PDetector Class Reference

The PDetector class represents a logical muon detector. More...

#include <PInstrumentDef.h>

Public Member Functions
	PDetector ()
	Constructor.
	~PDetector ()
	Destructor.
void	setName (QString str)
	Sets the detector name.
void	setRelGeomPhase (double phase)
	Sets the relative geometric phase.
void	setForwards (QVector< int > num)
	Sets the forward detector indices.
void	setBackwards (QVector< int > num)
	Sets the backward detector indices.
void	setAlpha (double alpha)
	Sets the alpha correction factor.
QString	getName ()
	Returns the detector name.
double	getRelGeomPhase ()
	Returns the relative geometric phase.
QVector< int >	getForwards ()
	Returns the forward detector indices.
QVector< int >	getBackwards ()
	Returns the backward detector indices.
double	getAlpha ()
	Returns the alpha correction factor.

Private Attributes
QString	fName
	detector name
QVector< int >	fForward
	forward detector indices
QVector< int >	fBackward
	backward detector indices
double	fAlpha
	alpha correction factor
double	fRelGeomPhase
	relative geometric phase in degrees

Detailed Description

The PDetector class represents a logical muon detector.

This class encapsulates the properties of a detector configuration including its name, relative geometric phase, forward/backward detector indices, and alpha parameter (for asymmetry fits). It is used in the instrument definition to specify detector groupings for different measurement setups.

Constructor & Destructor Documentation

PDetector()

PDetector::PDetector ( )

inline

Constructor.

~PDetector()

PDetector::~PDetector ( )

inline

Destructor.

Member Function Documentation

getAlpha()

double PDetector::getAlpha ( )

inline

Returns the alpha correction factor.

Returns

Alpha value.

getBackwards()

QVector< int > PDetector::getBackwards ( )

inline

Returns the backward detector indices.

Returns

Vector of backward detector numbers.

getForwards()

QVector< int > PDetector::getForwards ( )

inline

Returns the forward detector indices.

Returns

Vector of forward detector numbers.

getName()

QString PDetector::getName ( )

inline

Returns the detector name.

Returns

Detector name.

getRelGeomPhase()

double PDetector::getRelGeomPhase ( )

inline

Returns the relative geometric phase.

Returns

Phase angle in degrees.

setAlpha()

void PDetector::setAlpha ( double alpha )

inline

Sets the alpha correction factor.

Parameters

alpha

Alpha value for asymmetry correction.

setBackwards()

void PDetector::setBackwards ( QVector< int > num )

inline

Sets the backward detector indices.

Parameters

num	Vector of physical detector numbers forming the backward group.

setForwards()

void PDetector::setForwards ( QVector< int > num )

inline

Sets the forward detector indices.

Parameters

num	Vector of physical detector numbers forming the forward group.

setName()

void PDetector::setName ( QString str )

inline

Sets the detector name.

Parameters

str	Detector name (e.g., "Forward", "Backward", "Left").

setRelGeomPhase()

void PDetector::setRelGeomPhase ( double phase )

inline

Sets the relative geometric phase.

Parameters

phase

Phase angle in degrees relative to a reference detector.

Member Data Documentation

fAlpha

double PDetector::fAlpha

private

alpha correction factor

fBackward

QVector<int> PDetector::fBackward

private

backward detector indices

fForward

QVector<int> PDetector::fForward

private

forward detector indices

fName

QString PDetector::fName

private

detector name

fRelGeomPhase

double PDetector::fRelGeomPhase

private

relative geometric phase in degrees

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

• /workspace/LMU/musrfit/src/musredit_qt6/musrWiz/PInstrumentDef.h