ExperimentConfig Class Reference

#include <ConfigClasses.h>

Inheritance diagram for ExperimentConfig:

Collaboration diagram for ExperimentConfig:

Public Member Functions
	ExperimentConfig ()
	default constructor creates an empty config More...
	ExperimentConfig (const ExperimentConfig &a_config)
	copy constructor to ensure local map rebuild More...
ExperimentConfig &	operator= (const ExperimentConfig &a_rhs)
void	addOrgScints (std::vector< OrgScintInfo > a_orgScints)
void	addInorgScints (std::vector< InorgScintInfo > a_inorgScints)
void	addHPGEs (std::vector< HPGeInfo > a_HPGEs)
void	addClovers (std::vector< CloverInfo > a_clovers)
void	addOrgScint (OrgScintInfo a_orgScint)
void	addMultiPMTOrgScint (MultiPMTOrgScintInfo a_orgScint)
void	addInorgScint (InorgScintInfo a_inorgScint)
void	addHPGE (HPGeInfo a_HPGE)
void	addClover (CloverInfo a_clover)
void	addDetLengths (std::map< DetType, double > a_lengthMap)
void	addSourceInfo (std::string a_id, PointSourceInfo a_source)
void	setRFOffset (DetectorCalib *a_offset)
void	setRFCalibID (int a_ID)
void	setRFPeriod (double a_RFPeriod)
void	setTDCRes (double a_TDCRes)
void	setRFFilter (bool a_doFilter)
void	setRFSubPeriod (uint16_t a_triggerPeriod)
void	translateCoordinates (double a_x, double a_y, double a_z)
bool	isKnown (int a_modID, int a_ch) const
	returns true if the channel mod pair is known to the config More...
bool	isKnownModule (int a_modID) const
const DetectorElementInfo &	getDetElInfo (int a_modID, int a_ch) const
	gets the detector element info given a modID and a channel More...
std::ostream &	printLayout (std::ostream &a_stream) const
	prints the internal state of the class More...
DetType	getDetType (int a_modID, int a_ch) const
int	getDetID (int a_modID, int a_ch) const
const CloverInfo &	getCloverInfo (int a_modID, int a_ch) const
const CloverInfo &	getCloverInfo (int a_clovID) const
const std::vector< CloverInfo > &	getCloverInfos () const
const OrgScintInfo &	getOrgScintInfo (int a_modID, int a_ch) const
const OrgScintInfo &	getOrgScintInfo (int a_orgScintID) const
const MultiPMTOrgScintInfo &	getMultiPMTOrgScintInfo (int a_modID, int a_ch) const
const MultiPMTOrgScintInfo &	getMultiPMTOrgScintInfo (int a_orgScintID) const
const InorgScintInfo	getInorgScintInfo (int a_modID, int a_ch) const
const InorgScintInfo	getInorgScintInfo (int a_inorgScintID) const
const HPGeInfo	getHPGeInfo (int a_modID, int a_ch) const
const HPGeInfo	getHPGeInfo (int a_hpgeID) const
std::vector< int >	getDetIDList (DetType a_detType) const
double	getRFOffset () const
double	getRFCalibID () const
double	getRFPeriod () const
double	getTDCRes () const
bool	getRFFilter () const
uint16_t	getRFSubPeriod () const
double	getRFModuleID ()
std::map< DetType, double >	getDetectorLengths () const
void	setTime (uint32_t a_t)
double	detDistToOrig (DetType a_detType, int a_detID, int a_elementID=0) const
bool	canDoTiming () const
bool	canDoGainConversion () const
int	getNumModules ()
void	clearDet (DetType a_type)
virtual	~ExperimentConfig ()

Protected Member Functions
void	rebuildMap ()

Protected Attributes
std::vector< OrgScintInfo >	m_orgScints
std::vector< MultiPMTOrgScintInfo >	m_PMTOrgScints
std::vector< InorgScintInfo >	m_inorgScints
std::vector< HPGeInfo >	m_HPGEs
std::vector< CloverInfo >	m_clovers
std::map< std::string, PointSourceInfo >	m_sourceInfo
std::map< int, std::map< int, std::pair< DetType, int > > >	m_modChMap
std::map< DetType, double >	m_detectorLengths
	lengths of the detectors for TOF calculation More...
DetectorCalib *	m_RFOffset
	RF offset to an EJ-309 detector [ns]. More...
int	m_RFCalibDetID
	detector ID of RF offset More...
double	m_RFPeriod
double	m_TDCRes
bool	m_rfFilter
uint16_t	m_rfSubPeriod
OrgScintInfo	m_defOrgScintInfo
	BCM data [uAmps]. More...
MultiPMTOrgScintInfo	m_defMultiPMTOrgScintInfo
InorgScintInfo	m_defInorgScintInfo
HPGeInfo	m_defHPGeInfo
CloverInfo	m_defCloverInfo
DetectorElementInfo	m_defDetElementInfo

