Singleton class responsible for managing, analysing, and saving decay-related data.

Collaboration diagram for OMSimDecaysAnalysis:

Public Member Functions
void	appendDecay (G4String pParticleName, G4double pDecayTime, G4ThreeVector pDecayPosition)
	Append decay information to internal data structures. More...

void	mergeDecayData ()

void	writeMultiplicity (G4double pTimeWindow)
	Calls calculateMultiplicity and writes the results to the output file.

void	writeThreadDecayInformation ()
	Write isotoped related data to the output file.

void	writeThreadHitInformation ()
	Write data of the hits to the output file.

void	reset ()
	Resets (deletes) decay and hits data.

Static Public Member Functions
static OMSimDecaysAnalysis &	getInstance ()
	Returns the instance of OMSimDecaysAnalysis (Singleton pattern).

Private Member Functions
	OMSimDecaysAnalysis (const OMSimDecaysAnalysis &)=delete

OMSimDecaysAnalysis &	operator= (const OMSimDecaysAnalysis &)=delete

Static Private Attributes
static G4ThreadLocal DecayStats *	m_threadDecayStats = nullptr

static G4Mutex	m_mutex = G4Mutex()

static OMSimDecaysAnalysis *	m_instance = nullptr

Member Function Documentation

◆ appendDecay()

void OMSimDecaysAnalysis::appendDecay	(	G4String	p_particleName,
		G4double	p_decayTime,
		G4ThreeVector	p_decayPosition
	)

Parameters

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