OMSimSensitiveDetector Class Reference

Represents a sensitive detector.

Inheritance diagram for OMSimSensitiveDetector:

Collaboration diagram for OMSimSensitiveDetector:

Public Member Functions
	OMSimSensitiveDetector (G4String pName, DetectorType pDetectorType)
	Constructor for OMSimSensitiveDetector. More...
	~OMSimSensitiveDetector ()
	Destructor for OMSimSensitiveDetector.
G4bool	ProcessHits (G4Step *pStep, G4TouchableHistory *pTouchableHistory) override
	Processes hits for optical photons in the detector. More...
void	setPMTResponse (OMSimPMTResponse *pResponse)
	Sets the PMT response model. More...

Private Member Functions
G4bool	checkVolumeAbsorption (G4Step *pStep)
	Checks if the photon was absorbed in the volume. More...
G4bool	checkBoundaryAbsorption (G4Step *pStep)
	Checks if the photon was detected at a boundary. More...
PhotonInfo	getPhotonInfo (G4Step *pStep)
	Retrieves photon information from a given step. More...
G4bool	handlePMT (G4Step *pStep, G4TouchableHistory *pTouchableHistory)
	Handles hits for PMT detectors. More...
G4bool	handleGeneralPhotonDetector (G4Step *pStep, G4TouchableHistory *pTouchableHistory)
	Handles hits for general photon detectors. More...
bool	isPhotonDetected (double p_efficiency)
	Monte carlo if the photon was detected based on the detection probability. More...
void	storePhotonHit (PhotonInfo &pInfo)
	Stores photon hit information into the HitManager. More...
void	fetchBoundaryProcess ()
	Fetches the boundary process for detecting boundary absorptions. More...
void	killParticle (G4Track *pTrack)
	Stop the particle from propagating further. Necessary for 100% efficient detectors.

Private Attributes
bool	m_QEcut
OMSimPMTResponse *	m_PMTResponse
DetectorType	m_detectorType

Static Private Attributes
static thread_local G4OpBoundaryProcess *	m_boundaryProcess = nullptr

Constructor & Destructor Documentation

OMSimSensitiveDetector()

OMSimSensitiveDetector::OMSimSensitiveDetector	(	G4String	p_name,
		DetectorType	p_detectorType
	)

Parameters

p_name	Name of the sensitive detector.
p_detectorType	Type of the detector (e.g., PMT, VolumePhotonDetector).

Member Function Documentation

checkBoundaryAbsorption()

G4bool OMSimSensitiveDetector::checkBoundaryAbsorption ( G4Step *  p_step )

private

Parameters

p_step

The current step information.

Returns

True if the photon was detected at the boundary, false otherwise.

checkVolumeAbsorption()

G4bool OMSimSensitiveDetector::checkVolumeAbsorption ( G4Step *  p_step )

private

Parameters

p_step

The current step information.

Returns

True if the photon was absorbed, false otherwise.

fetchBoundaryProcess()

void OMSimSensitiveDetector::fetchBoundaryProcess ( )

private

Retrieves and stores the G4OpBoundaryProcess to check for photon detection at boundaries. Logs an error if the process is not found.

getPhotonInfo()

PhotonInfo OMSimSensitiveDetector::getPhotonInfo ( G4Step *  p_step )

private

Parameters

p_step

The current step information.

Returns

PhotonInfo struct containing the photon details.

handleGeneralPhotonDetector()

G4bool OMSimSensitiveDetector::handleGeneralPhotonDetector ( G4Step *  p_step, G4TouchableHistory *  p_touchableHistory  )

private

Parameters

p_step	The current step information.
p_touchableHistory	The history of touchable objects.

Returns

True if the hit was stored, always true for general photon detectors.

handlePMT()

G4bool OMSimSensitiveDetector::handlePMT ( G4Step *  p_step, G4TouchableHistory *  p_touchableHistory  )

private

Parameters

p_step	The current step information.
p_touchableHistory	The history of touchable objects.

Returns

True if the hit was stored, false otherwise.

isPhotonDetected()

bool OMSimSensitiveDetector::isPhotonDetected ( double  p_efficiency )

private

Parameters

p_efficiency

The detection probability.

Returns

True if the photon was detected, false otherwise.

ProcessHits()

G4bool OMSimSensitiveDetector::ProcessHits ( G4Step *  p_step, G4TouchableHistory *  p_touchableHistory  )

override

If the detector type is one of the perfect detectors (100% efficient), the photon hit is registered directly. Otherwise, it checks for volume or boundary absorption based on the detector type.

Parameters

p_step	The current step information.
p_touchableHistory	The history of touchable objects.

Returns

True if the photon hit was stored, false otherwise.

setPMTResponse()

void OMSimSensitiveDetector::setPMTResponse

(

OMSimPMTResponse *

p_response

)

Parameters

p_response

Pointer to the PMT response object.

storePhotonHit()

void OMSimSensitiveDetector::storePhotonHit ( PhotonInfo &  p_info )

private

Parameters

p_info

The photon hit information.

Member Data Documentation

m_boundaryProcess

thread_local G4OpBoundaryProcess * OMSimSensitiveDetector::m_boundaryProcess = nullptr

staticprivate

Todo:

Test several optical modules of same type with new type

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

• OMSimSensitiveDetector.hh
• OMSimSensitiveDetector.cc