this class is inteded to represent of full set of information More...

#include <ConfigClasses.h>

Inheritance diagram for CloverInfo:

Collaboration diagram for CloverInfo:

Public Member Functions
	CloverInfo ()

	CloverInfo (const CloverInfo &a_rhs)

CloverInfo &	operator= (const CloverInfo &a_rhs)

void	addLeafInfo (DetectorElementInfo a_leaf)

void	addBGOInfo (DetectorElementInfo a_leaf)

int	getLeafNumber (int a_channel) const

int	getChFromLeaf (int a_leafNumber) const

int	getBGONumber (int a_channel) const

int	getChFromBGONumber (int a_BGO) const

const DetectorElementInfo &	getDetElInfo (int a_modID, int a_ch) const

const DetectorElementInfo &	getLeafInfo (int a_leafID) const

std::vector< int >	getLeafIdList () const

int	getDetID () const

std::vector< int >	getBGOInputs () const

const DetectorCalib *	getCalibFromLeafID (int a_leafID) const

const DetectorCalib *	getCalibFromLeafCh (int a_channel) const

const DetectorCalib *	getTCalibFromLeafCh (int a_channel) const

const DetectorCalib *	getTCalibFromLeafID (int a_leafID) const

const CutBase *	getLeafTDCCut () const

const CutBase *	getBgoTDCCut () const

const CutBase *	getaddBackCut () const

void	setLeafTDCCut (CutBase *a_cut)

void	setBgoTDCCut (CutBase *a_cut)

void	setAddBackEnCut (CutBase *a_cut)

void	setWallTime (uint32_t a_t)

void	translate (double a_x, double a_y, double a_z)

std::vector< double >	getCenterPosition ()
	returns position of center of clover face (avg. of the leafs) More...

std::vector< double >	getLeafNormalVector (int a_leaf)
	returns the normal vector from a leaf More...

std::vector< double >	getLeafPositionVector (int a_leaf)
	return the position of a leaf More...

std::vector< int >	getChannels ()
	returns a vector with all the channels associated with this clover More...

bool	hasChannel (int a_ch) const
	returns trues if the channel is present in the data More...

bool	thisClover (int a_modID, int a_ch) const
	returns true if the channel and module are associated with this detector More...

bool	isLeaf (int a_modID, int a_ch) const
	returns true if the channel and moduel id are a leaf More...

bool	isBGO (int a_modID, int a_ch) const
	returns true if the channel and module id are a BGO More...

double	getLeafPolarAngle (int a_leafNumber)
	returns polar angle of individual leaf [in radians] More...

double	getLeafDistance (int a_leafNumber)
	return distance of individual leaf [in meters] More...

double	getLeafDistToOrig (int a_leafNumber, double a_detLength) const
	returns distance to center of leaf More...

bool	hasBGOChannel (int a_ch) const

std::ostream &	print (std::ostream &a_stream=std::cout) const
	prints the internal state of the class More...

std::ostream &	printRot (std::ostream &a_stream=std::cout) const

virtual	~CloverInfo ()

Public Member Functions inherited from DetectorInfo
	DetectorInfo ()

DetType	getDetType () const

int	getDetectorID () const

double	getX () const

double	getY () const

double	getZ () const

double	getrX () const

double	getrY () const

double	getrZ () const

double	getDetectorLength () const

double	getDistance (double a_detHalfLength) const
	distance in m. detLength in m More...

std::vector< double >	getLocation (double a_stepLenght) const

void	setDetType (DetType a_detType)

void	setDetectorID (int a_detectorID)

void	setX (double a_x)

void	setY (double a_y)

void	setZ (double a_z)

void	setrX (double a_rX)

void	setrY (double a_rY)

void	setrZ (double a_rZ)

void	setDetectorLength (double a_detLength)

std::vector< double >	getDetectorCenter ()

double	getScatteringAngle (double a_bx, double a_by, double a_bz, double a_sx, double a_sy, double a_sz)

double	getBeamScatteringAngle (double a_bx, double a_by, double a_bz, DetectorInfo &a_rhs)

double	getSourceScatteringAngle (double a_sx, double a_sy, double a_sz, DetectorInfo &a_rhs)

double	getDistance (float a_thisDetHalfL, float a_rhsHalfL, DetectorInfo &a_rhs)

virtual	~DetectorInfo ()

