//_____________________________________________________________________________
//  kludge to initialize MC calibrations
//_____________________________________________________________________________
#include <iostream>
#include "TClass.h"
#include "Stntuple/obj/TStnMcCalibrations.hh"


ClassImp(TStnMcCalibrations)

//_____________________________________________________________________________

TStnMcCalibrations::TStnMcCalibrations() {
  // by default initialization is done by the overloaded function
  fVersion   = 0;
  fCemScale  = 0.; 
  fChaScale  = 0.; 
  fWhaScale  = 0.; 
  fPemScale  = 0.; 
  fPhaScale  = 0.; 
}


//_____________________________________________________________________________
TStnMcCalibrations::~TStnMcCalibrations() {
}

//_____________________________________________________________________________
void TStnMcCalibrations::Print(Option_t* option) const {
  printf("TStnMcCalibrations::Print Not implemented yet\n");
}

//-----------------------------------------------------------------------------
void TStnMcCalibrations::InitMC(Int_t RunNumber){
  
  //these constant are hardcoded, do not depend on run

  fVersion=0;
  
  fCemScale= 0.003; 
  fChaScale= 0.003; 
  fWhaScale= 0.003; 
  fPemScale= 0.004; 
  fPhaScale= 0.005; 

} 

//-----------------------------------------------------------------------------
void TStnMcCalibrations::Init(Int_t RunNumber){

  
  //Online Calorimeter Scale. 
  //If not in any run range, use constant ones
    
  if (RunNumber>=138425 && RunNumber<152388){
    fVersion  = 1;
    fCemScale = 0.003016; 
    fChaScale = 0.003062; 
    fWhaScale = 0.003062; 
    fPemScale = 0.003769; 
    fPhaScale = 0.003097;
  }
  else if (RunNumber>=152388 && RunNumber<158455 ){
    fVersion  = 3;
    fCemScale = 0.003106;
    fChaScale = 0.003184;
    fWhaScale = 0.003062;
    fPemScale = 0.003769;
    fPhaScale = 0.003097;
  }
  else if (RunNumber>=158455 && RunNumber< 162680){
    fVersion  = 4;
    fCemScale = 0.003106;
    fChaScale = 0.003184;
    fWhaScale = 0.003062;
    fPemScale = 0.004440;
    fPhaScale = 0.003931;
    
  }
  else if (RunNumber>=162680 && RunNumber<185551 ){
    fVersion  = 5;
    fCemScale = 0.003199;
    fChaScale = 0.003184;
    fWhaScale = 0.003062;
    fPemScale = 0.004440;
    fPhaScale = 0.003931;
  }
  else if (RunNumber>=185551 && RunNumber<195449){
    fVersion  = 6;
    fCemScale = 0.003295; 
    fChaScale = 0.003184; 
    fWhaScale = 0.003062; 
    fPemScale = 0.004440; 
    fPhaScale = 0.003931; 
  }
 
  else if (RunNumber>=195449 && RunNumber<207112){
    fVersion  = 8;
    fCemScale = 0.003394; 
    fChaScale = 0.003184; 
    fWhaScale = 0.003062; 
    fPemScale = 0.004440; 
    fPhaScale = 0.003931; 
  }
 
  else if (RunNumber>=207112 && RunNumber<230560){
    fVersion  = 9;
    fCemScale = 0.003496; 
    fChaScale = 0.003184; 
    fWhaScale = 0.003062; 
    fPemScale = 0.004440; 
    fPhaScale = 0.003931; 
  }
 
  else if (RunNumber>=230560 && RunNumber<255319 ){
    fVersion  = 10;
    fCemScale = 0.003601; 
    fChaScale = 0.003184; 
    fWhaScale = 0.003062; 
    fPemScale = 0.004440; 
    fPhaScale = 0.003931; 
  }

  else if (RunNumber>=255319 && RunNumber<263823){
    fVersion  = 11;
    fCemScale = 0.003709; 
    fChaScale = 0.003184; 
    fWhaScale = 0.003062; 
    fPemScale = 0.004440; 
    fPhaScale = 0.003931; 
  }


  else if (RunNumber>=263823 && RunNumber<271863){
    fVersion  = 12;
    fCemScale = 0.003821; 
    fChaScale = 0.003184; 
    fWhaScale = 0.003062; 
    fPemScale = 0.004440; 
    fPhaScale = 0.003931; 
  }

  else if (RunNumber>=271863){
   fVersion  = 13;
   fCemScale = 0.003936; 
   fChaScale = 0.003184; 
   fWhaScale = 0.003062; 
   fPemScale = 0.004440; 
   fPhaScale = 0.003931; 
  }
  
  else {
    InitMC(RunNumber);
  }

}