11#include <framework/datastore/RelationsObject.h>
69 double signalPhotonsErr,
float m_time
fitted timing from TOP
float m_deltaTerr
error on the time difference between direct and reflected peaks
double getFracErr() const
Return the error on the relative fraction of the direct peak with respect to the total.
double getTimeErr() const
Return time of extracted fit time error.
int getNtracksInSlot() const
Return no.
double getFrac() const
Return the relative fraction of the direct peak with respect to the total.
float m_signalPhotons
fitted number of photons
float m_frac
fractional yield of the first peak
float m_signalPhotonsErr
error on the fitted number of photons
TOPBackSplashFitResult()=default
Empty constructor for ROOT.
float m_chisqdof
chi2 per d.o.f.
float m_deltaT
time difference between direct and reflected peaks
ClassDef(TOPBackSplashFitResult, 1)
Make this a ROOT class.
TOPBackSplashFitResult(double time, double chisqdof, int nPhotons, int nTracksInSlot)
Basic constructor with minimal information.
double getDelta() const
Return time difference between the direct and reflected light peaks.
float m_timeErr
error fitted timing from TOP
double getDeltaErr() const
Return error on time difference between the direct and reflected light peaks.
double getSignalPhotons() const
Return the normalization of the signal PDF.
float m_fracErr
error on the fractional yield of the first peak
int getNphotons() const
Return no.
TOPBackSplashFitResult(double time, double timeErr, double deltaT, double deltaTerr, double frac, double fracErr, double signalPhotons, double signalPhotonsErr, double chisqdof, int nPhotons, int nTracksInSlot)
Full constructor for development studies.
double getSignalPhotonsErr() const
Return error on the normalization of the signal PDF.
double getChisqdof() const
Return chi/d.o.f.
double getTime() const
Return time of extracted fit time.
RelationsInterface< TObject > RelationsObject
Provides interface for getting/adding relations to objects in StoreArrays.
Abstract base class for different kinds of events.