#define btnIn  2
#define relOut 3

unsigned int helixSetCall        = 10;  //  how many calls are needed to run comp
unsigned int helixCount          =  0;  //  CountValue
unsigned int waitHelix           =  5;  //  wait for further Helix after reach min HelixCount
unsigned int burnOutWaitTme      =  5;  //  wait for Burn Out to start Comp
unsigned int compRunTme          =  5;  //  comp Run Tme /sec 

unsigned long compNowRunTme      =  0;  //  Now Comp Run Time
unsigned long compNowWaitHelix   =  0;  //  Now wait for further Helix after reach HelixCount
unsigned long compNowBurnOutTme  =  0;  //  Now Comp Run Time


byte compSwL                     =  0;  //  Compressor LevelSwitch
bool btnState = LOW;


//---------------------------------------------
byte compSwLold;
unsigned int helixCountold; 
//---------------------------------------------------

void setup() {
  // put your setup code here, to run once:
  Serial.begin(9600);
  pinMode(btnIn, INPUT_PULLUP);
  pinMode(relOut, OUTPUT);

}

void loop() {
  // put your main code here, to run repeatedly:
  

showSerial();
comp();



    }

//------------------Funktion Comp-------------------    
//--------------------------------------------------
void comp(){

if (compSwL == 0){

  if (btnState == LOW && digitalRead(btnIn) == LOW){
      btnState = HIGH;
      helixCount ++;
  
      }

  if (btnState == HIGH && digitalRead(btnIn)== HIGH){
     btnState = LOW;
     }

  if (helixCount > helixSetCall){    //min Helix Calls reached
     // digitalWrite(relOut, HIGH);
      compSwL = 1;
      helixCount = 0;
      }
}
if (compSwL == 1){                  //set Now for further Helix Calls
    compNowWaitHelix = millis();
    compSwL = 2;
   }

if (compSwL == 2){
   if (digitalRead(btnIn) == LOW){   // if more Calls set NOw back
     compSwL = 1;
    }

   if (millis() - compNowWaitHelix >= (waitHelix * 1000)) {   // if no more Calls, start BurnOut Wait Time
      compSwL = 3;
      compNowBurnOutTme = millis();
      //digitalWrite(relOut, HIGH);
     }
 }

if (compSwL == 3){      // BurnOut Wait 
   if (millis() - compNowBurnOutTme >= (burnOutWaitTme * 1000)) {   // if no more Calls, start BurnOut Wait Time
      compSwL = 4;
      compNowRunTme  = millis();
      //digitalWrite(relOut, HIGH);
     }
}  

if (compSwL == 4){      // Start Comp
   digitalWrite(relOut, HIGH);
   
   if (millis() - compNowRunTme >= (compRunTme * 1000)) {   // Run Comp x sek  
      compSwL = 5;
     
     }
}

if (compSwL == 5){      // stopp comp and expanse
      compSwL = 0;
      digitalWrite(relOut, LOW);
}

}

// --------------Serial----------------
void showSerial(){




  if( compSwL != compSwLold or
  helixCount != helixCountold){

  Serial.print("helixCount: ");
  Serial.println(helixCount);  
  Serial.print("compSwL: ");
  Serial.println(compSwL);

  compSwLold = compSwL;
  helixCountold = helixCount;
  }
}