MBTSCollisionTime Class Reference

Holds information about collisions timing from MBTS counters. More...

#include <MBTSCollisionTime.h>

Collaboration diagram for MBTSCollisionTime:

Public Member Functions
	MBTSCollisionTime ()
	main constructor with all data members set to zero
	MBTSCollisionTime (int ncellA, int ncellC, float energyA, float energyC, float timeA, float timeC)
	constructor; initialize all data members in constructor
int	ncellA () const
	get number of cells for time A side
int	ncellC () const
	get number of cells for time C side
int	ncell () const
	get total number of cells
double	energyA () const
	total energy A side
double	energyC () const
	total energy C side
double	energy () const
	total energy from both sides
double	timeA () const
	time A side
double	timeC () const
	time C side
double	time () const
	time difference A - C

Private Attributes
int	m_ncellA
int	m_ncellC
float	m_energyA
float	m_energyC
float	m_timeA
float	m_timeC

Detailed Description

Holds information about collisions timing from MBTS counters.

Direct copy of LArCollisionTime class

Author

G.Unal

Definition at line 19 of file MBTSCollisionTime.h.

Constructor & Destructor Documentation

MBTSCollisionTime() [1/2]

MBTSCollisionTime::MBTSCollisionTime ( )

inline

main constructor with all data members set to zero

Definition at line 70 of file MBTSCollisionTime.h.

  : m_ncellA(0), m_ncellC(0), m_energyA(0.), m_energyC(0.), m_timeA(0.), m_timeC(0.) {} 

MBTSCollisionTime() [2/2]

MBTSCollisionTime::MBTSCollisionTime ( int ncellA, int ncellC, float energyA, float energyC, float timeA, float timeC )

inline

constructor; initialize all data members in constructor

Definition at line 73 of file MBTSCollisionTime.h.

  : m_ncellA(ncellA), m_ncellC(ncellC), m_energyA(energyA), m_energyC(energyC), m_timeA(timeA), m_timeC(timeC){}

Member Function Documentation

energy()

double MBTSCollisionTime::energy ( ) const

inline

total energy from both sides

Definition at line 46 of file MBTSCollisionTime.h.

{ return (m_energyA + m_energyC); };

energyA()

double MBTSCollisionTime::energyA ( ) const

inline

total energy A side

Definition at line 40 of file MBTSCollisionTime.h.

{ return m_energyA; };

energyC()

double MBTSCollisionTime::energyC ( ) const

inline

total energy C side

Definition at line 43 of file MBTSCollisionTime.h.

{ return m_energyC; };

ncell()

int MBTSCollisionTime::ncell ( ) const

inline

get total number of cells

Definition at line 37 of file MBTSCollisionTime.h.

{ return (m_ncellA + m_ncellC); };

ncellA()

int MBTSCollisionTime::ncellA ( ) const

inline

get number of cells for time A side

Definition at line 31 of file MBTSCollisionTime.h.

{ return m_ncellA; }

ncellC()

int MBTSCollisionTime::ncellC ( ) const

inline

get number of cells for time C side

Definition at line 34 of file MBTSCollisionTime.h.

{ return m_ncellC; };

time()

double MBTSCollisionTime::time ( ) const

inline

time difference A - C

Definition at line 55 of file MBTSCollisionTime.h.

{ return (m_timeA - m_timeC); };

timeA()

double MBTSCollisionTime::timeA ( ) const

inline

time A side

Definition at line 49 of file MBTSCollisionTime.h.

{ return m_timeA; };

timeC()

double MBTSCollisionTime::timeC ( ) const

inline

time C side

Definition at line 52 of file MBTSCollisionTime.h.

{ return m_timeC; };

Member Data Documentation

m_energyA

float MBTSCollisionTime::m_energyA

private

Definition at line 61 of file MBTSCollisionTime.h.

m_energyC

float MBTSCollisionTime::m_energyC

private

Definition at line 62 of file MBTSCollisionTime.h.

m_ncellA

int MBTSCollisionTime::m_ncellA

private

Definition at line 59 of file MBTSCollisionTime.h.

m_ncellC

int MBTSCollisionTime::m_ncellC

private

Definition at line 60 of file MBTSCollisionTime.h.

m_timeA

float MBTSCollisionTime::m_timeA

private

Definition at line 63 of file MBTSCollisionTime.h.

m_timeC

float MBTSCollisionTime::m_timeC

private

Definition at line 64 of file MBTSCollisionTime.h.

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

• MBTSCollisionTime.h