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CalCluster Class Reference

Root object that stores a cluster of CsI detections. More...

#include <CalCluster.h>

Inheritance diagram for CalCluster:

List of all members.

Public Methods
	CalCluster (Int_t index=0)
	class constructor.
virtual	~CalCluster ()
	destructor. More...
void	Clean ()
	frees dynamically allocated memory. More...
void	Create ()
	allocates memory as necessary. More...
void	setEsum (Float_t ene)
	Access energy sum. More...
Float_t	getEsum ()
void	setEcorr (Float_t ene)
	Access corrected energy. More...
Float_t	getEcorr ()
void	setEleak (Float_t ene)
	Access leaking energy. More...
Float_t	getEleak ()
TVector3*	getPosition ()
	Access energy-weighted center of the cluster. More...
void	setPosition (TVector3 *p)
void	setPosition (Double_t x, Double_t y, Double_t z)
TVector3*	getDirection ()
	Access the direction. More...
void	setDirection (TVector3 *d)
void	setDirection (Double_t x, Double_t y, Double_t z)
Float_t	getCsiAlpha ()
	Access to profile fitting parameters. More...
Float_t	getCsiLambda ()
Float_t	getCsiStart ()
Float_t	getProfChisq ()
Float_t	getFitEnergy ()
void	setCsiAlpha (Float_t a)
void	setCsiLambda (Float_t l)
void	setCsiStart (Float_t s)
void	setFitEnergy (Float_t e)
void	setProfChisq (Float_t c)
const TArrayF&	getXLayer () const
	Access all X positions within a layer. More...
Float_t	getXLayer (int i)
	Access a specific X position within a layer. More...
const TArrayF&	getYLayer () const
	Access all Y positions within a layer. More...
Float_t	getYLayer (int i)
	Access a specific Y position within a layer. More...
const TArrayF&	getEneLayer () const
	Access all energy depositions within a layer. More...
Float_t	getEneLayer (int i)
	Access a specific energy within a layer. More...
void	setEneLayer (int i,Float_t e)
void	setXLayer (int i,Float_t x)
void	setYLayer (int i,Float_t y)
TObjArray*	getCalLog ()
	Access the list of logs associated with this cluster. More...
Int_t	getId ()
	Access the ID of this cluster. More...
void	setId (Int_t id)
	Set the ID of this cluster. More...
Private Attributes
Float_t	m_Esum
	sum of logs. More...
Float_t	m_Ecorr
	corrected energy. More...
Float_t	m_Eleak
	energy corrected for leakage ( valid at high energies). More...
TArrayF	m_eneLayer
	energy per layer. More...
TArrayF	m_xposLayer
	x pos for each layer. More...
TArrayF	m_yposLayer
	y position for each layer. More...
Float_t	m_CsiAlpha
	alpha parameter used for the fit. More...
Float_t	m_CsiLambda
	lambda parameter used for the fit. More...
Float_t	m_fitEnergy
	Fitted energy. More...
Float_t	m_ProfChisq
	Chi square of profile fitting. More...
Float_t	m_start
	starting point of the shower. More...
Int_t	m_id
TVector3*	m_position
	energy-weighted center of gravity of the cluster. More...
TVector3*	m_direction
	direction of the cluster (Px/P, Py/P, Pz/P). More...
TObjArray*	m_calLogs
	list of CalLogEne used in this cluster. More...

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Detailed Description

Root object that stores a cluster of CsI detections.

Provides access to the positions and energy depositions for a cluster of CsI logs

Definition at line 13 of file CalCluster.h.

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Constructor & Destructor Documentation

CalCluster::CalCluster ( Int_t index = 0 )

class constructor.

CalCluster::~CalCluster ( ) [virtual]

destructor. Definition at line 26 of file CalCluster.cxx.

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Member Function Documentation

void CalCluster::Clean ( )

frees dynamically allocated memory. Definition at line 30 of file CalCluster.cxx. Referenced by ~CalCluster().

void CalCluster::Create ( )

allocates memory as necessary. Definition at line 63 of file CalCluster.cxx. Referenced by ClassImp().

TObjArray * CalCluster::getCalLog ( ) [inline]

Access the list of logs associated with this cluster. Definition at line 131 of file CalCluster.h.

Float_t CalCluster::getCsiAlpha ( ) [inline]

Access to profile fitting parameters. Definition at line 98 of file CalCluster.h.

Float_t CalCluster::getCsiLambda ( ) [inline]

Definition at line 99 of file CalCluster.h.

Float_t CalCluster::getCsiStart ( ) [inline]

Definition at line 100 of file CalCluster.h.

TVector3 * CalCluster::getDirection ( ) [inline]

Access the direction. Definition at line 93 of file CalCluster.h.

Float_t CalCluster::getEcorr ( ) [inline]

Definition at line 79 of file CalCluster.h.

Float_t CalCluster::getEleak ( ) [inline]

Definition at line 83 of file CalCluster.h.

Float_t CalCluster::getEneLayer ( int i ) [inline]

Access a specific energy within a layer. Definition at line 124 of file CalCluster.h.

const TArrayF & CalCluster::getEneLayer ( ) const [inline]

Access all energy depositions within a layer. Definition at line 122 of file CalCluster.h.

