STOFConfig Class Reference

#include <STOFConfig.h>

Collaboration diagram for STOFConfig:

Public Member Functions
	STOFConfig ()
	default contstructor puts the class into a working but empty state More...
	STOFConfig (const STOFConfig &a_config)
virtual STOFConfig &	operator= (const STOFConfig &a_rhs)
void	procFile (std::string a_jsonConfig)
bool	isConstructed ()
bool	isKnown (int a_ch, int a_modID=0) const
bool	isTarget (int a_ch, int a_modID=0) const
bool	isScatter (int a_ch, int a_modID=0) const
bool	isRF (int a_ch) const
int	getRFCh () const
double	getTCal (int a_targID, int a_scatID)
double	getTarTCal (int a_targID)
const ScintConfig &	getTargetConfig () const
const ScintConfig &	getScatterConfig () const
bool	canDoTiming ()
bool	hasOffsetCalib ()
	tests if the config has built m_tarDTCuts, More...
bool	passesDtCut (int a_targID, double a_timeDiff)
	call to passesCut for multipmtTargets More...
void	buildTarScatDistMap ()
	builds target-Scatter distances More...
double	getTargScatDistance (int a_targID, int a_scatID)
double	getTarScintBUDistance (int a_targID)
double	getRFPeriod ()
double	getTargetSR (int a_targID)
double	getAvgTheta ()
double	getAvgExitFP ()
CutBase *	getTargZCut (int a_targID)
CutBase *	getScatZCut (int a_scatID)
void	setTargZCut (int a_targID, CutBase *a_cut)
void	setScatZCut (int a_scatID, CutBase *a_cut)
void	setTime (uint32_t a_t)
void	setTargetConfig (ScintConfig a_targetConfig)
void	setScatterConfig (ScintConfig a_scatterConfig)
void	clearScintConfigs ()
virtual	~STOFConfig ()

Protected Attributes
double	m_detHalfLength
std::map< int, double >	m_targetArea
ScintConfig	m_targetConfig
ScintConfig	m_scatterConfig
uint	m_rfChID
std::map< std::pair< int, int >, double >	m_tCalibs
std::map< int, DetectorCalib * >	m_tarTCalibs
std::map< int, double >	m_tarBUDistance
std::map< int, CutBase * >	m_tarDTCuts
std::map< std::pair< int, int >, double >	m_tarScatDist
std::map< int, CutBase * >	m_scatZCuts
std::map< int, CutBase * >	m_targZCuts
double	m_RFPeriod
bool	m_isConstructed

Detailed Description

this class is intended to manage reading setup and calibration information for the STOF detector and providing it to analysis routines. It uses two independed ScintConfig classes from the support library to track info for target cells and scatter cells

Constructor & Destructor Documentation

STOFConfig() [1/2]

STOFConfig::STOFConfig

(

)

default contstructor puts the class into a working but empty state

STOFConfig() [2/2]

STOFConfig::STOFConfig

(

const STOFConfig &

a_config

)

distance from front face to center of scintillating medium right now hardcoded in constructor to 13.55 mm for 1-inch scatter cell

~STOFConfig()

STOFConfig::~STOFConfig ( )

virtual

Member Function Documentation

buildTarScatDistMap()

void STOFConfig::buildTarScatDistMap

(

)

builds target-Scatter distances

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canDoTiming()

bool STOFConfig::canDoTiming

(

)

right now this just tests if the time calibration arrays are populated it could be improved to test the scatter target cell id presence and make sure they all exist

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clearScintConfigs()

void STOFConfig::clearScintConfigs

(

)

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getAvgExitFP()

double STOFConfig::getAvgExitFP

(

)

this function returns the average exit flight path in m for the target (hard coded zero only) and scatter pairs

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getAvgTheta()

double STOFConfig::getAvgTheta

(

)

this function returns the average scattering angle in radians for the target (hard coded zero only) and scatter pairs

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getRFCh()

int STOFConfig::getRFCh

(

)

const

getRFPeriod()

double STOFConfig::getRFPeriod

(

)

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getScatterConfig()

const ScintConfig & STOFConfig::getScatterConfig

(

)

const

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getScatZCut()

CutBase * STOFConfig::getScatZCut

(

int

a_scatID

)

returns the upper bound cut associated with a scat this will return a null pointer if the z cuts haven't been assigned in the config file