Friends
class	ExperimentConfig

Additional Inherited Members
Protected Attributes inherited from DetectorInfo
DetType	m_detType

int	m_detectorID

double	m_x

double	m_y

double	m_z

double	m_rX

double	m_rY

double	m_rZ

double	m_detectorLength

Detailed Description

this class is inteded to represent of full set of information

Constructor & Destructor Documentation

◆ CloverInfo() [1/2]

CloverInfo::CloverInfo ( )

◆ CloverInfo() [2/2]

CloverInfo::CloverInfo ( const CloverInfo & a_rhs )

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◆ ~CloverInfo()

CloverInfo::~CloverInfo ( )

virtual

Member Function Documentation

◆ addBGOInfo()

void CloverInfo::addBGOInfo ( DetectorElementInfo a_leaf )

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◆ addLeafInfo()

void CloverInfo::addLeafInfo ( DetectorElementInfo a_leaf )

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◆ getaddBackCut()

const CutBase * CloverInfo::getaddBackCut ( ) const

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◆ getBGOInputs()

std::vector< int > CloverInfo::getBGOInputs ( ) const

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◆ getBGONumber()

int CloverInfo::getBGONumber ( int a_channel ) const

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◆ getBgoTDCCut()

const CutBase * CloverInfo::getBgoTDCCut ( ) const

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◆ getCalibFromLeafCh()

const DetectorCalib * CloverInfo::getCalibFromLeafCh ( int a_channel ) const

◆ getCalibFromLeafID()

const DetectorCalib * CloverInfo::getCalibFromLeafID ( int a_leafID ) const

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◆ getCenterPosition()

std::vector< double > CloverInfo::getCenterPosition ( )

returns position of center of clover face (avg. of the leafs)

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◆ getChannels()

std::vector< int > CloverInfo::getChannels ( )

returns a vector with all the channels associated with this clover

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◆ getChFromBGONumber()

int CloverInfo::getChFromBGONumber ( int a_BGO ) const

◆ getChFromLeaf()

int CloverInfo::getChFromLeaf ( int a_leafNumber ) const

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◆ getDetElInfo()

const DetectorElementInfo & CloverInfo::getDetElInfo	(	int	a_modID,
		int	a_ch
	)		const

◆ getDetID()

int CloverInfo::getDetID ( ) const

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◆ getLeafDistance()

double CloverInfo::getLeafDistance ( int a_leafNumber )

return distance of individual leaf [in meters]

◆ getLeafDistToOrig()

double CloverInfo::getLeafDistToOrig	(	int	a_leafNumber,
		double	a_detLength
	)		const

returns distance to center of leaf

◆ getLeafIdList()

std::vector< int > CloverInfo::getLeafIdList ( ) const

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◆ getLeafInfo()

const DetectorElementInfo & CloverInfo::getLeafInfo ( int a_leafID ) const

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◆ getLeafNormalVector()

std::vector< double > CloverInfo::getLeafNormalVector ( int a_leaf )

returns the normal vector from a leaf

◆ getLeafNumber()

int CloverInfo::getLeafNumber ( int a_channel ) const

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◆ getLeafPolarAngle()

double CloverInfo::getLeafPolarAngle ( int a_leafNumber )

returns polar angle of individual leaf [in radians]

