TAnalysisOptions.h

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#ifndef TANALYSISOPTIONS_H
#define TANALYSISOPTIONS_H
 
/** \addtogroup Sorting
 *  @{
 */
 
#include "TObject.h"
#include "TFile.h"
 
#include "ArgParser.h"
 
/////////////////////////////////////////////////////////////////
///
/// \class TAnalysisOptions
///
/// This class stores those command line arguments passed to GRSISort, that
/// are pertinent to the analysis. This includes such settings as the addback
/// window width, whether to correct cross talk, etc.
///
/////////////////////////////////////////////////////////////////
 
class TAnalysisOptions : public TObject {
   friend class TGRSIOptions;
 
public:
   TAnalysisOptions() = default;
 
   void Clear(Option_t* opt = "") override;
   void Print(Option_t* opt = "") const override;
 
   bool WriteToFile(const std::string& file);
   bool WriteToFile(TFile* file = nullptr);
   void ReadFromFile(const std::string& file);
   void ReadFromFile(TFile* file = nullptr);
 
   // sorting options
   inline void SetBuildWindow(const int64_t& t_bw) { fBuildWindow = t_bw; }
   inline void SetBuildEventsByTimeStamp(bool& val) { fBuildEventsByTimeStamp = val; }
   inline void SetAddbackWindow(const double& t_abw) { fAddbackWindow = t_abw; }
   inline void SetSuppressionWindow(const double& t_sup) { fSuppressionWindow = t_sup; }
   inline void SetSuppressionEnergy(const double& e_sup) { fSuppressionEnergy = e_sup; }
 
   inline void SetWaveformFitting(const bool& flag) { fWaveformFitting = flag; }
   inline bool IsWaveformFitting() const { return fWaveformFitting; }
 
   void        SetCorrectCrossTalk(const bool& flag, Option_t* opt = "");
   inline bool IsCorrectingCrossTalk() const { return fIsCorrectingCrossTalk; }
 
   inline int64_t BuildWindow() const { return fBuildWindow; }
   inline bool    BuildEventsByTimeStamp() const { return fBuildEventsByTimeStamp; }
   inline double  AddbackWindow() const
   {
      if(fAddbackWindow < 1) {
         return 15.0;
      }
      return fAddbackWindow;
   }
 
   inline double SuppressionWindow() const { return fSuppressionWindow; }
   inline double SuppressionEnergy() const { return fSuppressionEnergy; }
 
   bool StaticWindow() const { return fStaticWindow; }
 
private:
   // sorting options
   int64_t fBuildWindow{2000};               ///< if building with a window(GRIFFIN) this is the size of the window. (default = 2us (2000))
   bool    fBuildEventsByTimeStamp{false};   ///< use time stamps instead of time (including CFD) to build events
   double  fAddbackWindow{300.};             ///< Time used to build Addback-Ge-Events for TIGRESS/GRIFFIN.   (default = 300 ns (300))
   double  fSuppressionWindow{300.};         ///< Time used to suppress Ge-Events.   (default = 300 ns (300))
   double  fSuppressionEnergy{0.};           ///< Minimum energy used to suppress Ge-Events.   (default = 0 keV)
   bool    fIsCorrectingCrossTalk{false};    ///< True if we are correcting for cross-talk in GRIFFIN at analysis-level
   bool    fWaveformFitting{false};          ///< If true, waveform fitting with SFU algorithm will be performed
   bool    fStaticWindow{true};              ///< Flag to use static window (default moving)
 
   /// \cond CLASSIMP
   ClassDefOverride(TAnalysisOptions, 5)   // NOLINT(readability-else-after-return)
   /// \endcond
};
/*! @} */
#endif /* TANALYSISOPTIONS_H */