KVEventFiltering.h

 
#ifndef __KVEventFiltering_H
#define __KVEventFiltering_H
 
#include "KVEventSelector.h"
#include "KVClassMonitor.h"
#include "KVReconstructedEvent.h"
#include <KVSimEvent.h>
#ifdef WITH_GEMINI
#include "KVGemini.h"
#endif
#include "KVDetectionSimulator.h"
#include "KVFilterEventReconstructor.h"
 
class KVDBSystem;
 
class KVEventFiltering : public KVEventSelector {
#ifdef DEBUG_FILTER
   KVClassMonitor* memory_check;
#endif
    Long64_t fEVN;
    Bool_t fRotate;
#ifdef WITH_GEMINI
    Bool_t fGemini;
    Bool_t fGemAddRotEner;
    Int_t fGemDecayPerEvent;
    KVSimEvent fGemEvent;
   KVGemini GEM;
#endif
 
    TString fIdCalMode;
   KVReconstructedEvent* fReconEvent;
   TVector3 fCMVelocity;
   TVector3 fProjVelocity;
    Bool_t fTransformKinematics;
    TString fNewFrame;
 
   KVDetectionSimulator fDetSimulator;
   std::unique_ptr<KVFilterEventReconstructor> fEventReconstructor;
 
   void RandomRotation(KVEvent* to_rotate, const TString& frame_name = "") const;
public:
   KVEventFiltering();
   KVEventFiltering(const KVEventFiltering&) ;
   virtual ~KVEventFiltering();
   void Copy(TObject&) const override;
 
   Bool_t Analysis() override;
   void EndAnalysis() override;
   void EndRun() override;
   void InitAnalysis() override;
   void InitRun() override;
   void OpenOutputFile(KVDBSystem*, Int_t);
 
   ClassDefOverride(KVEventFiltering, 1) //Filter simulated events with multidetector response
};
 
#endif