Projet Control module

International Français
175

Je m'approche du but :slight_smile:

J'ai quasiment terminé le programme, je poste une version light fonctionnel :

/* R13 Consult Auto Transmission By 200sx200*/
boolean recept = false;
boolean displayP = false;
byte display1[37];//Open Display
//Consult
byte consult[28];
//int gauges
int tps;
int sped;
// Led remplace solenoid
const int Solenoid_A = 31;
const int Solenoid_B = 33;
const int Solenoid_Clutch = 35;
const int Solenoid_Lockup = 37;
//const int Solenoid_Pressure = 39;
// on when pin is high
// off when pin is low
const int SON = LOW;
const int SOFF = HIGH;
//vitesse
int vitesse = 1;


//setup
void setup() {
  Serial.begin(9600);
  Serial2.begin(9600);
  Serial3.begin(9600);
  pinMode(Solenoid_A, OUTPUT);        //solenoid A
  pinMode(Solenoid_B, OUTPUT);        //solenoid B
  pinMode(Solenoid_Clutch, OUTPUT);   //solenoid Overrun Clutch
  pinMode(Solenoid_Lockup, OUTPUT);  //solenoid Lock-up
  //pinMode(Solenoid_Pressure, OUTPUT); //solenoid Line Pressure
}

void loop() {

  if ( recept == false) {
    displayO();
  }

  while (recept == true) {
    Serial2.readBytes(consult, 28);

    if (consult[0] == 0xFF) {
      byteconsult();
      //Print();



      //-----------------------------Gearbox----------------------------------//
      if (recept == true) {
        byteconsult();

        if (tps >= 3) { //Volt position papillons (5.1V pour 100%) 
          if (sped < 10) {
            Vitesse1();
          }
          if (sped > 10 && sped <= 14) {
            Vitesse2();
          }
        }
      }
      //-----------------------------Gearbox----------------------------------//
    }
  }


}//End Loop



//-----------------------Open Display-----------------------//
void displayO() {
  Serial3.readBytes(display1, 37);
  if ((display1[0] == 6) && (display1[1] == 41) && (display1[3] == 41) && (display1[35] == 41)) {
    Serial.println("Open Display Windows detected");
    recept = true;
  }
}

void byteconsult() {
  //Speed kph
  sped = consult[4] * 2;
  //Throttle Position voltage
  tps = consult[11];
  tps = ((tps * 20) / 1000.0);
}

void Print() {
  Serial.print("Speed kph="); Serial.println(sped);
  Serial.print("Throttle="); Serial.println(tps);
}

// 1 => BC
void Vitesse1() {
  Serial.println("Vitesse1");
  digitalWrite(Solenoid_A, SON);
  digitalWrite(Solenoid_B, SON);
  digitalWrite(Solenoid_Clutch, SON);
  digitalWrite(Solenoid_Lockup, SOFF);
  //digitalWrite(Solenoid_Pressure, SOFF);
}

// 2 => ABDEG
void Vitesse2() {
  Serial.println("Vitesse2");
  digitalWrite(Solenoid_A, SOFF);
  digitalWrite(Solenoid_B, SON);
  digitalWrite(Solenoid_Clutch, SON);
  digitalWrite(Solenoid_Lockup, SOFF);
  //digitalWrite(Solenoid_Pressure, SOFF);
}

Me reste à généré le code avec les 3 boutons dont le 3eme(mode manuel) prenant le dessus sur tous et donnant accès au 2 autres(+et-).