waterControl

void WaterController()
{
 if(read_s1_value < PlantS1)
 {
  tap_motor_sensor1.open_damper(); //turn one side solenoid with motortimeout delay
  electric_tap_motor1 = HIGH ;
  if(digitalRead(PumpPin) == LOW);
  {
   digitalWrite(PumpPin,HIGH);
  }
 }
 else
 {
  tap_motor_sensor1.close_damper(); //turn other side solenoid with motortimeout delay
  electric_tap_motor1 = LOW ;
 }

 if(read_s2_value < PlantS2)
 {
  tap_motor_sensor2.open_damper(); //turn one side solenoid with motortimeout delay
  electric_tap_motor2 = HIGH ;
  if(digitalRead(PumpPin) == LOW)
  {
   digitalWrite(PumpPin,HIGH);
  }
 }
 else
 {
  tap_motor_sensor2.close_damper(); //turn other side solenoid with motortimeout delay
  electric_tap_motor2 = LOW ;
 }

 if(read_s3_value < PlantS3)
 {
  tap_motor_sensor3.open_damper(); //turn one side solenoid with motortimeout delay
  electric_tap_motor3 = HIGH ;
  if(digitalRead(PumpPin) == LOW)
  {
   digitalWrite(PumpPin,HIGH);
  }
 }
 else
 {
  tap_motor_sensor3.close_damper(); //turn other side solenoid with motortimeout delay
  electric_tap_motor3 = LOW ;
 }

 if(read_s4_value < PlantS4)
 {
  //tap_motor_sensor4.open_damper(); //turn one side solenoid with motortimeout delay
  electric_tap_motor4 = HIGH ;
  if(digitalRead(PumpPin) == LOW)
  {
   digitalWrite(PumpPin,HIGH);
  }
 }
 else
 {
 // tap_motor_sensor4.close_damper(); //turn other side solenoid with motortimeout delay
  electric_tap_motor4 = LOW ;
 }

 // check if all Tap is OFF then turn OFF the Pump
 if(electric_tap_motor1 == LOW && electric_tap_motor2 == LOW && electric_tap_motor3 == LOW && electric_tap_motor4 == LOW)
 {
  digitalWrite(PumpPin,LOW);
 }
}