MyEventAction Class Reference

User action concrete class of G4UserEventAction. In addition to defining procedures executed at the start and end of the event, this class also implements all the cointers for data to be saved in the output root file, along with some methods for extracting them during the event. More...

#include <event.hh>

Inheritance diagram for MyEventAction:

Collaboration diagram for MyEventAction:

Public Member Functions
	MyEventAction ()=default
	Constructor of the class.
	~MyEventAction () override=default
	Destructor of the class.
void	BeginOfEventAction (const G4Event *event) override
	Resets every data containers at the beginning of a new event. More...
void	EndOfEventAction (const G4Event *event) override
	Fills the TTree with the data of the event. More...
void	SetArrivalandFirstInteraction (G4double newtimein, G4ThreeVector newposin, G4double newtimeinter, G4ThreeVector newposinter)
	Stores the time and the position of arrival to the crystal of the primary gamma. More...
void	AddEdep (G4double edep)
	For every G4Step inside the crystal it sums the energy deposit. More...
void	SetMaxEdep (G4double edepondx, G4ThreeVector maxedeppos)
	Stores the maximum deposit of energy per unit length and its position inside the crystal. More...
void	SetDecayTriggerSi (G4bool trg)
void	SetCosmicTriggerUp (G4bool trg)
void	SetCosmicTriggerBottom (G4bool trg)

Public Attributes
G4double	fTimeIn
	Time of arrival of primary gamma.
G4double	fPosXIn
	X position of arrival of primary gamma.
G4double	fPosYIn
	Y position of arrival of primary gamma.
G4double	fPosZIn
	Z position of arrival of primary gamma.
G4double	fTimeFirstInter
	Time of first interaction of primary gamma.
G4double	fPosXFirstInter
	X position of first interaction of primary gamma.
G4double	fPosYFirstInter
	Y position of first interaction of primary gamma.
G4double	fPosZFirstInter
	Z position of first interaction of primary gamma.
G4double	fEdep
	Total energy deposited inside the crystal.
G4double	fMaxEdep
	Maximum deposit of energy per unit length (MeV/mm) in the crystal.
G4ThreeVector	fMaxEdepPos
	Position of the maximum deposit of energy per unit length in the crystal.
G4int	fHitsNum_F
	Total number of optical photons detected by SiPMs on the front face.
G4int	fHitsNum_B
	Total number of optical photons detected by SiPMs on the back face.
std::vector< G4double >	fT_F
	Vector containing times of detection of optical photons on the front face.
std::vector< G4double >	fX_F
	Vector containing x-positions of detection of optical photons on the front face.
std::vector< G4double >	fY_F
	Vector containing y-positions of detection of optical photons on the front face.
std::vector< G4double >	fT_B
	Vector containing times of detection of optical photons on the back face.
std::vector< G4double >	fX_B
	Vector containing x-positions of detection of optical photons on the back face.
std::vector< G4double >	fY_B
	Vector containing y-positions of detection of optical photons on the back face.
std::vector< G4int >	fHitsNum_F_Ch
std::vector< G4int >	fChannel_F
	Vector containing SiPM channels of detection of optical photons on the front face.
std::vector< G4int >	fHitsNum_B_Ch
std::vector< G4int >	fChannel_B
	Vector containing SiPM channels of detection of optical photons on the back face.
G4double	fTimeOfDecay
G4bool	fDecayTriggerSi
G4bool	fCosmicTriggerUp
G4bool	fCosmicTriggerBottom

Detailed Description

User action concrete class of G4UserEventAction. In addition to defining procedures executed at the start and end of the event, this class also implements all the cointers for data to be saved in the output root file, along with some methods for extracting them during the event.

Definition at line 25 of file event.hh.

Member Function Documentation

AddEdep()

void MyEventAction::AddEdep ( G4double  edep )

inline

For every G4Step inside the crystal it sums the energy deposit.

Parameters

edep	The total energy deposit in the step.

Definition at line 75 of file event.hh.

BeginOfEventAction()

void MyEventAction::BeginOfEventAction ( const G4Event *  event )

override

Resets every data containers at the beginning of a new event.

Parameters

event

Pointer to the G4Event.

Definition at line 7 of file event.cc.

EndOfEventAction()

void MyEventAction::EndOfEventAction ( const G4Event *  event )

override

Fills the TTree with the data of the event.

It accesses the MyHitsCollection of the event and fills the detector branches with data stored in it. After that, it fills the other branches with data concerning the primary particle and the energy deposit in the crystal.

Parameters

event

Pointer to the G4Event.

Definition at line 42 of file event.cc.

SetArrivalandFirstInteraction()

void MyEventAction::SetArrivalandFirstInteraction ( G4double  newtimein, G4ThreeVector  newposin, G4double  newtimeinter, G4ThreeVector  newposinter  )

inline

Stores the time and the position of arrival to the crystal of the primary gamma.

Parameters

newtimein	The time of arrival to be saved.
newposin	The position of arrival to be saved.

Definition at line 55 of file event.hh.

SetMaxEdep()

void MyEventAction::SetMaxEdep ( G4double  edepondx, G4ThreeVector  maxedeppos  )

inline

Stores the maximum deposit of energy per unit length and its position inside the crystal.

Parameters

edepondx	The total energy deposit in the step divided by the step length.
maxedeppos	The position of the energy deposit in the step.

Definition at line 84 of file event.hh.

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

• include/event.hh
• src/event.cc