TNaIHit Class Reference

#include <TNaIHit.h>

Inheritance diagram for TNaIHit:

Data Structures
struct	TimeSortNaIHits
struct	TNaIHitComparator
struct	TNaIHitTimeComparator

Public Member Functions
	TNaIHit ()
	TNaIHit (const TOctalFADCIsland &timePulse, const TOctalFADCIsland &energyPulse, int count, int nAv)
	TNaIHit (const TOctalFADCIsland &timePulse, const TOctalFADCIsland &energyPulse, int count)
double	GetTime () const
double	GetEnergy () const
int	GetDetector () const
void	SetFromTimingPulse (const TOctalFADCIsland &timePulse)
void	SetFromEnergyPulse (const TOctalFADCIsland &energyPulse)
const TOctalFADCIsland *	GetTimingIsland () const
const TOctalFADCIsland *	GetEnergyIsland () const
void	SetTimingIsland (const TOctalFADCIsland *island)
void	SetEnergyIsland (const TOctalFADCIsland *island)
double	GetTimingTime () const
double	GetTimingAmp () const
double	GetEnergyTime () const
double	GetEnergyAmp () const
void	SetTimingTime (double time)
void	SetEnergyTime (double time)
void	SetTimingAmp (double amp)
void	SetEnergyAmp (double amp)
void	SetDetector (int det)
double	GetCount () const
double	GetnAverage () const
bool	GetPileUp () const
bool	GetNoisy () const
void	SetCount (int counts)
void	SetnAverage (int Av)
void	SetPileUp (bool PU)
void	SetNoisy (bool fN)

Private Member Functions
	ClassDef (TNaIHit, 1)
	This does not own the FADC Islands. More...

Private Attributes
double	fTimingTime
double	fTimingAmp
double	fEnergyTime
double	fEnergyAmp
int	detector
int	fCount
int	nAverage
bool	fPileUp
bool	fNoisy
const TOctalFADCIsland *	fTimePulse
const TOctalFADCIsland *	fEnergyPulse
	This does not own the FADC Islands. More...

Detailed Description

This class is a wrapper for the two NaI channels (timing, egy)

Definition at line 10 of file TNaIHit.h.

Constructor & Destructor Documentation

TNaIHit::TNaIHit

(

)

TNaIHit::TNaIHit	(	const TOctalFADCIsland &	timePulse,
		const TOctalFADCIsland &	energyPulse,
		int	count,
		int	nAv
	)

Definition at line 12 of file TNaIHit.cpp.

References count, fCount, fNoisy, fPileUp, nAverage, SetFromEnergyPulse(), and SetFromTimingPulse().

{
  fCount=count;
  nAverage = nAv;
  fPileUp = false;
  fNoisy = false;
  SetFromTimingPulse(timePulse);
  SetFromEnergyPulse(energyPulse);
}

TNaIHit::TNaIHit	(	const TOctalFADCIsland &	timePulse,
		const TOctalFADCIsland &	energyPulse,
		int	count
	)

Definition at line 22 of file TNaIHit.cpp.

References count, fCount, fNoisy, fPileUp, TOctalFADCIsland::GetFADCChannel(), nAverage, SetDetector(), SetFromEnergyPulse(), and SetFromTimingPulse().

{
  fCount=count;
  nAverage = 1;
  fPileUp = false;
  fNoisy = false;
  SetFromTimingPulse(timePulse);
  SetFromEnergyPulse(energyPulse);
  SetDetector(1+(int)(timePulse.GetFADCChannel()/2));
}

Member Function Documentation

TNaIHit::ClassDef ( TNaIHit  , 1    )

private

This does not own the FADC Islands.

double TNaIHit::GetCount ( ) const

inline

Definition at line 40 of file TNaIHit.h.

References fCount.

{ return fCount; }

int TNaIHit::GetDetector ( ) const

inline

Definition at line 18 of file TNaIHit.h.

References detector.

{ return detector;}

double TNaIHit::GetEnergy ( ) const

inline

Definition at line 17 of file TNaIHit.h.

References GetEnergyAmp().

{ return GetEnergyAmp(); }

double TNaIHit::GetEnergyAmp ( ) const

inline

Definition at line 32 of file TNaIHit.h.

References fEnergyAmp.

Referenced by GetEnergy().

