EEmc ADC –> energy maker. More...

Inheritance diagram for StEEmcA2EMaker:

Public Member Functions
	StEEmcA2EMaker (const Char_t *name="mEEanalysis")

virtual Int_t	Init ()
	Initialize. More...

virtual Int_t	Make ()
	Read and process one event. More...

virtual void	Clear (Option_t *opts="")
	Clear the maker for next event. More...

void	threshold (Float_t cut, Int_t layer)

void	database (const Char_t *)
	Set the name of the EEMC database, init obtains pointer.

void	source (const Char_t *, Int_t=0)

StEEmcTowerVec_t &	towers (Int_t layer=0)

const StEEmcTowerVec_t &	towers (Int_t layer=0) const

StEEmcStripVec_t &	strips (Int_t sec, Int_t pln)
	Returns a vector of hit strips, given the sector and plane.

const StEEmcStripVec_t &	strips (Int_t sec, Int_t pln) const

Int_t	numberOfHitTowers (Int_t layer) const

StEEmcTower &	hittower (Int_t hit, Int_t layer)

const StEEmcTower &	hittower (Int_t hit, Int_t layer) const

StEEmcTower &	tower (Int_t index, Int_t layer=0)

const StEEmcTower &	tower (Int_t index, Int_t layer=0) const

StEEmcTower &	tower (Int_t sector, Int_t subsector, Int_t etabin, Int_t layer=0)

const StEEmcTower &	tower (Int_t sector, Int_t subsector, Int_t etabin, Int_t layer=0) const

StEEmcTower *	tower (TVector3 &r, Int_t layer)

const StEEmcTower *	tower (TVector3 &r, Int_t layer) const

Int_t	phibin (Int_t sector, Int_t subsector) const
	Given tower sector, subsector, translate to phibin.

Int_t	index (Int_t sector, Int_t subsector, Int_t etabin) const
	Given tower sector, subsector, etabin, translate into index.

StEEmcTower &	hightower (Int_t layer=0)

const StEEmcTower &	hightower (Int_t layer=0) const

Int_t	numberOfHitStrips (Int_t sector, Int_t plane) const

StEEmcStrip &	hitstrip (Int_t sec, Int_t pl, Int_t hit)

const StEEmcStrip &	hitstrip (Int_t sec, Int_t pl, Int_t hit) const

StEEmcStrip &	strip (Int_t sector, Int_t plane, Int_t strip)

const StEEmcStrip &	strip (Int_t sector, Int_t plane, Int_t strip) const

Float_t	energy (Int_t sector, Int_t layer) const

Float_t	energy (Int_t layer) const
	Return energy summed over full endcap.

Int_t	numberOfHits (Int_t sector, Int_t layer) const

void	scale (Float_t s)

virtual const char *	GetCVS () const

	StEEmcA2EMaker (const Char_t *name="mEEanalysis")

Int_t	Init ()

Int_t	Make ()

void	Clear (Option_t *opts="")
	User defined functions.

void	threshold (Float_t cut, Int_t layer)

void	database (const Char_t *dbname)
	Set the name of the EEMC database, init obtains pointer.

void	source (const Char_t *name, Int_t type=0)

StEEmcTowerVec_t	towers (Int_t layer=0)

StEEmcStripVec_t	strips (Int_t sec, Int_t pln)
	Returns a vector of hit strips, given the sector and plane.

Int_t	numberOfHitTowers (Int_t layer)

StEEmcTower	hittower (Int_t hit, Int_t layer)

StEEmcTower	tower (Int_t index, Int_t layer=0)

StEEmcTower	tower (Int_t sector, Int_t subsector, Int_t etabin, Int_t layer=0)

StEEmcTower *	tower (TVector3 &r, Int_t layer)

Int_t	phibin (Int_t sector, Int_t subsector)
	Given tower sector, subsector, translate to phibin.

Int_t	index (Int_t sector, Int_t subsector, Int_t etabin)
	Given tower sector, subsector, etabin, translate into index.

StEEmcTower	hightower (Int_t layer=0)

Int_t	numberOfHitStrips (Int_t sector, Int_t plane)

StEEmcStrip	hitstrip (Int_t sec, Int_t pl, Int_t hit)

StEEmcStrip	strip (Int_t sector, Int_t plane, Int_t strip)

Float_t	energy (Int_t sec, Int_t layer)

Float_t	energy (Int_t layer)
	Return energy summed over full endcap.

