//---Mapeamento de Hardware---//
 #define ledgPpin 13//15 //SD3

 #define ledrCpin 33 //16//D2
 #define ledyCpin 25 //4 //D0
 #define ledgCpin 26 //5//D1

 #define ledrApin 27 //2 //D4
 #define ledyApin 14 //14 //D5i
 #define ledgApin 12 //0 //D3
//...............................
  int BT = 1000;// BASE DE TEMPO

  int  VerdeA = 5 * BT; //50
  int AmareloA = 3 * BT; //80
  int VermelhoA = 6 * BT; //140

  int VerdeC = 3 * BT;
  int AmareloC = 1 * BT;
  int VermelhoC = 10 * BT;
//...........................................................
void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);
  pinMode(ledgCpin, OUTPUT);
  pinMode(ledyCpin, OUTPUT);
  pinMode(ledrCpin, OUTPUT);

  pinMode(ledgPpin, INPUT);
 
  pinMode(ledrApin, OUTPUT);
  pinMode(ledgApin, OUTPUT);
  pinMode(ledyApin, OUTPUT);}
//.................................................................
void loop() {
  // put your main code here, to run repeatedly:

         digitalWrite(ledgApin, HIGH);     //ON VERDE A=1
         digitalWrite(ledrCpin, HIGH);   // T. VERMELHO C 2-6
  delay( VerdeA );                      // T. VERDE A 1-5
    digitalWrite(ledgApin, LOW);    //OFF T. VERDE A=5

          digitalWrite(ledyApin, HIGH);//ON AMARELO A=6
  delay(AmareloA);                  // T.O AMARELO A  6-8 / VERMELHO C 7-9 
    digitalWrite(ledyApin, LOW);//0FF T. AMARELO A=3 
 
           digitalWrite(ledrApin, HIGH);     //ON VERMELHO A=9
  delay(BT);                             // T. COMUM VERMELHOS C=10/A=1  TG=9
      digitalWrite(ledrCpin, LOW);//OFF T. VERMELHO C=9/10

          digitalWrite(ledgCpin, HIGH);//ON VERDE C=1/TG=10
  delay(VerdeC);                    // T. VERDE   C=1-3/ T.VM.A=2-4/ TG=10-12  
      digitalWrite(ledgCpin, LOW);//0FF T. VERDE C=12/T.VM.A=4/TG=12
      //T.VM.A/C =TEMPO VERMELHO A/C

           digitalWrite(ledyCpin, HIGH);//ON AMARELO C=1/TG=13
  delay(AmareloC);                // T. AMARELO C=1/TG=13
      digitalWrite(ledyCpin, LOW);//OFF T. AMARELO C=1/T.AM.C=13

           digitalWrite(ledrCpin, HIGH);//ON  VERMELHO C=1/TG=14
  delay(BT);                            // T. COMUM VERMELHOS C=1/A=6  TG=914
      digitalWrite(ledrApin, LOW);     //OFF VERMELHO A=6/TG=14
 
  delay(10); // this speeds up the simulation
}