OMSimDecaysGPS Class Reference

A class for simulating isotope decays inside the pressure vessel and PMT glass.

Collaboration diagram for OMSimDecaysGPS:

Public Member Functions
void	simulateDecaysInPMTs (G4double pTimeWindow)
	Simulates the decays in the PMTs of the optical module. More...
void	simulateDecaysInPressureVessel (G4double pTimeWindow)
	Simulates the decays in the pressure vessel of the optical module. More...
void	setOpticalModule (OMSimOpticalModule *p_opticalModule)
	Set the optical module to be used. More...
void	setProductionRadius (G4double pProductionRadius)
G4String	getDecayTerminationNuclide ()

Static Public Member Functions
static OMSimDecaysGPS &	getInstance ()

Private Member Functions
void	generalGPS ()
	Configures common GPS commands for the radioactive decays.
void	configureIsotopeGPS (G4String Isotope, G4String location)
	Configures GPS for the production and decay of an isotope within a specified location. More...
std::map< G4String, G4int >	calculateNumberOfDecays (G4MaterialPropertiesTable *pMPT, G4double pTimeWindow, G4double pMass)
	Calculates the number of decays for isotopes. More...
	OMSimDecaysGPS (const OMSimDecaysGPS &)=delete
OMSimDecaysGPS &	operator= (const OMSimDecaysGPS &)=delete

Private Attributes
std::map< G4String, G4String >	m_isotopeCommands
std::map< G4String, G4String >	m_terminationIsotopes
OMSimOpticalModule *	m_opticalModule
G4double	m_productionRadius
G4String	m_nuclideStopName

Member Function Documentation

calculateNumberOfDecays()

std::map< G4String, G4int > OMSimDecaysGPS::calculateNumberOfDecays ( G4MaterialPropertiesTable *  p_MPT, G4double  p_timeWindow, G4double  p_mass  )

private

Parameters

p_MPT	Pointer to the material properties table.
p_timeWindow	Time window for decays.
p_mass	Mass of the volume in which decays occur.

Returns

Map of isotopes and their respective number of decays.

configureIsotopeGPS()

void OMSimDecaysGPS::configureIsotopeGPS ( G4String  p_isotope, G4String  p_volumeName  )

private

If the daughter of the configured isotope is unstable, it will also decay in the same position as its mother

Parameters

p_isotope	The isotope which is going to be produced.
p_volumeName	The volume name where the isotope decays.

setOpticalModule()

void OMSimDecaysGPS::setOpticalModule ( OMSimOpticalModule *  p_opticalModule )

inline

Parameters

p_opticalModule

Pointer to the optical module.

simulateDecaysInPMTs()

void OMSimDecaysGPS::simulateDecaysInPMTs

(

G4double

p_timeWindow

)

Parameters

p_timeWindow

The livetime that should be simulated.

simulateDecaysInPressureVessel()

void OMSimDecaysGPS::simulateDecaysInPressureVessel

(

G4double

p_timeWindow

)

Parameters

p_timeWindow

The livetime that should be simulated.

Member Data Documentation

m_isotopeCommands

std::map<G4String, G4String> OMSimDecaysGPS::m_isotopeCommands

private

Initial value:

= {
      {"U238", "/gps/ion 92 238 0"},
      {"U235", "/gps/ion 92 235 0"},
      {"Ra226", "/gps/ion 88 226 0"},
      {"Ra224", "/gps/ion 88 224 0"},
      {"Th232", "/gps/ion 90 232 0"},
      {"K40", "/gps/ion 19 40 0"}}

m_terminationIsotopes

std::map<G4String, G4String> OMSimDecaysGPS::m_terminationIsotopes

private

Initial value:

= {
      {"U238", "Ra226"},
      {"Th232", "Ra224"},
      {"Ra226", "none"},
      {"Ra224", "none"},
      {"U235", "none"},
      {"K40", "none"}}

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

• OMSimDecaysGPS.hh
• OMSimDecaysGPS.cc