{ return  fEnergyAmp; }

const TOctalFADCIsland* TNaIHit::GetEnergyIsland ( ) const

inline

Definition at line 24 of file TNaIHit.h.

References fEnergyPulse.

{ return fEnergyPulse; }

double TNaIHit::GetEnergyTime ( ) const

inline

Definition at line 31 of file TNaIHit.h.

References fEnergyTime.

{ return fEnergyTime; }

double TNaIHit::GetnAverage ( ) const

inline

Definition at line 41 of file TNaIHit.h.

References nAverage.

{ return nAverage; }

bool TNaIHit::GetNoisy ( ) const

inline

Definition at line 43 of file TNaIHit.h.

References fNoisy.

{ return fNoisy; }

bool TNaIHit::GetPileUp ( ) const

inline

Definition at line 42 of file TNaIHit.h.

References fPileUp.

{ return fPileUp; }

double TNaIHit::GetTime ( ) const

inline

Definition at line 16 of file TNaIHit.h.

References GetTimingTime().

Referenced by TNaIHit::TNaIHitTimeComparator::operator()(), TNaIHit::TNaIHitComparator::operator()(), and TNaIHit::TimeSortNaIHits::operator()().

{ return GetTimingTime(); }

double TNaIHit::GetTimingAmp ( ) const

inline

Definition at line 30 of file TNaIHit.h.

References fTimingAmp.

{ return  fTimingAmp; }

const TOctalFADCIsland* TNaIHit::GetTimingIsland ( ) const

inline

Definition at line 23 of file TNaIHit.h.

References fTimePulse.

{ return fTimePulse; }

double TNaIHit::GetTimingTime ( ) const

inline

Definition at line 29 of file TNaIHit.h.

References fTimingTime.

Referenced by GetTime().

{ return fTimingTime; }

void TNaIHit::SetCount ( int  counts)

inline

Definition at line 47 of file TNaIHit.h.

References fCount.

{ fCount = counts; }

void TNaIHit::SetDetector ( int  det)

inline

Definition at line 38 of file TNaIHit.h.

References detector.

Referenced by TNaIHit().

{ detector = det;}

void TNaIHit::SetEnergyAmp ( double  amp)

inline

Definition at line 37 of file TNaIHit.h.

References fEnergyAmp.

Referenced by SetFromEnergyPulse().

{ fEnergyAmp = amp; }

void TNaIHit::SetEnergyIsland ( const TOctalFADCIsland *  island)

inline

Definition at line 27 of file TNaIHit.h.

References fEnergyPulse.

Referenced by SetFromEnergyPulse().

{ fEnergyPulse = island;}

void TNaIHit::SetEnergyTime ( double  time)

inline

Definition at line 35 of file TNaIHit.h.

References fEnergyTime, and time.

Referenced by SetFromEnergyPulse().

{ fEnergyTime = time; }

void TNaIHit::SetFromEnergyPulse

(

const TOctalFADCIsland &

energyPulse)

Sets the time and energy parameters of TNaIHit for the energy data. Uses the maximum bin of the pulse for the time and the maximum value as the amplitude.

Definition at line 54 of file TNaIHit.cpp.

References TOctalFADCIsland::GetAverageMax(), TOctalFADCIsland::GetFADCChannel(), TOctalFADCIsland::GetMax(), TOctalFADCIsland::GetMaxBinBlockTime(), nAverage, octalfadc_parameters, SetEnergyAmp(), SetEnergyIsland(), and SetEnergyTime().

Referenced by TNaIHit().

{
  double energyClockPeriod = octalfadc_parameters.kClockPeriod[energyPulse.GetFADCChannel()];
  double maxbintime = (energyPulse.GetMaxBinBlockTime()) * energyClockPeriod;
 
  SetEnergyTime( maxbintime );
  if(nAverage > 1) { SetEnergyAmp( energyPulse.GetAverageMax(nAverage)); } else {SetEnergyAmp( energyPulse.GetMax());}
  //SetEnergyAmp( energyPulse.GetMax());
  SetEnergyIsland( &energyPulse );
}

void TNaIHit::SetFromTimingPulse

(

const TOctalFADCIsland &

timePulse)

Sets the time and energy parameters of TNaIHit for the timing data. Uses the CF time of the pulse for the time and the maximum value as the amplitude.

Definition at line 37 of file TNaIHit.cpp.

