unsigned long time_sec2_A = millis();

void secuencia2()
  {
    if ((millis()-time_sec2_A)>=1000) 
      {
        if ((millis()-time_sec2_A)<(1000 + TIME_PULSE)) digitalWrite(NeonB[0], HIGH);
        else if ((millis()-time_sec2_A)<4000) digitalWrite(NeonB[0], LOW);
        else if ((millis()-time_sec2_A)<(4000 + TIME_PULSE)) digitalWrite(NeonB[1], HIGH);
        else if ((millis()-time_sec2_A)<5000) digitalWrite(NeonB[1], LOW);
        else if ((millis()-time_sec2_A)<6000) digitalWrite(NeonB[2], HIGH);
        else if ((millis()-time_sec2_A)<7000) digitalWrite(NeonB[2], LOW);
        else if ((millis()-time_sec2_A)<(7000 + TIME_PULSE)) digitalWrite(NeonB[2], HIGH);
        else if ((millis()-time_sec2_A)<10000)  digitalWrite(NeonB[2], LOW); 
        else if ((millis()-time_sec2_A)>=15000)   time_sec2_A = millis();
      }
    else
      {
        for(int i=0; i<3; i++)  digitalWrite( NeonB[i], LOW);
      }
  }

unsigned long time_sec3_A = millis();

void secuencia3()
  {
    if ((millis()-time_sec2_A)>=2000) 
      {
        if ((millis()-time_sec3_A)<(2000 + TIME_PULSE)) digitalWrite(NeonC[1], HIGH);
        else if ((millis()-time_sec3_A)<6000) digitalWrite(NeonC[1], LOW);
        else if ((millis()-time_sec3_A)<(6000 + TIME_PULSE)) digitalWrite(NeonC[2], HIGH);
        else if ((millis()-time_sec3_A)<7000) digitalWrite(NeonC[2], LOW);
        else if ((millis()-time_sec3_A)<8000) digitalWrite(NeonC[0], HIGH);
        else if ((millis()-time_sec3_A)<9000) digitalWrite(NeonC[0], LOW);
        else if ((millis()-time_sec3_A)<(9000 + TIME_PULSE)) digitalWrite(NeonC[2], HIGH);
        else if ((millis()-time_sec3_A)<10000)  digitalWrite(NeonC[2], LOW); 
        else if ((millis()-time_sec3_A)<(10000 + TIME_PULSE)) digitalWrite(NeonC[4], HIGH);
        else if ((millis()-time_sec3_A)<15000)  digitalWrite(NeonC[4], LOW);
        else time_sec3_A = millis();
      }
    else
      {
        for(int i=0; i<5; i++)  digitalWrite( NeonC[i], LOW);
      }
  }

void secuencia1B()
  {
    if ((millis()-time_sec1_A)>=2000) 
      {
        if ((millis()-time_sec1_A)<(2000 + 500)) digitalWrite(NeonA[0], HIGH);
        else if ((millis()-time_sec1_A)<4000)    digitalWrite(NeonA[0], LOW);
        else if ((millis()-time_sec1_A)<(4000  + TIME_PULSE)) digitalWrite(NeonA[0], HIGH);
        else if ((millis()-time_sec1_A)<10000)   digitalWrite(NeonA[0], LOW);
        else if ((millis()-time_sec1_A)<(10000 + TIME_PULSE)) digitalWrite(NeonA[0], HIGH);
        else if ((millis()-time_sec1_A)<20000)   digitalWrite(NeonA[0], LOW);
        else if ((millis()-time_sec1_A)>=20000)  time_sec1_A = millis();
      }
    else
      {
        digitalWrite( NeonA[0], LOW);
      }
  }

void secuencia2B()
  {
    if ((millis()-time_sec1_A)>=1000) 
      {
        if ((millis()-time_sec1_A)<(1000 + TIME_PULSE)) digitalWrite(NeonA[1], HIGH);
        else if ((millis()-time_sec1_A)<3000)    digitalWrite(NeonA[1], LOW);
        else if ((millis()-time_sec1_A)<(3000  + 1000)) digitalWrite(NeonA[1], HIGH);
        else if ((millis()-time_sec1_A)<5000)   digitalWrite(NeonA[1], LOW);
        else if ((millis()-time_sec1_A)<(5000 + TIME_PULSE)) digitalWrite(NeonA[1], HIGH);
        else if ((millis()-time_sec1_A)<8000)   digitalWrite(NeonA[1], LOW);
        else if ((millis()-time_sec1_A)<(8000 + 500)) digitalWrite(NeonA[1], HIGH);
        else if ((millis()-time_sec1_A)<20000)   digitalWrite(NeonA[1], LOW);
        else if ((millis()-time_sec1_A)>=20000)  time_sec1_A = millis();
      }
    else
      {
        digitalWrite( NeonA[1], LOW);
      }
  }

 void secuencia3B()
  {
    if ((millis()-time_sec1_A)>=2000) 
      {
        if ((millis()-time_sec1_A)<(2000 + TIME_PULSE)) digitalWrite(NeonA[2], HIGH);
        else if ((millis()-time_sec1_A)<6000)    digitalWrite(NeonA[2], LOW);
        else if ((millis()-time_sec1_A)<(6000  + TIME_PULSE)) digitalWrite(NeonA[2], HIGH);
        else if ((millis()-time_sec1_A)<7000)   digitalWrite(NeonA[2], LOW);
        else if ((millis()-time_sec1_A)<(7000 + TIME_PULSE)) digitalWrite(NeonA[2], HIGH);
        else if ((millis()-time_sec1_A)<10000)   digitalWrite(NeonA[2], LOW);
        else if ((millis()-time_sec1_A)<(10000 + 500)) digitalWrite(NeonA[2], HIGH);
        else if ((millis()-time_sec1_A)<20000)   digitalWrite(NeonA[2], LOW);
        else if ((millis()-time_sec1_A)>=20000)  time_sec1_A = millis();
      }
    else
      {
        digitalWrite( NeonA[2], LOW);
      }
  }
  
void loop() {
  if (digitalRead(12))
    {
      secuencia1B();
      secuencia2B();
      secuencia3B();
    }
  else
    {
      for(int i=0; i<3; i++) digitalWrite(NeonA[i], LOW);
    }
  // put your main code here, to run repeatedly:
}