◆ getLeafPositionVector()

std::vector< double > CloverInfo::getLeafPositionVector ( int a_leaf )

return the position of a leaf

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◆ getLeafTDCCut()

const CutBase * CloverInfo::getLeafTDCCut ( ) const

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◆ getTCalibFromLeafCh()

const DetectorCalib * CloverInfo::getTCalibFromLeafCh ( int a_channel ) const

◆ getTCalibFromLeafID()

const DetectorCalib * CloverInfo::getTCalibFromLeafID ( int a_leafID ) const

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◆ hasBGOChannel()

bool CloverInfo::hasBGOChannel ( int a_ch ) const

◆ hasChannel()

bool CloverInfo::hasChannel ( int a_ch ) const

returns trues if the channel is present in the data

returns trues if the channel is present in the data THIS FUNCTION IS DEGENERATE IN THAT IT DOESN'T SPECIFY A MODULE AND SHOULD BE DEPRICATED

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◆ isBGO()

bool CloverInfo::isBGO	(	int	a_modID,
		int	a_ch
	)		const

returns true if the channel and module id are a BGO

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◆ isLeaf()

bool CloverInfo::isLeaf	(	int	a_modID,
		int	a_ch
	)		const

returns true if the channel and moduel id are a leaf

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◆ operator=()

CloverInfo & CloverInfo::operator= ( const CloverInfo & a_rhs )

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◆ print()

std::ostream & CloverInfo::print ( std::ostream & a_stream = std::cout ) const

virtual

prints the internal state of the class

Reimplemented from DetectorInfo.

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◆ printRot()

std::ostream & CloverInfo::printRot ( std::ostream & a_stream = std::cout ) const

this function calculates the rotation vector considering the points associated with the locations stored for the leafs

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◆ setAddBackEnCut()

void CloverInfo::setAddBackEnCut ( CutBase * a_cut )

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◆ setBgoTDCCut()

void CloverInfo::setBgoTDCCut ( CutBase * a_cut )

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◆ setLeafTDCCut()

void CloverInfo::setLeafTDCCut ( CutBase * a_cut )

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◆ setWallTime()

void CloverInfo::setWallTime ( uint32_t a_t )

◆ thisClover()

bool CloverInfo::thisClover	(	int	a_modID,
		int	a_ch
	)		const

returns true if the channel and module are associated with this detector

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◆ translate()

void CloverInfo::translate	(	double	a_x,
		double	a_y,
		double	a_z
	)

virtual

Reimplemented from DetectorInfo.

Friends And Related Function Documentation

◆ ExperimentConfig

friend class ExperimentConfig

friend

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

BasicSupport/include/ConfigClasses.h
BasicSupport/src/ConfigClasses.cpp

Public Member Functions

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CloverInfo() [1/2]

◆ CloverInfo() [2/2]

◆ ~CloverInfo()

Member Function Documentation

◆ addBGOInfo()

◆ addLeafInfo()

◆ getaddBackCut()

◆ getBGOInputs()

◆ getBGONumber()

◆ getBgoTDCCut()

◆ getCalibFromLeafCh()

◆ getCalibFromLeafID()

◆ getCenterPosition()

◆ getChannels()

◆ getChFromBGONumber()

◆ getChFromLeaf()

◆ getDetElInfo()

◆ getDetID()

◆ getLeafDistance()

◆ getLeafDistToOrig()

◆ getLeafIdList()

◆ getLeafInfo()

◆ getLeafNormalVector()

◆ getLeafNumber()

◆ getLeafPolarAngle()

◆ getLeafPositionVector()

◆ getLeafTDCCut()

◆ getTCalibFromLeafCh()

◆ getTCalibFromLeafID()

◆ hasBGOChannel()

◆ hasChannel()

◆ isBGO()

◆ isLeaf()

◆ operator=()

◆ print()

◆ printRot()

◆ setAddBackEnCut()

◆ setBgoTDCCut()

◆ setLeafTDCCut()

◆ setWallTime()

◆ thisClover()

◆ translate()

Friends And Related Function Documentation

◆ ExperimentConfig