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getTargetConfig()

const ScintConfig & STOFConfig::getTargetConfig

(

)

const

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getTargetSR()

double STOFConfig::getTargetSR

(

int

a_targID

)

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getTargScatDistance()

double STOFConfig::getTargScatDistance	(	int	a_targID,
		int	a_scatID
	)

this function returns the distance between a target cell and a scatter cell at the moment, this assumes that the values provided in the json config file are at the center of the cell

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getTargZCut()

CutBase * STOFConfig::getTargZCut

(

int

a_targID

)

returns the upper bound cut associated with a target this will return a null pointer if the z cuts haven't been assigned in the config file

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getTarScintBUDistance()

double STOFConfig::getTarScintBUDistance

(

int

a_targID

)

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getTarTCal()

double STOFConfig::getTarTCal

(

int

a_targID

)

this function returns the timeing calibration constant used to put the target cell time stamp in phase with the cyclotron RF

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getTCal()

double STOFConfig::getTCal	(	int	a_targID,
		int	a_scatID
	)

this function returns the timeing calibration constant for a target scatter cell pair it will throw if the pair doesn't exist

hasOffsetCalib()

bool STOFConfig::hasOffsetCalib

(

)

tests if the config has built m_tarDTCuts,

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isConstructed()

bool STOFConfig::isConstructed

(

)

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isKnown()

bool STOFConfig::isKnown	(	int	a_ch,
		int	a_modID = 0
	)		const

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isRF()

bool STOFConfig::isRF

(

int

a_ch

)

const

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isScatter()

bool STOFConfig::isScatter	(	int	a_ch,
		int	a_modID = 0
	)		const

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isTarget()

bool STOFConfig::isTarget	(	int	a_ch,
		int	a_modID = 0
	)		const

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operator=()

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

virtual

distance from front face to center of scintillating medium right now hardcoded in constructor to 13.55 mm for 1-inch scatter cell

passesDtCut()

bool STOFConfig::passesDtCut	(	int	a_targID,
		double	a_timeDiff
	)

call to passesCut for multipmtTargets

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procFile()

void STOFConfig::procFile

(

std::string

a_jsonConfig

)

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setScatterConfig()

void STOFConfig::setScatterConfig

(

ScintConfig

a_scatterConfig

)

this function allows to directly set the scatterConfig – will replace existing target config

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setScatZCut()

void STOFConfig::setScatZCut	(	int	a_scatID,
		CutBase *	a_cut
	)

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setTargetConfig()

void STOFConfig::setTargetConfig

(

ScintConfig

a_targetConfig

)

this function allows to directly set the targetConfig – will replace existing target config

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setTargZCut()

void STOFConfig::setTargZCut	(	int	a_targID,
		CutBase *	a_cut
	)

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setTime()

void STOFConfig::setTime

(

uint32_t

a_t

)

Member Data Documentation

m_detHalfLength

double STOFConfig::m_detHalfLength

protected

distance from front face to center of scintillating medium right now hardcoded in constructor to 13.55 mm for 1-inch scatter cell

m_isConstructed

bool STOFConfig::m_isConstructed

protected

m_rfChID

uint STOFConfig::m_rfChID

protected

m_RFPeriod

double STOFConfig::m_RFPeriod

protected

m_scatterConfig

ScintConfig STOFConfig::m_scatterConfig

protected

m_scatZCuts

std::map<int, CutBase*> STOFConfig::m_scatZCuts

protected

m_tarBUDistance

std::map<int, double> STOFConfig::m_tarBUDistance

protected

m_tarDTCuts

std::map<int, CutBase*> STOFConfig::m_tarDTCuts

protected

m_targetArea

std::map<int,double> STOFConfig::m_targetArea

protected

m_targetConfig

ScintConfig STOFConfig::m_targetConfig

protected

m_targZCuts

std::map<int, CutBase*> STOFConfig::m_targZCuts

protected

m_tarScatDist

std::map<std::pair<int,int>,double> STOFConfig::m_tarScatDist

protected

m_tarTCalibs

std::map<int, DetectorCalib*> STOFConfig::m_tarTCalibs

protected

m_tCalibs

std::map<std::pair<int,int>, double > STOFConfig::m_tCalibs

protected

---

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

• CAENDataProcAna/STOFAna/include/STOFConfig.h
• CAENDataProcAna/STOFAna/src/STOFConfig.cpp