#include <myEcalShowerPlus.h>

Inheritance diagram for myEcalShowerPlus:

Public Types
enum	CellType { EDEP, ADC_HIGHGAIN, ADC_LOWGAIN, ADC_DYNODE }

typedef float	CellArray [18][72]

typedef UInt_t	CellStatusArray [18][72]

typedef float	PMTArray [18][72]

Public Member Functions
	myEcalShowerPlus ()
	Constructor.

	~myEcalShowerPlus ()
	Default destructor.

short int	ComputeIndex (short int Cell, short int Plane)

short int	GetPlane (short int index)

short int	GetCell (short int index)

float	RecomputeBDT ()
	Recomputes the BDT completely off-line from the hit map stored.

float	GetEcalBDT (unsigned int iBDTVERSION=5, int TMVAClassifier=0, int EnergyFlag=0)
	Pisa version the Boosted Decision Tree Classifier for shower.

float	GetEcalBDTCHI2 (unsigned int iBDTVERSION=3, int TMVAClassifier=0, int EnergyFlag=0)
	Pisa version classifier, EcalChi2 is used.

float	EdepUpToLayer (int ilay)

float	EdepUpToSuperLayer (int islay)

float	GetEcalHitADC (short int Cell, short int Plane, int component)
	Get ADC value of hit, by cell(0~71), layer(0~17), and component(0:HG, 1:LG, 2:DY), returns -1 in case of no hit.

float	GetEcalHitEdep (short int Cell, short int Plane)
	Get energy dep of hit, by cell(0~71) and layer(0~17), returns -1e-9 in case of no hit.

unsigned int	GetEcalHitStatus (short int Cell, short int Plane)
	Get status bits of hit, by cell(0~71) and layer(0~17), returns 0 in case of no hit.

void	exportCell (float cell_arr[18][72], CellType type=EDEP)
	Export cell information to an array.

void	exportCellStatus (UInt_t cell_status_arr[18][72])
	Export cell status to an array.

void	exportPMTADCDynode (float pmt_arr[9][36])
	Export PMT dynode adc value to an array.

virtual void	Clear (Option_t *option="")

	ClassDef (myEcalShowerPlus, 9)

	ClassDef (myEcalShowerBase, 1)

	ClassDef (myObject, 4)

short int	iPart ()

short int	iMySelf ()

void	SetPart (short int ipart)

void	SetMySelf (short int imyself)

Public Attributes
Float_t	Energy3C [3]

Float_t	Elayer [18]
	Energy deposition in each layer, with leakage correction.

Float_t	Elayer_corr [18]
	Energy dep in each layer with new calib and correction.

Float_t	EcalAxis_chi2_2 [18]
	Layer CoG using lateral fitting (CY version)

Float_t	EcalAxis_chi2_8 [18]
	Layer CoG using neighbor cell ratio (CY version)

Float_t	BDT
	Pisa bdt with param 5 0 0.

Float_t	BDTs
	Pisa bdt with param 5 1 0.

Float_t	BDTE
	Pisa bdt with param 5 0 1.

Float_t	BDTEs
	Pisa bdt with param 5 1 1.

Float_t	BDT_v4
	Pisa bdt with param 4 0 0.

Float_t	BDTChi2
	Pisa bdt with param 3 0 0.

Float_t	BDTChi2s
	Pisa bdt with param 3 1 0.

Float_t	BDTChi2E
	Pisa bdt with param 3 0 1.

Float_t	BDTChi2Es
	Pisa bdt with param 3 1 1.

Float_t	BDTChi2_v2
	Pisa bdt with param 2 0 0.

Float_t	ESEV2
	LAPP Ecal Estimator V2 Updated June 2012 - 90% efficiency cut (based on electron-like flight events) is -1.23.

Float_t	ESEV3
	LAPP Ecal Estimator V3 Updated Jan 2013 Efficiency bin-dependant, matching efficiency / rejection retrieved via ESEv3Efficiency / ESEv3Rejection. For an Energy-Bin independant cut, you should use ESEV2.

Float_t	ESEv3Efficiency
	Get the lepton efficiency for the current shower using LAPP Ecal Estimator V3 value and energy bin, given ESEV3 > -1.23 (I guess)

Float_t	ESEv3Rejection
	Get the proton rejection for the current shower using LAPP Ecal Estimator V3 value and energy bin.

