#include <myBetaH.h>

Inheritance diagram for myBetaH:

Public Member Functions
	myBetaH ()

	~myBetaH ()

Double_t	GetBeta ()
	Get Beta value...

Int_t	GetBetaPattern ()
	Get Beta Pattern.

Short_t	GetUseHit ()
	Number of ClusterHs for Beta Fit.

Short_t	iTrTrack ()
	id of matched TrTrack

Short_t	iEcalShower ()
	id of matched EcalShower

Short_t	iTrdTrack ()
	id of matched TrdTrack

bool	IsGoodBeta ()
	flag of good beta measurement (4/4 layer reco matched with TrTrack)

bool	IsTrkTofMatch ()
	flag of TOF and TrTrack matching

virtual void	Clear (Option_t *option="")

	ClassDef (myBetaH, 9)

	ClassDef (myBetaHBase, 1)

	ClassDef (myObject, 4)

short int	iPart ()

short int	iMySelf ()

void	SetPart (short int ipart)

void	SetMySelf (short int imyself)

Public Attributes
Double_t	Beta
	Beta value, combined with direction (down going particle: positive)

Double_t	EBetaV
	Fitting Error on 1/Beta.

Int_t	BetaPattern
	TOF layer pattern used in beta reco. 4 decimal digits from higher to lower digit, e.g. 4144 means pattern 4 for layer 0,2,3 and pattern 1 for layer 1. Pattern numbers: 4: Two-Side Time Good && Used, 1: Side-N Good, 2: Side-P Good, 3: Two-Side-Good(but Bad Time) 0: BAD.

Int_t	Status
	Beta status.

Double_t	Chi2T
	chisquare of time fitting in beta reconstruction

Double_t	Chi2C
	chisquare of position fitting

Short_t	SumHit
	of Clusters (Positon Matched by Tracker).

Short_t	UseHit
	of Clusters for Beta Fit (more strict require counter 2side Ok).

Short_t	_iTrTrack
	id of matched TrTrack, negitive if none

Short_t	_iEcalShower
	id of matched EcalShower, negative if none

Short_t	_iTrdTrack
	id of matched TRD Track, nagative if none

Double32_t	TofTimeOnLayer [9]
	Time extrapolate to each tracker layer using TOF reconstruction only.

Double32_t	TofXOnLayer [9]
	X coordinate of tof only extrapolate to each tracker layer.

Double32_t	TofYOnLayer [9]
	Y coordinate, like the above.

Float_t	Q
	TOF Charge.

Float_t	QRMS
	RMS of TOF Charge.

Short_t	i_part
	id of particle object it belongs

Short_t	i_myself
	id of the object itself in gbatch

Private Member Functions
virtual void	init ()

Detailed Description

Definition at line 13 of file myBetaH.h.

Constructor & Destructor Documentation

myBetaH::myBetaH ( )

Definition at line 17 of file myBetaH.cxx.

References PRINTDEBUG.

myBetaH::~myBetaH ( )

Definition at line 26 of file myBetaH.cxx.

References PRINTDEBUG.

Member Function Documentation

myBetaHBase::ClassDef	(	myBetaHBase	,
		1
	)

inherited

myObject::ClassDef	(	myObject	,
		4
	)

inherited

myBetaH::ClassDef	(	myBetaH	,
		9
	)

void myBetaH::Clear ( Option_t * option = "" )

virtual

Implements myBetaHBase.

Definition at line 33 of file myBetaH.cxx.

References PRINTDEBUG.

Double_t myBetaH::GetBeta ( )

inline

Get Beta value...

See Also: Beta

Definition at line 31 of file myBetaH.h.

References Beta.

Referenced by myEvent::TofHSelection().

Int_t myBetaH::GetBetaPattern ( )

inline

Get Beta Pattern.

See Also: BetaPattern

Definition at line 34 of file myBetaH.h.

References BetaPattern.

Referenced by myEvent::TofHSelection().

Short_t myBetaH::GetUseHit ( )

inline

Number of ClusterHs for Beta Fit.

Definition at line 37 of file myBetaH.h.

References UseHit.

Referenced by IsGoodBeta(), and myEvent::TofHSelection().

Short_t myBetaH::iEcalShower ( )

inline

id of matched EcalShower

See Also: _iEcalShower

Definition at line 50 of file myBetaH.h.

References _iEcalShower.

Referenced by myEvent::TofHSelection().

short int myObject::iMySelf ( )

inlineinherited

Definition at line 22 of file myObject.h.

References myObject::i_myself.

Referenced by myEvent::pmyTrdKFromTrdTrackByMySelf().

void myBetaH::init ( )

privatevirtual

Implements myBetaHBase.

Definition at line 61 of file myBetaH.cxx.

References PRINTDEBUG.

short int myObject::iPart ( )

inlineinherited

Definition at line 21 of file myObject.h.

References myObject::i_part.

bool myBetaH::IsGoodBeta ( )

inline

flag of good beta measurement (4/4 layer reco matched with TrTrack)

Definition at line 54 of file myBetaH.h.

