////////////////////////////////////////////////////////////////////
/// \class RAT::UnCal
///
/// \brief  Uncalibrate the MC, to mimic data
///
/// \author Gabriel D. Orebi Gann <gorebigann@lbl.gov>
/// \author Javier Caravaca <jcaravaca@berkeley.edu> - Contact
///
/// REVISION HISTORY:\n
///   29 Mar 2010 : G. Orebi Gann - First version.
///                    Currently `uncalibration' consists of
///                    converting the time from ns back to ADC counts,
///                    and adding in nominal pedestal values, with the
///                    associated smearing, to the simulated Q and T
///                    (More detailed uncalibration is pending).
///   30 Mar 2010 : G. Orebi Gann - Enforce a maximum value of 12 bits
///                    for all Q and T values in PMTUnCal.
///   01 Apr 2010 : G. Orebi Gann - Remove TotalQ (this should come
///                    from PMTCal/Truth, and is set in PMTCalib/EventBuilder)
///   01 Apr 2010 : G. Orebi Gann - Get truth MC from PMTTruth, not PMTCal
///   27 Apr 2010 : G. Orebi Gann - Update TAC curl uncalibration
///   03 Mar 2011 : G Orebi Gann - Create PMT objects by type (normal, owl etc)
///   17 Oct 2011 : Gabriel Orebi Gann - Move bit funcs to BitManip
///   03 Feb 2014 : GDOG - allow up to 99 TSlope points
///                      - handle early hits better (dont throw them out!)
///   27 Jun 2015 : J. Caravaca - ECA by rate and occupancy
///   09 Nov 2016 : N. Barros - Moved constructor code to BeginOfRun, to avoid
///                             database access before run number is known
///                             and run plane tables are made available
///
///  \details  This class applies the constants generated from
///           ECA and PCA runs to the perfect `truth' MC, to
///           `uncalibrate' it, in order to mimic real data.
///           Once uncalibrated, the Q and T values are then
///           digitised (since the detector can only record int
///           values in the range [0,(2^12 - 1)], in ADC counts)
///
///
///
///
////////////////////////////////////////////////////////////////////
#ifndef __RAT_UnCal__
#define __RAT_UnCal__

#include <RAT/Processor.hh>
#include <RAT/DB.hh>
#include <RAT/DS/Entry.hh>
#include <RAT/DS/EV.hh>
#include <RAT/DS/Run.hh>

#include <string>
#include <sys/stat.h>

namespace RAT {


class UnCal{
public:

  UnCal();
  virtual ~UnCal();
  void UnCalibrateEvent(DS::Entry& ds, int iev, double GTtime);
  virtual void SetRun(DS::Run& _run) {fRun = &_run;};

  void BeginOfRun(DS::Run& /*run*/);
  void EndOfRun(DS::Run& run);

protected:

  virtual unsigned short DigitiseT(double RelHitTime);
  virtual unsigned short DigitiseQ(float HitCharge);
  void Pedestals(int cccc);
  void TSlope(int cccc);
  void UnCalibStatus(int flag, bool &eca, bool &pca, bool &mc);

  // Output and status methods
  void Die(std::string message, int flag_err, int info1, int info2, int return_code=1);
  void DontDie(std::string message, int flag_err, int info1, int info2, int info3=0);

  bool FileExists(std::string filename);

  BitManip *fBits;
  DBLinkPtr fPedsbank;
  DBLinkPtr fTslpbank;
  DBLinkPtr fUnCalbank;
  bool fDoECA;
  bool fDoPCA;
  bool fDoMC;
  bool fDoUncal;
  bool fDoPed;
  bool fDoTslp;
  std::vector<float> fPedQHS;
  std::vector<float> fPedQHL;
  std::vector<float> fPedQLX;
  //std::vector<float> fPedTAC;
  std::vector<float> fPedSigQHS;
  std::vector<float> fPedSigQHL;
  std::vector<float> fPedSigQLX;
  std::vector<float> fPedSigTAC;
  std::vector<float> fTslope;
  std::vector<float> fTslopeX;
  std::vector<int> fTslopeBadTemp;
  std::vector<std::vector<int> > fTslopeBad;

  int fNcrate;
  int fNcard;
  int fNchannel;
  int fNcell;
  int fTotChannel;
  int fNTotCell;
  int fNSlopePoints;
  int fNdim;

  float fQHS, fQHL, fQLX;
  double fTAC;
  UShort_t fsQHS, fsQHL, fsQLX, fsTAC;
  DS::Run *fRun;

};


} // namespace RAT
#endif