References TOctalFADCIsland::GetAverageMax(), TOctalFADCIsland::GetCFBlockTime(), TOctalFADCIsland::GetFADCChannel(), TOctalFADCIsland::GetMax(), TOctalFADCIsland::GetPulseQuality(), nAverage, octalfadc_parameters, SetNoisy(), SetTimingAmp(), SetTimingIsland(), and SetTimingTime().

Referenced by TNaIHit().

{
  double timingClockPeriod = octalfadc_parameters.kClockPeriod[timePulse.GetFADCChannel()];
  double cftime = (timePulse.GetCFBlockTime()) * timingClockPeriod;

  SetTimingTime( cftime );
  if(nAverage> 1) { SetTimingAmp( timePulse.GetAverageMax(nAverage)); } else {SetTimingAmp( timePulse.GetMax());}
  // SetTimingAmp( timePulse.GetMax());

  SetTimingIsland( &timePulse );
  if(timePulse.GetPulseQuality()==3){SetNoisy(true);}
}

void TNaIHit::SetnAverage ( int  Av)

inline

Definition at line 48 of file TNaIHit.h.

References nAverage.

{ nAverage = Av;}

void TNaIHit::SetNoisy ( bool  fN)

inline

Definition at line 50 of file TNaIHit.h.

References fNoisy.

Referenced by SetFromTimingPulse().

{ fNoisy = fN; }

void TNaIHit::SetPileUp ( bool  PU)

inline

Definition at line 49 of file TNaIHit.h.

References fPileUp.

{ fPileUp = PU; }

void TNaIHit::SetTimingAmp ( double  amp)

inline

Definition at line 36 of file TNaIHit.h.

References fTimingAmp.

Referenced by SetFromTimingPulse().

{ fTimingAmp = amp;}

void TNaIHit::SetTimingIsland ( const TOctalFADCIsland *  island)

inline

Definition at line 26 of file TNaIHit.h.

References fTimePulse.

Referenced by SetFromTimingPulse().

{ fTimePulse = island;}

void TNaIHit::SetTimingTime ( double  time)

inline

Definition at line 34 of file TNaIHit.h.

References fTimingTime, and time.

Referenced by SetFromTimingPulse().

{ fTimingTime = time;}

Field Documentation

int TNaIHit::detector

private

Definition at line 84 of file TNaIHit.h.

Referenced by GetDetector(), and SetDetector().

int TNaIHit::fCount

private

Definition at line 85 of file TNaIHit.h.

Referenced by GetCount(), SetCount(), and TNaIHit().

double TNaIHit::fEnergyAmp

private

Definition at line 82 of file TNaIHit.h.

Referenced by GetEnergyAmp(), and SetEnergyAmp().

const TOctalFADCIsland* TNaIHit::fEnergyPulse

private

This does not own the FADC Islands.

Definition at line 91 of file TNaIHit.h.

Referenced by GetEnergyIsland(), and SetEnergyIsland().

double TNaIHit::fEnergyTime

private

Definition at line 81 of file TNaIHit.h.

Referenced by GetEnergyTime(), and SetEnergyTime().

bool TNaIHit::fNoisy

private

Definition at line 88 of file TNaIHit.h.

Referenced by GetNoisy(), SetNoisy(), and TNaIHit().

bool TNaIHit::fPileUp

private

Definition at line 87 of file TNaIHit.h.

Referenced by GetPileUp(), SetPileUp(), and TNaIHit().

const TOctalFADCIsland* TNaIHit::fTimePulse

private

Definition at line 90 of file TNaIHit.h.

Referenced by GetTimingIsland(), and SetTimingIsland().

double TNaIHit::fTimingAmp

private

Definition at line 80 of file TNaIHit.h.

Referenced by GetTimingAmp(), and SetTimingAmp().

double TNaIHit::fTimingTime

private

Definition at line 79 of file TNaIHit.h.

Referenced by GetTimingTime(), and SetTimingTime().

int TNaIHit::nAverage

private

Definition at line 86 of file TNaIHit.h.

Referenced by GetnAverage(), SetFromEnergyPulse(), SetFromTimingPulse(), SetnAverage(), and TNaIHit().

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The documentation for this class was generated from the following files:

• musun_analysis_code/TNaIHit.h
• musun_analysis_code/TNaIHit.cpp