Int_t	numberOfHits (Int_t sec, Int_t layer)

void	scale (Float_t s)

Public Member Functions inherited from StMaker
	StMaker (const char name="", const char dummy=0)
	Constructor & Destructor.

virtual Int_t	IsChain () const

virtual Int_t	InitRun (Int_t runumber)

virtual void	StartMaker ()

virtual Int_t	IMake (Int_t number)

virtual void	EndMaker (Int_t ierr)

virtual Int_t	Finish ()

virtual Int_t	FinishRun (Int_t oldrunumber)

virtual void	FatalErr (Int_t Ierr, const char *Com)

virtual void	PrintInfo ()

virtual void	NotifyMe (const char , const void )

virtual void	AddMaker (StMaker *mk)

virtual void	MakeDoc (const TString &, const TString &, Bool_t)

virtual void	AddData (TDataSet data, const char dir=".data")
	User methods.

virtual TDataSet *	AddObj (TObject obj, const char dir, int owner=1)

virtual TDataSet *	ToWhiteBoard (const char name, void dat)

virtual TDataSet *	ToWhiteBoard (const char name, void dat, void *del)

virtual TDataSet *	ToWhiteBoard (const char name, TObject dat, Int_t owner)

virtual TDataSet *	ToWhiteConst (const char name, TObject dat)

virtual TDataSet *	ToWhiteConst (const char name, void dat)

virtual TDataSet *	WhiteBoard (const char name, void v=0) const

virtual Int_t	Skip (Int_t nskip)

virtual void	AddConst (TDataSet *data=0)

virtual void	AddHist (TH1 h, const char dir=0)

virtual void	AddGarb (TDataSet *data=0)

virtual void	AddRunco (TDataSet *data=0)

virtual void	AddRunco (Double_t par, const char name, const char comment)

void	AddRunCont (TDataSet *data=0)

virtual TList *	GetHistList () const

virtual TH1 *	GetHist (const char *histName) const

virtual StMaker *	cd ()

virtual StMaker *	Cd ()

virtual Int_t	GetNumber () const
	STAR methods.

virtual void	SetNumber (Int_t number)

virtual StMaker *	GetParentChain () const

virtual Int_t	GetIventNumber () const
	Returns the current event number.

virtual void	SetIventNumber (Int_t iv)

virtual Int_t	GetEventNumber () const

virtual Int_t	GetRunNumber () const
	Returns the current RunNumber.

virtual const TDatime &	GetDateTime () const

virtual const TDatime &	GetDBTime () const

virtual void	SetDateTime (Int_t idat, Int_t itim)

virtual StEvtHddr *	GetEvtHddr () const

virtual Int_t	GetDate () const

virtual Int_t	GetTime () const

virtual const char *	GetEventType () const

virtual TDataSet *	GetData (const char name, const char dir=".data") const

virtual TDataSet *	GetData () const

virtual TDataSet *	GetConst () const

virtual TDataSet *	GetDataSet (const char *logInput) const

virtual TDataSet *	DataSet (const char *logInput) const

virtual TDataSet *	GetInputDS (const char *logInput) const

virtual TDataSet *	GetDataBase (const char logInput, const TDatime td=0)

virtual TDataSet *	GetInputDB (const char *logInput)

virtual Int_t	GetDebug () const

virtual Int_t	Debug () const

virtual Int_t	GetMakeReturn () const

virtual TList *	Histograms () const

virtual TString	GetAlias (const char log, const char dir=".aliases") const

virtual TString	GetInput (const char *log) const

virtual TString	GetOutput (const char *log) const

virtual TList *	GetMakeList () const

virtual StMaker *	GetParentMaker () const

virtual StMaker *	GetMaker (const char *mkname)

virtual StMaker *	GetMakerInheritsFrom (const char *mktype) const

virtual Bool_t	IsActive ()

virtual StMaker *	Maker (const char *mkname)

virtual void	SetBIT (EMakerStatus k)
	Maker Status Bits.

virtual void	ResetBIT (EMakerStatus k)

virtual Bool_t	TestBIT (EMakerStatus k)

virtual void	SetActive (Bool_t k=kTRUE)
	Setters for flags and switches.