Short_t	i_part
	id of particle object it belongs

Short_t	i_myself
	id of the object itself in gbatch

Protected Attributes
std::map< short int, ecalhit >	_ecalhitmap

Private Member Functions
virtual void	init ()

Detailed Description

Definition at line 22 of file myEcalShowerPlus.h.

Member Typedef Documentation

typedef float myEcalShowerPlus::CellArray[18][72]

Definition at line 110 of file myEcalShowerPlus.h.

typedef UInt_t myEcalShowerPlus::CellStatusArray[18][72]

Definition at line 111 of file myEcalShowerPlus.h.

typedef float myEcalShowerPlus::PMTArray[18][72]

Definition at line 112 of file myEcalShowerPlus.h.

Member Enumeration Documentation

enum myEcalShowerPlus::CellType

Enumerator
EDEP
ADC_HIGHGAIN
ADC_LOWGAIN
ADC_DYNODE

Definition at line 109 of file myEcalShowerPlus.h.

Constructor & Destructor Documentation

myEcalShowerPlus::myEcalShowerPlus ( )

Constructor.

Definition at line 13 of file myEcalShowerPlus.cxx.

References PRINTDEBUG.

myEcalShowerPlus::~myEcalShowerPlus ( )

Default destructor.

Definition at line 22 of file myEcalShowerPlus.cxx.

References PRINTDEBUG.

Member Function Documentation

myEcalShowerBase::ClassDef	(	myEcalShowerBase	,
		1
	)

inherited

myObject::ClassDef	(	myObject	,
		4
	)

inherited

myEcalShowerPlus::ClassDef	(	myEcalShowerPlus	,
		9
	)

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

virtual

Implements myEcalShowerBase.

Definition at line 48 of file myEcalShowerPlus.cxx.

References PRINTDEBUG.

short int myEcalShowerPlus::ComputeIndex	(	short int	Cell,
		short int	Plane
	)

inline

Definition at line 33 of file myEcalShowerPlus.h.

float myEcalShowerPlus::EdepUpToLayer ( int ilay )

Definition at line 31 of file myEcalShowerPlus.cxx.

float myEcalShowerPlus::EdepUpToSuperLayer ( int islay )

Definition at line 44 of file myEcalShowerPlus.cxx.

void myEcalShowerPlus::exportCell	(	float	cell_arr[18][72],
		CellType	type = `EDEP`
	)

Export cell information to an array.

Definition at line 184 of file myEcalShowerPlus.cxx.

void myEcalShowerPlus::exportCellStatus ( UInt_t cell_status_arr[18][72] )

Export cell status to an array.

Definition at line 197 of file myEcalShowerPlus.cxx.

void myEcalShowerPlus::exportPMTADCDynode ( float pmt_arr[9][36] )

Export PMT dynode adc value to an array.

Definition at line 193 of file myEcalShowerPlus.cxx.

short int myEcalShowerPlus::GetCell ( short int index )

inline

Definition at line 36 of file myEcalShowerPlus.h.

float myEcalShowerPlus::GetEcalBDT	(	unsigned int	iBDTVERSION = `5`,
		int	TMVAClassifier = `0`,
		int	EnergyFlag = `0`
	)

Pisa version the Boosted Decision Tree Classifier for shower.

 Version number:
    iBDTVERSION=3 trained with B552
    iBDTVERSION=4 trained with B610
    iBDTVERSION=5 (default) trained with B620
 TMVA Classifier:
    TMVAClassifier=0 (default) standard BDTG
    TMVAClassifier=1 BDT with smoothing
 deposited or reconstructed Energy:
    EnergyFlag=0 (default) classes in EnergyD bins
    EnergyFlag=1 classes in EnergyE bins

Definition at line 93 of file myEcalShowerPlus.cxx.

float myEcalShowerPlus::GetEcalBDTCHI2	(	unsigned int	iBDTVERSION = `3`,
		int	TMVAClassifier = `0`,
		int	EnergyFlag = `0`
	)

Pisa version classifier, EcalChi2 is used.

See Also: GetEcalBDT

Definition at line 115 of file myEcalShowerPlus.cxx.

float myEcalShowerPlus::GetEcalHitADC	(	short int	Cell,
		short int	Plane,
		int	component
	)

Get ADC value of hit, by cell(0~71), layer(0~17), and component(0:HG, 1:LG, 2:DY), returns -1 in case of no hit.