Float_t CalCluster::getEsum ( ) [inline]

Definition at line 75 of file CalCluster.h.

Float_t CalCluster::getFitEnergy ( ) [inline]

Definition at line 102 of file CalCluster.h.

Int_t CalCluster::getId ( ) [inline]

Access the ID of this cluster. Definition at line 134 of file CalCluster.h.

TVector3 * CalCluster::getPosition ( ) [inline]

Access energy-weighted center of the cluster. Definition at line 88 of file CalCluster.h.

Float_t CalCluster::getProfChisq ( ) [inline]

Definition at line 101 of file CalCluster.h.

Float_t CalCluster::getXLayer ( int i ) [inline]

Access a specific X position within a layer. Definition at line 115 of file CalCluster.h.

const TArrayF & CalCluster::getXLayer ( ) const [inline]

Access all X positions within a layer. Definition at line 113 of file CalCluster.h.

Float_t CalCluster::getYLayer ( int i ) [inline]

Access a specific Y position within a layer. Definition at line 119 of file CalCluster.h.

const TArrayF & CalCluster::getYLayer ( ) const [inline]

Access all Y positions within a layer. Definition at line 117 of file CalCluster.h.

void CalCluster::setCsiAlpha ( Float_t a ) [inline]

Definition at line 104 of file CalCluster.h.

void CalCluster::setCsiLambda ( Float_t l ) [inline]

Definition at line 105 of file CalCluster.h.

void CalCluster::setCsiStart ( Float_t s ) [inline]

Definition at line 106 of file CalCluster.h.

void CalCluster::setDirection ( Double_t x, Double_t y, Double_t z ) [inline]

Definition at line 95 of file CalCluster.h.

void CalCluster::setDirection ( TVector3 * d ) [inline]

Definition at line 94 of file CalCluster.h.

void CalCluster::setEcorr ( Float_t ene ) [inline]

Access corrected energy. Definition at line 78 of file CalCluster.h.

void CalCluster::setEleak ( Float_t ene ) [inline]

Access leaking energy. Definition at line 82 of file CalCluster.h.

void CalCluster::setEneLayer ( int i, Float_t e ) [inline]

Definition at line 126 of file CalCluster.h.

void CalCluster::setEsum ( Float_t ene ) [inline]

Access energy sum. Definition at line 74 of file CalCluster.h.

void CalCluster::setFitEnergy ( Float_t e ) [inline]

Definition at line 107 of file CalCluster.h.

void CalCluster::setId ( Int_t id ) [inline]

Set the ID of this cluster. Definition at line 136 of file CalCluster.h.

void CalCluster::setPosition ( Double_t x, Double_t y, Double_t z ) [inline]

Definition at line 90 of file CalCluster.h.

void CalCluster::setPosition ( TVector3 * p ) [inline]

Definition at line 89 of file CalCluster.h.

void CalCluster::setProfChisq ( Float_t c ) [inline]

Definition at line 108 of file CalCluster.h.

void CalCluster::setXLayer ( int i, Float_t x ) [inline]

Definition at line 127 of file CalCluster.h.

void CalCluster::setYLayer ( int i, Float_t y ) [inline]

Definition at line 128 of file CalCluster.h.

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Member Data Documentation

Float_t CalCluster::m_CsiAlpha [private]

alpha parameter used for the fit. Definition at line 36 of file CalCluster.h.

Float_t CalCluster::m_CsiLambda [private]

lambda parameter used for the fit. Definition at line 38 of file CalCluster.h.

Float_t CalCluster::m_Ecorr [private]

corrected energy. Definition at line 21 of file CalCluster.h.

Float_t CalCluster::m_Eleak [private]

energy corrected for leakage ( valid at high energies). Definition at line 24 of file CalCluster.h.

Float_t CalCluster::m_Esum [private]

sum of logs. Definition at line 18 of file CalCluster.h.

Float_t CalCluster::m_ProfChisq [private]

Chi square of profile fitting. Definition at line 44 of file CalCluster.h.

TObjArray * CalCluster::m_calLogs [private]

list of CalLogEne used in this cluster. Definition at line 57 of file CalCluster.h.

TVector3 * CalCluster::m_direction [private]

direction of the cluster (Px/P, Py/P, Pz/P). Definition at line 54 of file CalCluster.h.

TArrayF CalCluster::m_eneLayer [private]

energy per layer. Definition at line 28 of file CalCluster.h.

Float_t CalCluster::m_fitEnergy [private]

Fitted energy. Definition at line 41 of file CalCluster.h.

Int_t CalCluster::m_id [private]

Definition at line 49 of file CalCluster.h.

TVector3 * CalCluster::m_position [private]

energy-weighted center of gravity of the cluster. Definition at line 52 of file CalCluster.h.

Float_t CalCluster::m_start [private]

starting point of the shower. Definition at line 47 of file CalCluster.h.

TArrayF CalCluster::m_xposLayer [private]

x pos for each layer. Definition at line 30 of file CalCluster.h.

TArrayF CalCluster::m_yposLayer [private]

y position for each layer. Definition at line 32 of file CalCluster.h.

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

• CalCluster.h
• CalCluster.cxx

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