Class RMGGermaniumOutputScheme

Inheritance Relationships

Base Type

Class Documentation

class RMGGermaniumOutputScheme : public RMGVOutputScheme

Output scheme for Germanium detectors.

This output scheme records the hits in the Germanium detectors. The properties of each RMGGermaniumDetectorHit are recorded:

  • event index,

  • particle type,

  • time,

  • position,

  • energy deposition,

  • distance to detector surface.

Optionally, the track ID and parent track ID can be stored as well as the detector ID for the single table output mode.

In addition, this class can be used for stacking tracks associated with optical photons when no energy was deposited in Germanium.

Public Types

enum class PositionMode

Enum of which position of the hit to store.

Values:

enumerator kPreStep
enumerator kPostStep

Store the prestep point.

enumerator kAverage

Store the poststep point.

enumerator kBoth

Store the average.

Public Functions

RMGGermaniumOutputScheme()
virtual void AssignOutputNames(G4AnalysisManager *ana_man) override

Sets the names of the output columns, invoked in RMGRunAction::SetupAnalysisManager.

virtual void StoreEvent(const G4Event *event) override

Store the information from the event, invoked in RMGEventAction::EndOfEventAction.

Only steps with non-zero energy are stored, unless fDiscardZeroEnergyHits is false.

virtual bool ShouldDiscardEvent(const G4Event *event) override

Decide whether to store the event, invoked in RMGEventAction::EndOfEventAction.

true if the event should be discarded, else false . The event is discarded if there is no hit in Germanium or the energy range condition is not met.

virtual std::optional<bool> StackingActionNewStage(int) override

Wraps G4UserStackingAction::StackingActionNewStage.

discard all waiting events, if ShouldDiscardEvent() is true.

virtual std::optional<G4ClassificationOfNewTrack> StackingActionClassify(const G4Track*, int) override

Wraps G4UserStackingAction::StackingActionClassify.

This is used to classify all optical photon tracks as fWaiting if fDiscardPhotonsIfNoGermaniumEdep is true.

inline void SetEdepCutLow(double threshold)

Set a lower cut on the energy deposited in the event to store it.

inline void SetEdepCutHigh(double threshold)

Set a lower cut on the energy deposited in the event to store it.

inline void AddEdepCutDetector(int det_uid)

Add a detector uid to the list of detectors to apply the energy cut for.

inline void SetPositionMode(PositionMode mode)

Set which position is used for the steps.

Protected Functions

inline virtual std::string GetNtuplenameFlat() const override