Sturing badkamer

/*-----( Declare Constants and Pin Numbers )-----*/

#define keyboard_AnalogInput0 0
#define keyboard_AnalogInput1 1
#define keyboard_AnalogInput2 2

#define btnDouche 1
#define btnLavabo 2
#define btnVenti15 3
#define btnSauna 4
#define btnLicht 5
#define btnWC 6
#define btnAllesuit 7
#define btnVenti5 8
#define btnNONE0 10
#define btnNONE1 11
#define btnNONE2 12

/*-----( Declare Variables )-----*/

long lastToggledTime = 0;
long ToggleTime = 50;

int Licht = 70;
int LichtStatus = HIGH;
int Lavabo = 71;
int LavaboStatus = HIGH;
int Douche = 72;
int DoucheStatus = HIGH;
int lastDoucheStatus = LOW;
int WC = 73;
int WCStatus = HIGH;
int Venti = 74;
int VentiStatus = HIGH;
int Bezet = 75;
int BezetStatus = HIGH;
int Sauna = 76;
int SaunaStatus = HIGH;
int Allesuit;
int AllesuitStatus = LOW;


int adc_key_in0 = 0;
int buttonPressed0;
int adc_key_in1 = 0;
int buttonPressed1;
int adc_key_in2 = 0;
int buttonPressed2;

void setup()
{
  Serial.begin(9600);
  Serial.println("Sturing Badkamer");

  pinMode(Licht, OUTPUT);
  digitalWrite(Licht, HIGH);
  pinMode(Lavabo, OUTPUT);
  digitalWrite(Lavabo, HIGH);
  pinMode(Douche, OUTPUT);
  digitalWrite(Douche, HIGH);
  pinMode(WC, OUTPUT);
  digitalWrite(WC, HIGH);
  pinMode(Venti, OUTPUT);
  digitalWrite(Venti, OUTPUT);
  pinMode(Bezet, OUTPUT);
  digitalWrite(Bezet, OUTPUT);
  pinMode(Sauna, OUTPUT);
  digitalWrite(Sauna, HIGH);


}//--(end setup )---


void loop()
{
  buttonPressed0 = read_keyboard0();
  buttonPressed1 = read_keyboard1();
  buttonPressed2 = read_keyboard2();


  if (buttonPressed0 != btnNONE0 || buttonPressed1 != btnNONE1 || buttonPressed2 != btnNONE2)
  {
    Serial.print("OK - That looks like you pressed ");
    Serial.println(buttonPressed0, DEC);
    Serial.print("OK - That looks like you pressed ");
    Serial.println(buttonPressed1, DEC);
    Serial.print("OK - That looks like you pressed ");
    Serial.println(buttonPressed2, DEC);


  if (buttonPressed0 == 1 || buttonPressed2 == 1){
       KeuzeDouche();

  }


  if (buttonPressed0 == 2){
       Serial.println("pressed btnLavabo");

  }


  if (buttonPressed0 == 3){
       Serial.println("pressed btnVenti15");

  }


  if (buttonPressed0 == 4 || buttonPressed1 == 4){
       Serial.println("pressed btnSauna");

  }


    if (buttonPressed1 == 5){
        Serial.println("pressed btnLicht");

  }


  if (buttonPressed1 == 6){
       Serial.println("pressed btnWC");

  }


  if (buttonPressed1 == 7){
       Serial.println("pressed btnAllesuit");

  }


  if (buttonPressed2 == 8){
       Serial.println("pressed btnVenti5");

  }

  }

}//--(end main loop )---




int read_keyboard0(){            // Read analog input 0    Viervoudige drukknop

  adc_key_in0 = analogRead(keyboard_AnalogInput0);

  if (adc_key_in0 > 1000) return btnNONE0;
  if (adc_key_in0 < 100) return btnDouche;
  if (adc_key_in0 < 380) return btnLavabo;
  if (adc_key_in0 < 555) return btnVenti15;
  if (adc_key_in0 < 800) return btnSauna;
  return btnNONE0;
}


int read_keyboard1(){            // Read analog input 1    Zesvoudige drukknop 1 tot 4

  adc_key_in1 = analogRead(keyboard_AnalogInput1);

  if (adc_key_in1 > 1000) return btnNONE1;
  if (adc_key_in1 < 100) return btnLicht;
  if (adc_key_in1 < 380) return btnWC;
  if (adc_key_in1 < 555) return btnSauna;
  if (adc_key_in1 < 800) return btnAllesuit;
  return btnNONE1;
}


int read_keyboard2(){            // Read analog input 2    Zesvoudige drukknop 5 en 6

  adc_key_in2 = analogRead(keyboard_AnalogInput2);

  if (adc_key_in2 > 1000) return btnNONE2;
  if (adc_key_in2 < 500) return btnVenti5;
  if (adc_key_in2 < 1000) return btnDouche;
  return btnNONE2;
}


int KeuzeDouche(){
        Serial.println("pressed btnDouche");

        if (lastDoucheStatus != DoucheStatus){
          lastToggledTime = millis();
          Serial.println("controlled time");
        }

        if ((millis() - lastToggledTime) > ToggleTime){
          lastDoucheStatus != DoucheStatus;
               Serial.println("working");
        }



}


//*********( THE END )***********