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// Name
#define NAME  "Signal lumineux SNCF"
#define NAME2 "Panneau de type G (8 feux)"
#define NAME3 ""

// Version & Copyright
#define VERSION "1.0 (Arduino Mega)"
#define COPYRIGHT "Fabrice Fayolle, April 2020"

// Arduino Mega
// Pin                  -> Use for                      -> Connect to
// 0
// 1
// 22                   -> Avertissement (A)            LED
// 23                   -> Sémaphore (S)                LED
// 24                   -> Voie libre (VL)              LED
// 25                   -> Carré (C)                    LED
// 26                   -> Ralentissement (R)           LED (2)
// 27                   -> Rappel de Ralent. (RR)       LED (2)
// 28                   -> Oeilleton (Oeil)             LED

// Global constants and variables
#define ALLUME 1
#define ETEINT 0
#define NORMAL HIGH
#define DEVIE LOW
// Aiguille
//const int Aig_Num = 111;
//boolean Table_Aig[6] = {NORMAL, NORMAL, NORMAL, NORMAL, NORMAL, NORMAL};
//Aig111
//const int Aig111 = 53;
// Panneau G
const int Panneau_G = 8 + 1 - 2;
const boolean Signal[Panneau_G * 7] = {
  // A, S, VL, C, R, RR, Oeil
  //Carré
  ETEINT, ALLUME, ETEINT, ALLUME, ETEINT, ETEINT, ETEINT,
  //Sémaphore
  ETEINT, ALLUME, ETEINT, ETEINT, ETEINT, ETEINT, ALLUME,
  //Avertissement
  ALLUME, ETEINT, ETEINT, ETEINT, ETEINT, ETEINT, ETEINT,
  //Ralentissement
  ETEINT, ETEINT, ETEINT, ETEINT, ALLUME, ETEINT, ETEINT,
  // Rappel de Ralentissment
  ETEINT, ETEINT, ETEINT, ETEINT, ETEINT, ALLUME, ETEINT,
  // Rappel de Ralentissment + Avertissement
  ALLUME, ETEINT, ETEINT, ETEINT, ETEINT, ALLUME, ETEINT,
  // Voie libre
  ETEINT, ETEINT, ALLUME, ETEINT, ETEINT, ETEINT, ETEINT
};
// Signal C43 (Panneau G)
const int First_PIN_C43 = 22;
const int Nb_feux_C43 = Panneau_G;
boolean C43[Nb_feux_C43] = {ETEINT, ALLUME, ETEINT, ALLUME, ETEINT, ETEINT, ETEINT};
boolean Afficher_Signal = true;

void setup()
{
  // Initialize Serial Port USB at 9600 baud
  Serial.begin(9600);
  Serial.println(NAME);
  Serial.println(NAME2);
  Serial.println(NAME3);
  Serial.println("-------------------------------------------------------------------------- -");
  Serial.print("Version "); Serial.print(VERSION); Serial.print(", "); Serial.println(COPYRIGHT);
  Serial.println("-------------------------------------------------------------------------- -");
  // Initialize Output PINs
  for (int i = 0; i < Nb_feux_C43; i++)
  {
    pinMode (i + First_PIN_C43, OUTPUT);
    digitalWrite(i + First_PIN_C43, C43[i]);
  }
  // Initialize ramdom number generator
  randomSeed(analogRead(0));
}

void loop()
{
  int Afficher_signal;
  for (int i = 0; i < Nb_feux_C43; i++)
  {
    C43[i] = Signal[i];
    digitalWrite(i + First_PIN_C43, C43[i]);
    Serial.print(C43[i]);
  }
  Serial.println();
  delay(10000);
  Afficher_signal = random (0, 6);
  for (int i = 0; i < Nb_feux_C43; i++)
  {
    C43[i] = Signal[i + (Panneau_G * Afficher_signal)];
    digitalWrite(i + First_PIN_C43, C43[i]);
    Serial.print(C43[i]);
  }
  Serial.println();
  delay(random(7500,15000));
}