Detailed Description

this class is inteded to be a base class for the configuration information needed for analysis of multidetector nuclear experiments

Constructor & Destructor Documentation

ExperimentConfig() [1/2]

ExperimentConfig::ExperimentConfig

(

)

default constructor creates an empty config

ExperimentConfig() [2/2]

ExperimentConfig::ExperimentConfig

(

const ExperimentConfig &

a_config

)

copy constructor to ensure local map rebuild

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~ExperimentConfig()

ExperimentConfig::~ExperimentConfig ( )

virtual

Member Function Documentation

addClover()

void ExperimentConfig::addClover

(

CloverInfo

a_clover

)

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addClovers()

void ExperimentConfig::addClovers

(

std::vector< CloverInfo >

a_clovers

)

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addDetLengths()

void ExperimentConfig::addDetLengths

(

std::map< DetType, double >

a_lengthMap

)

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addHPGE()

void ExperimentConfig::addHPGE

(

HPGeInfo

a_HPGE

)

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addHPGEs()

void ExperimentConfig::addHPGEs

(

std::vector< HPGeInfo >

a_HPGEs

)

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addInorgScint()

void ExperimentConfig::addInorgScint

(

InorgScintInfo

a_inorgScint

)

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addInorgScints()

void ExperimentConfig::addInorgScints

(

std::vector< InorgScintInfo >

a_inorgScints

)

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addMultiPMTOrgScint()

void ExperimentConfig::addMultiPMTOrgScint

(

MultiPMTOrgScintInfo

a_orgScint

)

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addOrgScint()

void ExperimentConfig::addOrgScint

(

OrgScintInfo

a_orgScint

)

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addOrgScints()

void ExperimentConfig::addOrgScints

(

std::vector< OrgScintInfo >

a_orgScints

)

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addSourceInfo()

void ExperimentConfig::addSourceInfo	(	std::string	a_id,
		PointSourceInfo	a_source
	)

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canDoGainConversion()

bool ExperimentConfig::canDoGainConversion

(

)

const

this function tests if the experiment config to see if gain calibrations are present for all detectors present

canDoTiming()

bool ExperimentConfig::canDoTiming

(

)

const

this function tests the experiment config to see if it can produce timing calibrations for all detectors present

clearDet()

void ExperimentConfig::clearDet

(

DetType

a_type

)

this function clears the vector corresponding to a given detector type useful in monte carlo construction of new configurations files

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detDistToOrig()

double ExperimentConfig::detDistToOrig	(	DetType	a_detType,
		int	a_detID,
		int	a_elementID = 0
	)		const

this function uses the detector information to calculate the position of the detector with respect to the origin of the co-ordinate system being used for the experiment set a_elementID to Leaf ID for clovers

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getCloverInfo() [1/2]

const CloverInfo & ExperimentConfig::getCloverInfo

(

int

a_clovID

)

const

getCloverInfo() [2/2]

const CloverInfo & ExperimentConfig::getCloverInfo	(	int	a_modID,
		int	a_ch
	)		const

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getCloverInfos()

const std::vector< CloverInfo > & ExperimentConfig::getCloverInfos

(

)

const

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getDetectorLengths()

std::map< DetType, double > ExperimentConfig::getDetectorLengths

(

)

const

getDetElInfo()

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

gets the detector element info given a modID and a channel

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getDetID()

int ExperimentConfig::getDetID	(	int	a_modID,
		int	a_ch
	)		const

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getDetIDList()

std::vector< int > ExperimentConfig::getDetIDList

(

DetType

a_detType

)

const

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getDetType()

DetType ExperimentConfig::getDetType	(	int	a_modID,
		int	a_ch
	)		const

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getHPGeInfo() [1/2]

const HPGeInfo ExperimentConfig::getHPGeInfo

(

int

a_hpgeID

)

const

getHPGeInfo() [2/2]

const HPGeInfo ExperimentConfig::getHPGeInfo	(	int	a_modID,
		int	a_ch
	)		const

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getInorgScintInfo() [1/2]

const InorgScintInfo ExperimentConfig::getInorgScintInfo

(

int

a_inorgScintID

)

const

getInorgScintInfo() [2/2]

const InorgScintInfo ExperimentConfig::getInorgScintInfo	(	int	a_modID,
		int	a_ch
	)		const

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getMultiPMTOrgScintInfo() [1/2]

const MultiPMTOrgScintInfo & ExperimentConfig::getMultiPMTOrgScintInfo	(	int	a_modID,
		int	a_ch
	)		const

getMultiPMTOrgScintInfo() [2/2]

const MultiPMTOrgScintInfo & ExperimentConfig::getMultiPMTOrgScintInfo

(

int

a_orgScintID

)

const

getNumModules()

int ExperimentConfig::getNumModules

(

)

this function returns the number of modules present in the config which can be used for testing section in loop back trigger mode

getOrgScintInfo() [1/2]

const OrgScintInfo & ExperimentConfig::getOrgScintInfo	(	int	a_modID,
		int	a_ch
	)		const

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getOrgScintInfo() [2/2]

const OrgScintInfo & ExperimentConfig::getOrgScintInfo

(

int

a_orgScintID

)

const

getRFCalibID()

double ExperimentConfig::getRFCalibID

(

)

const

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getRFFilter()

bool ExperimentConfig::getRFFilter

(

)

const

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getRFModuleID()

double ExperimentConfig::getRFModuleID

(

)

!!!!!this currently assumes that the detector being used to calibrate !!!!against the rf is a

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getRFOffset()

double ExperimentConfig::getRFOffset

(

)

const

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getRFPeriod()

double ExperimentConfig::getRFPeriod

(

)

const

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getRFSubPeriod()

uint16_t ExperimentConfig::getRFSubPeriod

(

)

const

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getTDCRes()

double ExperimentConfig::getTDCRes

(

)

const

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isKnown()

bool ExperimentConfig::isKnown	(	int	a_modID,
		int	a_ch
	)		const

returns true if the channel mod pair is known to the config

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isKnownModule()

bool ExperimentConfig::isKnownModule

(

int

a_modID

)

const

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operator=()

ExperimentConfig & ExperimentConfig::operator=

(

const ExperimentConfig &

a_rhs

)

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printLayout()

std::ostream & ExperimentConfig::printLayout

(

std::ostream &

a_stream

)

const

prints the internal state of the class

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rebuildMap()

void ExperimentConfig::rebuildMap ( )

protected

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setRFCalibID()

void ExperimentConfig::setRFCalibID

(

int

a_ID

)

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setRFFilter()

void ExperimentConfig::setRFFilter

(

bool

a_doFilter

)

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setRFOffset()

void ExperimentConfig::setRFOffset

(

DetectorCalib *

a_offset

)

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setRFPeriod()

void ExperimentConfig::setRFPeriod

(

double

a_RFPeriod

)

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setRFSubPeriod()

void ExperimentConfig::setRFSubPeriod

(

uint16_t

a_triggerPeriod

)

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setTDCRes()

void ExperimentConfig::setTDCRes

(

double

a_TDCRes

)

setTime()

void ExperimentConfig::setTime

(

uint32_t

a_t

)

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translateCoordinates()

void ExperimentConfig::translateCoordinates	(	double	a_x,
		double	a_y,
		double	a_z
	)

this function translates the coordinate system off all detectors stored in the config

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Member Data Documentation

m_clovers

std::vector<CloverInfo> ExperimentConfig::m_clovers

protected

m_defCloverInfo

CloverInfo ExperimentConfig::m_defCloverInfo

protected

m_defDetElementInfo

DetectorElementInfo ExperimentConfig::m_defDetElementInfo

protected

m_defHPGeInfo

HPGeInfo ExperimentConfig::m_defHPGeInfo

protected

m_defInorgScintInfo

InorgScintInfo ExperimentConfig::m_defInorgScintInfo

protected

m_defMultiPMTOrgScintInfo

MultiPMTOrgScintInfo ExperimentConfig::m_defMultiPMTOrgScintInfo

protected

m_defOrgScintInfo

OrgScintInfo ExperimentConfig::m_defOrgScintInfo

protected

BCM data [uAmps].

m_detectorLengths

std::map<DetType, double> ExperimentConfig::m_detectorLengths

protected

lengths of the detectors for TOF calculation

m_HPGEs

std::vector<HPGeInfo> ExperimentConfig::m_HPGEs

protected

m_inorgScints

std::vector<InorgScintInfo> ExperimentConfig::m_inorgScints

protected

m_modChMap

std::map<int , std::map<int, std::pair< DetType, int > > > ExperimentConfig::m_modChMap

protected

internal map for quickly referencing element info within the class gets rebuilt any time a detector element is added access is m_modChMap[modID][ch];

m_orgScints

std::vector<OrgScintInfo> ExperimentConfig::m_orgScints

protected

m_PMTOrgScints

std::vector<MultiPMTOrgScintInfo> ExperimentConfig::m_PMTOrgScints

protected

m_RFCalibDetID

int ExperimentConfig::m_RFCalibDetID

protected

detector ID of RF offset

m_rfFilter

bool ExperimentConfig::m_rfFilter

protected

m_RFOffset

DetectorCalib* ExperimentConfig::m_RFOffset

protected

RF offset to an EJ-309 detector [ns].

m_RFPeriod

double ExperimentConfig::m_RFPeriod

protected

m_rfSubPeriod

uint16_t ExperimentConfig::m_rfSubPeriod

protected

m_sourceInfo

std::map<std::string , PointSourceInfo> ExperimentConfig::m_sourceInfo

protected

m_TDCRes

double ExperimentConfig::m_TDCRes

protected

---

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

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