gistfile1.txt

int moistureSensor1Pin = A0;
int moistureSensor2Pin = A1;
int moistureSensor3Pin = A2;
int moistureSensor4Pin = A3;

int soggyLEDPin = 10;  // Dioda -  Mokro
int moistsoilLEDPin = 11;  // Dioda - Wilgotno
int drysoilLEDPin = 12;  // Dioda - Sucho

int pumpLEDPin = 13;  // Dioda dzialania pomp
int pumpPin1 = 2;
int pumpPin2 = 3;
int pumpPin3 = 4;
int pumpPin4 = 5;

int moistureSensor1Value;    // Wartosc z czujnika
int moistureSensor2Value;
int moistureSensor3Value;
int moistureSensor4Value;
int j = 0;



void setPump(int _pumpNum, boolean _enable = true)
{
  if(_enable)
  {
    switch(_pumpNum)
    {
       case 1:
          digitalWrite(pumpPin1,HIGH);
          break;
       case 2:
          digitalWrite(pumpPin2,HIGH);
          break;
       case 3:
          digitalWrite(pumpPin3,HIGH);
          break;
       case 4:
          digitalWrite(pumpPin4,HIGH);
          break;
    }
 }
 else
 {
    switch(_pumpNum)
    {
       case 1:
          digitalWrite(pumpPin1,LOW);
          break;
       case 2:
          digitalWrite(pumpPin2,LOW);
          break;
       case 3:
          digitalWrite(pumpPin3,LOW);
          break;
       case 4:
          digitalWrite(pumpPin4,LOW);
          break;
    }
 }
}



void setup(){

  Serial.begin(9600);

  pinMode(soggyLEDPin, OUTPUT);
  pinMode(moistsoilLEDPin,OUTPUT);
  pinMode(drysoilLEDPin,OUTPUT);
  pinMode(pumpLEDPin,OUTPUT);
  pinMode(pumpPin1,OUTPUT);
  pinMode(pumpPin2,OUTPUT);
  pinMode(pumpPin2,OUTPUT);
  pinMode(pumpPin4,OUTPUT);
}



void loop() {

  Serial.print("Moisture Sensor 1 Value:");
  Serial.println(analogRead(A0));
  delay(1000);

  Serial.print("Moisture Sensor 2 Value:");
  Serial.println(analogRead(A1));
  delay(1000);

  Serial.print("Moisture Sensor 3 Value:");
  Serial.println(analogRead(A2));
  delay(1000);

  Serial.print("Moisture Sensor 4 Value:");
  Serial.println(analogRead(A3));
  delay(1000);

  moistureSensor1Value = analogRead(moistureSensor1Pin);
  moistureSensor2Value = analogRead(moistureSensor2Pin);
  moistureSensor3Value = analogRead(moistureSensor3Pin);
  moistureSensor4Value = analogRead(moistureSensor4Pin);

  if(moistureSensor1Value >= 700||moistureSensor2Value >= 700||moistureSensor3Value >= 700||moistureSensor4Value >= 700) {      // W przypadku suchej gleby
    digitalWrite(drysoilLEDPin,HIGH);
    digitalWrite(moistsoilLEDPin,LOW);
    digitalWrite(soggyLEDPin,LOW);
  }

  if((moistureSensor1Value < 700) && (moistureSensor1Value >= 300)||(moistureSensor2Value < 700) && (moistureSensor2Value >= 300)||(moistureSensor3Value < 700) && (moistureSensor3Value >= 300)||(moistureSensor4Value < 700) && (moistureSensor4Value >= 300)){
    // W przypadku wilgotnego gruntu

    digitalWrite(drysoilLEDPin,LOW);
    digitalWrite(moistsoilLEDPin,HIGH);
    digitalWrite(soggyLEDPin,LOW);
  }


  if(moistureSensor1Value < 300||moistureSensor2Value < 300||moistureSensor3Value < 300||moistureSensor4Value < 300){
    // Mokro
    digitalWrite(drysoilLEDPin,LOW);
    digitalWrite(moistsoilLEDPin,LOW);
    digitalWrite(soggyLEDPin,HIGH);
  }

   if(moistureSensor1Value >= 700) {
   setPump(1);
   setPump(2, false);
   setPump(3, false);
   setPump(4, false);
   }

   if(moistureSensor2Value >= 700) {
   setPump(2);
   setPump(1, false);
   setPump(3, false);
   setPump(4, false);
   }

   if(moistureSensor3Value >= 700) {
   setPump(3);
   setPump(1, false);
   setPump(2, false);
   setPump(4, false);
   }

   if(moistureSensor4Value >= 700) {
   setPump(4);
   setPump(1, false);
   setPump(2, false);
   setPump(3, false);
   }

}