References _iTrTrack, and GetUseHit().

bool myBetaH::IsTrkTofMatch ( )

inline

flag of TOF and TrTrack matching

Definition at line 56 of file myBetaH.h.

References _iTrTrack.

Short_t myBetaH::iTrdTrack ( )

inline

id of matched TrdTrack

See Also: _iTrdTrack

Definition at line 52 of file myBetaH.h.

References _iTrdTrack.

Referenced by myEvent::TofHSelection().

Short_t myBetaH::iTrTrack ( )

inline

id of matched TrTrack

See Also: _iTrTrack

Definition at line 48 of file myBetaH.h.

References _iTrTrack.

void myObject::SetMySelf ( short int imyself )

inlineinherited

Definition at line 30 of file myObject.h.

References myObject::i_myself.

void myObject::SetPart ( short int ipart )

inlineinherited

Definition at line 24 of file myObject.h.

References myObject::i_part.

Member Data Documentation

Short_t myBetaH::_iEcalShower

id of matched EcalShower, negative if none

Definition at line 40 of file myBetaH.h.

Referenced by iEcalShower().

Short_t myBetaH::_iTrdTrack

id of matched TRD Track, nagative if none

Definition at line 41 of file myBetaH.h.

Referenced by iTrdTrack().

Short_t myBetaH::_iTrTrack

id of matched TrTrack, negitive if none

Definition at line 39 of file myBetaH.h.

Referenced by IsGoodBeta(), IsTrkTofMatch(), and iTrTrack().

Double_t myBetaH::Beta

Beta value, combined with direction (down going particle: positive)

See Also: BetaHR::GetBeta()

Definition at line 20 of file myBetaH.h.

Referenced by GetBeta().

Int_t myBetaH::BetaPattern

TOF layer pattern used in beta reco. 4 decimal digits from higher to lower digit, e.g. 4144 means pattern 4 for layer 0,2,3 and pattern 1 for layer 1. Pattern numbers: 4: Two-Side Time Good && Used, 1: Side-N Good, 2: Side-P Good, 3: Two-Side-Good(but Bad Time) 0: BAD.

See Also: BetaHR::GetBetaPattern()

Definition at line 22 of file myBetaH.h.

Referenced by GetBetaPattern().

Double_t myBetaH::Chi2C

chisquare of position fitting

See Also: BetaHR::GetChi2C()

Definition at line 24 of file myBetaH.h.

Double_t myBetaH::Chi2T

chisquare of time fitting in beta reconstruction

See Also: BetaHR::GetChi2T()

Definition at line 24 of file myBetaH.h.

Double_t myBetaH::EBetaV

Fitting Error on 1/Beta.

See Also: BetaHR::GetEBetaV()

Definition at line 21 of file myBetaH.h.

Short_t myObject::i_myself

inherited

id of the object itself in gbatch

Definition at line 19 of file myObject.h.

Referenced by myObject::iMySelf(), and myObject::SetMySelf().

Short_t myObject::i_part

inherited

id of particle object it belongs

Definition at line 18 of file myObject.h.

Referenced by myObject::iPart(), and myObject::SetPart().

Float_t myBetaHBase::Q

inherited

TOF Charge.

See Also: BetaHR::GetQ()

Definition at line 12 of file myBetaHBase.h.

Referenced by myBetaHPlus::GetQ().

Float_t myBetaHBase::QRMS

inherited

RMS of TOF Charge.

See Also: BetaHR::GetQ()

Definition at line 15 of file myBetaHBase.h.

Int_t myBetaH::Status

Beta status.

See Also: BetaHR::GetStatus()

Definition at line 23 of file myBetaH.h.

Short_t myBetaH::SumHit

of Clusters (Positon Matched by Tracker).

Definition at line 27 of file myBetaH.h.

Double32_t myBetaH::TofTimeOnLayer[9]

Time extrapolate to each tracker layer using TOF reconstruction only.

See Also: BetaHR::TInterpolate()

Definition at line 43 of file myBetaH.h.

Double32_t myBetaH::TofXOnLayer[9]

X coordinate of tof only extrapolate to each tracker layer.

See Also: BetaHR::TInterpolate()

Definition at line 44 of file myBetaH.h.

Double32_t myBetaH::TofYOnLayer[9]

Y coordinate, like the above.

Definition at line 45 of file myBetaH.h.

Short_t myBetaH::UseHit

of Clusters for Beta Fit (more strict require counter 2side Ok).

Definition at line 28 of file myBetaH.h.

Referenced by GetUseHit().

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

/home/users/b/bo/bozzochet/ntuplizeamsfiles-working-copy/source/myBetaH.h
/home/users/b/bo/bozzochet/ntuplizeamsfiles-working-copy/source/myBetaH.cxx

Public Member Functions

Public Attributes

of Clusters (Positon Matched by Tracker).

of Clusters for Beta Fit (more strict require counter 2side Ok).

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

of Clusters (Positon Matched by Tracker).

of Clusters for Beta Fit (more strict require counter 2side Ok).