Definition at line 137 of file myEcalShowerPlus.cxx.

float myEcalShowerPlus::GetEcalHitEdep	(	short int	Cell,
		short int	Plane
	)

Get energy dep of hit, by cell(0~71) and layer(0~17), returns -1e-9 in case of no hit.

Definition at line 145 of file myEcalShowerPlus.cxx.

unsigned int myEcalShowerPlus::GetEcalHitStatus	(	short int	Cell,
		short int	Plane
	)

Get status bits of hit, by cell(0~71) and layer(0~17), returns 0 in case of no hit.

See Also: EcalHitR::Status; root.h; amsdbc.C

Definition at line 153 of file myEcalShowerPlus.cxx.

short int myEcalShowerPlus::GetPlane ( short int index )

inline

Definition at line 35 of file myEcalShowerPlus.h.

short int myObject::iMySelf ( )

inlineinherited

Definition at line 22 of file myObject.h.

References myObject::i_myself.

Referenced by myEvent::pmyTrdKFromTrdTrackByMySelf().

void myEcalShowerPlus::init ( )

privatevirtual

Implements myEcalShowerBase.

Definition at line 84 of file myEcalShowerPlus.cxx.

References PRINTDEBUG.

short int myObject::iPart ( )

inlineinherited

Definition at line 21 of file myObject.h.

References myObject::i_part.

float myEcalShowerPlus::RecomputeBDT ( )

Recomputes the BDT completely off-line from the hit map stored.

This will allow the re-computation, offline of the BDT. For now it just computes the variables without returning the BDT. To be completed.

Since in the class also the Taiwan chi square are stored also the BDTChi2 will be supported.

Definition at line 202 of file myEcalShowerPlus.cxx.

References ecalhit::Edep.

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

std::map<short int, ecalhit> myEcalShowerPlus::_ecalhitmap

protected

Definition at line 30 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDT

Pisa bdt with param 5 0 0.

See Also: GetEcalBDT()

Definition at line 46 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDT_v4

Pisa bdt with param 4 0 0.

Definition at line 50 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTChi2

Pisa bdt with param 3 0 0.

Definition at line 51 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTChi2_v2

Pisa bdt with param 2 0 0.

Definition at line 55 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTChi2E

Pisa bdt with param 3 0 1.

Definition at line 53 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTChi2Es

Pisa bdt with param 3 1 1.

Definition at line 54 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTChi2s

Pisa bdt with param 3 1 0.

Definition at line 52 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTE

Pisa bdt with param 5 0 1.

Definition at line 48 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTEs

Pisa bdt with param 5 1 1.

Definition at line 49 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::BDTs

Pisa bdt with param 5 1 0.

Definition at line 47 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::EcalAxis_chi2_2[18]

Layer CoG using lateral fitting (CY version)

Definition at line 43 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::EcalAxis_chi2_8[18]

Layer CoG using neighbor cell ratio (CY version)

Definition at line 44 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::Elayer[18]

Energy deposition in each layer, with leakage correction.

Definition at line 40 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::Elayer_corr[18]

Energy dep in each layer with new calib and correction.

Definition at line 41 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::Energy3C[3]

Definition at line 36 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::ESEV2

LAPP Ecal Estimator V2 Updated June 2012 - 90% efficiency cut (based on electron-like flight events) is -1.23.

Definition at line 57 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::ESEV3

LAPP Ecal Estimator V3 Updated Jan 2013 Efficiency bin-dependant, matching efficiency / rejection retrieved via ESEv3Efficiency / ESEv3Rejection.
For an Energy-Bin independant cut, you should use ESEV2.

Definition at line 58 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::ESEv3Efficiency

Get the lepton efficiency for the current shower using LAPP Ecal Estimator V3 value and energy bin, given ESEV3 > -1.23 (I guess)

Definition at line 61 of file myEcalShowerPlus.h.

Float_t myEcalShowerPlus::ESEv3Rejection

Get the proton rejection for the current shower using LAPP Ecal Estimator V3 value and energy bin.

Definition at line 62 of file myEcalShowerPlus.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().

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

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

Public Types

Public Member Functions

Public Attributes

Protected Attributes

Private Member Functions

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation