emcCalibrationDataHelper Class Reference
[Tower calibration, Helpers, Databases]

#include <emcCalibrationDataHelper.h>

Detailed Description

Helper class to give access to various calibration data.

This class is the key one to be used if you ever want to directly access (read) emcal calibration data (e.g. from the ROOT prompt).

gSystem->Load("libPgCalInstance.so");
gSystem->Load("libemcOMpg.so");
int runnumber = 80312;
emcCalibrationDataHelper cdh(runnumber); // this may take a little while...
emcCalFEM* gain_for_W0 = cdh.getCalibration(0,"Gains");
gain_for_W0->Print();

Definition at line 38 of file emcCalibrationDataHelper.h.

Public Member Functions

emcCalibrationDataHelper (int runnumber, bool initall=true, emcManageable::EStorage source=emcManageable::kDB_Pg, const char *emcalparts="emcal")

The initall flag = true is MANDATORY if you use Objy as a source problem.

emcCalibrationDataHelper (int runnumber, const PHTimeStamp &ts, bool initall=true, emcManageable::EStorage source=emcManageable::kDB_Pg, const char *emcalparts="emcal")

This is the recommended way of using it : if you already know both the runnumber and the timestamp, please provide both !

~emcCalibrationDataHelper ()

const emcCalFEM * getCalibration (int femAbsolutePosition, const std::string &whatKind)

get calibration object for a given fem and a given flavour.

const emcCalFEM * getCalibrationFast (int femAbsolutePosition, const std::string &whatKind)

same as above with no bound checking.

const emcCalibrationData * getCalibrationData (const std::string &what, size_t number=0)

const emcCalFEM * getCalibration (int femAbsolutePosition, const char *whatKind)

const emcCalFEM * getCalibrationFast (int femAbsolutePosition, const char *whatKind)

same as above with no bound checkind and collect from DB assumed to be done already.

const emcCalibrationData * getCalibrationData (const char *what, size_t number=0)

float getEnergyCalibration (int towerid)

float getEnergyCalibrationFast (int towerid)

float getGainBaseLine (int isector, const char *what="value", const char *details="0:xmax:-3:-9:-15:0", bool reallySilent=false)

Return the gain base line factor for a given sector.

const char * gainBaseLineCalculationDetails (int isector) const

int runNumber (void) const

PHTimeStamp timeStamp (void) const

emcFEMList * femlist () const

The list of FEM that object has been configured to use.

void initGainBaseLine (int isector, const char *details)

emcManageable::EStorage source (const char *what)

emcManageable::EStorage source (const std::string &what)

bool setSource (const char *what, emcManageable::EStorage datasource)

bool setSource (const std::string &what, emcManageable::EStorage datasource)

Private Types

typedef std::map< std::string,
std::vector< emcCalFEM * > > TMAP

typedef std::map< std::string,
std::vector< emcCalFEM
* > >::iterator TMAPITER

typedef std::map< std::string,
std::vector< emcCalibrationData * > > TCMAP

typedef std::map< std::string,
std::vector< emcCalibrationData
* > >::iterator TCMAPITER

typedef std::map< int, BaseLine > TBLMAP

typedef std::map< int, BaseLine
>::iterator TBLMAPITER

Private Member Functions

void ctor (int runnumber, const PHTimeStamp &ts, bool initall, emcManageable::EStorage source, const char *parts)

emcCalFEM * collect (int femAbsolutePosition, const std::string &whatKind)

emcCalibrationData * collectCalibData (const std::string &what, size_t number)

void initAll (void)

void initECalAtT0 (bool normalizationON)

void patch (emcCalFEM &calfem, const std::string &how)

emcCalibrationDataHelper (const emcCalibrationDataHelper &)

emcCalibrationDataHelper & operator= (const emcCalibrationDataHelper &)

Private Attributes

TMAP fData

TCMAP fCalibData

PHTimeStamp fTimeStamp

std::map< std::string, emcManageable::EStorage > fSources

std::vector< Flavour > fKnownFlavours

std::vector< float > fECalAtT0

emcFEMList * fFemList

TBLMAP fGainBaseLine

std::map< int, std::string > fGainBaseLineCalculationDetails

bool fInitAll

int fRunNumber

int fMaxNumberOfFEMs

Classes

class BaseLine

class Flavour

Member Typedef Documentation

typedef std::map<int,BaseLine> emcCalibrationDataHelper::TBLMAP [private]

Definition at line 211 of file emcCalibrationDataHelper.h.

typedef std::map<int,BaseLine>::iterator emcCalibrationDataHelper::TBLMAPITER [private]

Definition at line 212 of file emcCalibrationDataHelper.h.

typedef std::map<std::string, std::vector<emcCalibrationData*> > emcCalibrationDataHelper::TCMAP [private]

Definition at line 161 of file emcCalibrationDataHelper.h.

typedef std::map<std::string, std::vector<emcCalibrationData*> >::iterator emcCalibrationDataHelper::TCMAPITER [private]

Definition at line 163 of file emcCalibrationDataHelper.h.

typedef std::map<std::string, std::vector<emcCalFEM*> > emcCalibrationDataHelper::TMAP [private]

Definition at line 159 of file emcCalibrationDataHelper.h.

typedef std::map<std::string, std::vector<emcCalFEM*> >::iterator emcCalibrationDataHelper::TMAPITER [private]

Definition at line 160 of file emcCalibrationDataHelper.h.

Constructor & Destructor Documentation

emcCalibrationDataHelper::emcCalibrationDataHelper ( int runnumber,

bool initall = true,

emcManageable::EStorage source = emcManageable::kDB_Pg,

const char * emcalparts = "emcal"

)

The initall flag = true is MANDATORY if you use Objy as a source problem.

Definition at line 29 of file emcCalibrationDataHelper.C.
References ctor(), emcDataManager::GetInstance(), emcTimeStamp::getTimeStamp(), emcDataManager::Read(), and emcManageable::SetSource().

emcCalibrationDataHelper::emcCalibrationDataHelper ( int runnumber,

const PHTimeStamp & ts,

bool initall = true,

emcManageable::EStorage source = emcManageable::kDB_Pg,

const char * emcalparts = "emcal"

)

This is the recommended way of using it : if you already know both the runnumber and the timestamp, please provide both !

Definition at line 59 of file emcCalibrationDataHelper.C.
References ctor().

emcCalibrationDataHelper::~emcCalibrationDataHelper ( )

Definition at line 132 of file emcCalibrationDataHelper.C.
References fData.

emcCalibrationDataHelper::emcCalibrationDataHelper ( const emcCalibrationDataHelper & ) [private]

Member Function Documentation

emcCalFEM* emcCalibrationDataHelper::collect ( int femAbsolutePosition,

const std::string & whatKind

) [private]

emcCalibrationData * emcCalibrationDataHelper::collectCalibData ( const std::string & what,

size_t number

) [private]

Definition at line 235 of file emcCalibrationDataHelper.C.
References fTimeStamp, emcDataManager::GetInstance(), emcDataManager::GetVerboseLevel(), emcCalibrationData::kIniCal, emcManageable::kNone, emcCalibrationData::kTofSectorOffset, emcManageable::SetSource(), and source().

void emcCalibrationDataHelper::ctor ( int runnumber,

const PHTimeStamp & ts,

bool initall,

emcManageable::EStorage source,

const char * parts

) [private]

Definition at line 70 of file emcCalibrationDataHelper.C.
References fFemList, fInitAll, fMaxNumberOfFEMs, fRunNumber, fTimeStamp, and emcFEMList::hasFEM().
Referenced by emcCalibrationDataHelper().

emcFEMList* emcCalibrationDataHelper::femlist ( ) const [inline]

The list of FEM that object has been configured to use.

Definition at line 118 of file emcCalibrationDataHelper.h.
References fFemList.
Referenced by emcGainBaseLineCalculator::getBaseLine().

const char * emcCalibrationDataHelper::gainBaseLineCalculationDetails ( int isector ) const

Definition at line 527 of file emcCalibrationDataHelper.C.
References fGainBaseLineCalculationDetails.
Referenced by getGainBaseLine().

const emcCalFEM * emcCalibrationDataHelper::getCalibration ( int femAbsolutePosition,

const char * whatKind

)

Definition at line 315 of file emcCalibrationDataHelper.C.
References getCalibration().

const emcCalFEM* emcCalibrationDataHelper::getCalibration ( int femAbsolutePosition,

const std::string & whatKind

)

get calibration object for a given fem and a given flavour.
e.g. Gains, HLRatios, Pedestals5, LCTofs, WalkTofs, TacPeds.
Referenced by emcDCProcessorv3::calibrateEnergyPbGl(), emcDCProcessorv3::calibrateEnergyPbSc(), emcDCProcessorv3::calibrateTimePbGl(), emcDCProcessorv2::calibrateTimePbGl(), emcDCProcessorv3::calibrateTimePbSc(), emcDCProcessorv2::calibrateTimePbSc(), emcRawDataProcessorv3::chooseLowGainPbGl(), emcRawDataProcessorv2::chooseLowGainPbGl(), emcRawDataProcessorv3::chooseLowGainPbSc(), emcRawDataProcessorv2::chooseLowGainPbSc(), getCalibration(), initAll(), emcBadNormt::process(), and emcChannelEvolution::produce().

const emcCalibrationData * emcCalibrationDataHelper::getCalibrationData ( const char * what,

size_t number = 0

)

Definition at line 411 of file emcCalibrationDataHelper.C.
References getCalibrationData().

const emcCalibrationData * emcCalibrationDataHelper::getCalibrationData ( const std::string & what,

size_t number = 0

)

Definition at line 375 of file emcCalibrationDataHelper.C.
References fCalibData.
Referenced by getCalibrationData(), and initECalAtT0().

const emcCalFEM * emcCalibrationDataHelper::getCalibrationFast ( int femAbsolutePosition,

const char * whatKind

)

same as above with no bound checkind and collect from DB assumed to be done already.

Definition at line 418 of file emcCalibrationDataHelper.C.
References getCalibrationFast().

const emcCalFEM* emcCalibrationDataHelper::getCalibrationFast ( int femAbsolutePosition,

const std::string & whatKind

)

same as above with no bound checking.
It's also assumed that collect from DB has been done already.
Referenced by emcDCProcessorv2::calibrateEnergyPbGl(), emcDCProcessorv2::calibrateEnergyPbSc(), and getCalibrationFast().

float emcCalibrationDataHelper::getEnergyCalibration ( int towerid )

Definition at line 444 of file emcCalibrationDataHelper.C.
References fECalAtT0, and initECalAtT0().

float emcCalibrationDataHelper::getEnergyCalibrationFast ( int towerid )

Definition at line 464 of file emcCalibrationDataHelper.C.
References fECalAtT0.

float emcCalibrationDataHelper::getGainBaseLine ( int isector,

const char * what = "value",

const char * details = "0:xmax:-3:-9:-15:0",

bool reallySilent = false

)

Return the gain base line factor for a given sector.
Base line is defined as ... FIXME

Parameters:

isector sector number (0-7, online convention)

what can be value or error

details format is "trimmed percent:xmin|xmax:-n1:-n2..." where trimmed percent is an integer giving the trimming percentage to compute a trimmed mean. if xmin is there, the gain value used for mean computation is that of the beginning of the validity period. if x is there, the gain used is that of the beginning of the *run*. if xmax is there, gain used is that of the end of the validity period. if -n_i is there, this fem (referenced by its absolute position), will not be used in the computation of mean.

reallySilent suppress all screen outputs

Definition at line 471 of file emcCalibrationDataHelper.C.
References gainBaseLineCalculationDetails(), and initGainBaseLine().
Referenced by emcBadNormt::initGainBaseLine(), GainBaseLinePlayer::InitRun(), norm(), patch(), emcChannelEvolution::produce(), emcGainEvolution::run(), and trim().

void emcCalibrationDataHelper::initAll ( void ) [private]

Definition at line 540 of file emcCalibrationDataHelper.C.
References fKnownFlavours, fTimeStamp, getCalibration(), and name.

void emcCalibrationDataHelper::initECalAtT0 ( bool normalizationON ) [private]

Definition at line 587 of file emcCalibrationDataHelper.C.
References EmcIndexer::EmcSectorId(), fECalAtT0, fFemList, fRunNumber, getCalibrationData(), emcCalibrationData::GetValue(), emcFEMList::hasSector(), and EmcIndexer::iPXiSiST().
Referenced by getEnergyCalibration().

void emcCalibrationDataHelper::initGainBaseLine ( int isector,

const char * details

)

Definition at line 632 of file emcCalibrationDataHelper.C.
References fGainBaseLine, fGainBaseLineCalculationDetails, and emcGainBaseLineCalculator::getBaseLine().
Referenced by getGainBaseLine().

emcCalibrationDataHelper& emcCalibrationDataHelper::operator= ( const emcCalibrationDataHelper & ) [private]

void emcCalibrationDataHelper::patch ( emcCalFEM & calfem,

const std::string & how

) [private]

Definition at line 661 of file emcCalibrationDataHelper.C.
References emcCalFEM::AbsolutePosition(), emcTracedFEM::FirstItem(), emcTracedValue::GetConstant(), getGainBaseLine(), emcTracedValue::GetSlope(), emcTracedValue::GetX(), emcTracedValue::isConstant(), emcTracedFEM::NextItem(), EmcIndexer::PXSM144_iSiSM144(), emcTracedValue::Set(), and emcCalFEM::size().

int emcCalibrationDataHelper::runNumber ( void ) const [inline]

Definition at line 113 of file emcCalibrationDataHelper.h.
References fRunNumber.
Referenced by emcDCProcessorv3::emcDCProcessorv3(), and emcGainBaseLineCalculator::getBaseLine().

bool emcCalibrationDataHelper::setSource ( const std::string & what,

emcManageable::EStorage datasource

)

bool emcCalibrationDataHelper::setSource ( const char * what,

emcManageable::EStorage datasource

) [inline]

Definition at line 147 of file emcCalibrationDataHelper.h.

emcManageable::EStorage emcCalibrationDataHelper::source ( const std::string & what )

emcManageable::EStorage emcCalibrationDataHelper::source ( const char * what ) [inline]

Definition at line 142 of file emcCalibrationDataHelper.h.
Referenced by collectCalibData().

PHTimeStamp emcCalibrationDataHelper::timeStamp ( void ) const [inline]

Definition at line 115 of file emcCalibrationDataHelper.h.
References fTimeStamp.
Referenced by norm().

Member Data Documentation

TCMAP emcCalibrationDataHelper::fCalibData [private]

Definition at line 166 of file emcCalibrationDataHelper.h.
Referenced by getCalibrationData().

TMAP emcCalibrationDataHelper::fData [private]

Definition at line 165 of file emcCalibrationDataHelper.h.
Referenced by ~emcCalibrationDataHelper().

std::vector<float> emcCalibrationDataHelper::fECalAtT0 [private]

Definition at line 189 of file emcCalibrationDataHelper.h.
Referenced by getEnergyCalibration(), getEnergyCalibrationFast(), and initECalAtT0().

emcFEMList* emcCalibrationDataHelper::fFemList [private]

Definition at line 191 of file emcCalibrationDataHelper.h.
Referenced by ctor(), femlist(), and initECalAtT0().

TBLMAP emcCalibrationDataHelper::fGainBaseLine [private]

Definition at line 214 of file emcCalibrationDataHelper.h.
Referenced by initGainBaseLine().

std::map<int,std::string> emcCalibrationDataHelper::fGainBaseLineCalculationDetails [private]

Definition at line 215 of file emcCalibrationDataHelper.h.
Referenced by gainBaseLineCalculationDetails(), and initGainBaseLine().

bool emcCalibrationDataHelper::fInitAll [private]

Definition at line 216 of file emcCalibrationDataHelper.h.
Referenced by ctor().

std::vector<Flavour> emcCalibrationDataHelper::fKnownFlavours [private]

Definition at line 188 of file emcCalibrationDataHelper.h.
Referenced by initAll().

int emcCalibrationDataHelper::fMaxNumberOfFEMs [private]

Definition at line 220 of file emcCalibrationDataHelper.h.
Referenced by ctor().

int emcCalibrationDataHelper::fRunNumber [private]

Definition at line 219 of file emcCalibrationDataHelper.h.
Referenced by ctor(), initECalAtT0(), and runNumber().

std::map<std::string,emcManageable::EStorage> emcCalibrationDataHelper::fSources [private]

Definition at line 168 of file emcCalibrationDataHelper.h.

PHTimeStamp emcCalibrationDataHelper::fTimeStamp [private]

Definition at line 167 of file emcCalibrationDataHelper.h.
Referenced by collectCalibData(), ctor(), initAll(), and timeStamp().

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


Public Member Functions
	emcCalibrationDataHelper (int runnumber, bool initall=true, emcManageable::EStorage source=emcManageable::kDB_Pg, const char *emcalparts="emcal")
	The initall flag = true is MANDATORY if you use Objy as a source problem.
	emcCalibrationDataHelper (int runnumber, const PHTimeStamp &ts, bool initall=true, emcManageable::EStorage source=emcManageable::kDB_Pg, const char *emcalparts="emcal")
	This is the recommended way of using it : if you already know both the runnumber and the timestamp, please provide both !
	~emcCalibrationDataHelper ()
const emcCalFEM *	getCalibration (int femAbsolutePosition, const std::string &whatKind)
	get calibration object for a given fem and a given flavour.
const emcCalFEM *	getCalibrationFast (int femAbsolutePosition, const std::string &whatKind)
	same as above with no bound checking.
const emcCalibrationData *	getCalibrationData (const std::string &what, size_t number=0)
const emcCalFEM *	getCalibration (int femAbsolutePosition, const char *whatKind)
const emcCalFEM *	getCalibrationFast (int femAbsolutePosition, const char *whatKind)
	same as above with no bound checkind and collect from DB assumed to be done already.
const emcCalibrationData *	getCalibrationData (const char *what, size_t number=0)
float	getEnergyCalibration (int towerid)
float	getEnergyCalibrationFast (int towerid)
float	getGainBaseLine (int isector, const char what="value", const char details="0:xmax:-3:-9:-15:0", bool reallySilent=false)
	Return the gain base line factor for a given sector.
const char *	gainBaseLineCalculationDetails (int isector) const
int	runNumber (void) const
PHTimeStamp	timeStamp (void) const
emcFEMList *	femlist () const
	The list of FEM that object has been configured to use.
void	initGainBaseLine (int isector, const char *details)
emcManageable::EStorage	source (const char *what)
emcManageable::EStorage	source (const std::string &what)
bool	setSource (const char *what, emcManageable::EStorage datasource)
bool	setSource (const std::string &what, emcManageable::EStorage datasource)
Private Types
typedef std::map< std::string, std::vector< emcCalFEM * > >	TMAP
typedef std::map< std::string, std::vector< emcCalFEM * > >::iterator	TMAPITER
typedef std::map< std::string, std::vector< emcCalibrationData * > >	TCMAP
typedef std::map< std::string, std::vector< emcCalibrationData * > >::iterator	TCMAPITER
typedef std::map< int, BaseLine >	TBLMAP
typedef std::map< int, BaseLine >::iterator	TBLMAPITER
Private Member Functions
void	ctor (int runnumber, const PHTimeStamp &ts, bool initall, emcManageable::EStorage source, const char *parts)
emcCalFEM *	collect (int femAbsolutePosition, const std::string &whatKind)
emcCalibrationData *	collectCalibData (const std::string &what, size_t number)
void	initAll (void)
void	initECalAtT0 (bool normalizationON)
void	patch (emcCalFEM &calfem, const std::string &how)
	emcCalibrationDataHelper (const emcCalibrationDataHelper &)
emcCalibrationDataHelper &	operator= (const emcCalibrationDataHelper &)
Private Attributes
TMAP	fData
TCMAP	fCalibData
PHTimeStamp	fTimeStamp
std::map< std::string, emcManageable::EStorage >	fSources
std::vector< Flavour >	fKnownFlavours
std::vector< float >	fECalAtT0
emcFEMList *	fFemList
TBLMAP	fGainBaseLine
std::map< int, std::string >	fGainBaseLineCalculationDetails
bool	fInitAll
int	fRunNumber
int	fMaxNumberOfFEMs
Classes
class	BaseLine
class	Flavour

emcCalibrationDataHelper Class Reference [Tower calibration, Helpers, Databases]

Detailed Description

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Classes

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

emcCalibrationDataHelper Class Reference
[Tower calibration, Helpers, Databases]