virtual void	SetDebug (Int_t l=1)

virtual void	SetDEBUG (Int_t l=1)

virtual void	SetFlavor (const char flav, const char tabname)

virtual void	SetMakeReturn (Int_t ret)

virtual void	SetAlias (const char log, const char act, const char *dir=".aliases")

virtual void	AddAlias (const char log, const char act, const char *dir=".aliases")

virtual void	SetInput (const char log, const char act)

virtual void	SetOutput (const char log, const char act)

virtual void	SetOutput (const char log, TDataSet ds)

virtual void	SetOutput (TDataSet *ds)

virtual void	SetOutputAll (TDataSet *ds, Int_t level=1)

virtual void	SetMode (Int_t mode=0)

virtual void	SetNotify (const char about, StMaker mk)

virtual Int_t	GetMode ()

virtual Int_t	GetDebug ()

virtual const StChainOpt *	GetChainOpt () const

virtual TFile *	GetTFile () const

virtual void	NotifyEm (const char about, const void ptr)

virtual Double_t	RealTime ()

virtual Double_t	CpuTime ()

virtual void	StartTimer (Bool_t reset=kFALSE)

virtual void	StopTimer ()

virtual void	PrintTimer (Option_t *option="")

virtual void	PrintTotalTime ()

virtual const char *	GetName () const
	special overload

TObject *	GetDirObj (const char *dir) const

void	SetDirObj (TObject obj, const char dir)

Int_t	SetAttr (const char key, const char val, const char *to=".")

Int_t	SetAttr (const char key, Int_t val, const char to=".")

Int_t	SetAttr (const char key, UInt_t val, const char to=".")

Int_t	SetAttr (const char key, Double_t val, const char to=".")

Int_t	SetAttr (const StMaker *mk)

Int_t	RemAttr (const char key, const char to=".")

const TAttr *	GetAttr () const

Int_t	IAttr (const char *key) const

UInt_t	UAttr (const char *key) const

Double_t	DAttr (const char *key) const

const char *	SAttr (const char *key) const

void	PrintAttr () const

Public Member Functions inherited from TDataSet
	TDataSet (const char name="", TDataSet parent=0, Bool_t arrayFlag=kFALSE)

	TDataSet (const TDataSet &src, EDataSetPass iopt=kAll)

	TDataSet (TNode &src)
	This copy ctor has been depricated (left for thwe sake of the backweard compatibility)

virtual	~TDataSet ()
	std::cout << "Default destructor for " << GetName() << " - " << GetTitle() << std::endl;

virtual void	Add (TDataSet *dataset)

virtual void	AddAt (TDataSet *dataset, Int_t idx=0)

virtual void	AddAtAndExpand (TDataSet *dataset, Int_t idx=0)

virtual void	AddFirst (TDataSet *dataset)
	Add TDataSet object at the beginning of the dataset list of this dataset.

virtual void	AddLast (TDataSet *dataset)
	Add TDataSet object at the end of the dataset list of this dataset.

TDataSet *	At (Int_t idx) const

virtual void	Browse (TBrowser *b)
	Browse this dataset (called by TBrowser).

virtual TObject *	Clone (const char *newname="") const
	the custom implementation fo the TObject::Clone

virtual void	Delete (Option_t *opt="")

virtual TDataSet *	Find (const char *path) const

virtual TDataSet *	FindByName (const char name, const char path="", Option_t *opt="") const

virtual TDataSet *	FindByPath (const char *path) const
	Aliase for TDataSet::Find(const Char_t *path) method.

virtual TDataSet *	FindByTitle (const char title, const char path="", Option_t *opt="") const

TObject *	FindObject (const char *name) const

TObject *	FindObject (const TObject *o) const

virtual TDataSet *	First () const
	Return the first object in the list. Returns 0 when list is empty.

TObjArray *	GetObjArray () const

virtual TSeqCollection *	GetCollection () const

TList *	GetList () const

virtual Int_t	GetListSize () const

TObject *	GetMother () const

virtual TObject *	GetObject () const
	The depricated method (left here for the sake of the backward compatibility)

virtual TDataSet *	GetParent () const

virtual Long_t	HasData () const

virtual TDataSet *	Instance () const

virtual TString	Path () const
	return the full path of this data set

virtual EDataSetPass	Pass (EDataSetPass(callback)(TDataSet ), Int_t depth=0)

virtual EDataSetPass	Pass (EDataSetPass(callback)(TDataSet , void ), void user, Int_t depth=0)

virtual void	PrintContents (Option_t *opt="") const

virtual Int_t	Purge (Option_t *opt="")

virtual void	Remove (TDataSet *set)
	Remiove the "set" from this TDataSet.

virtual TDataSet *	RemoveAt (Int_t idx)

virtual void	SetMother (TDataSet *parent=0)

virtual void	SetObject (TObject *obj)
	The depricated method (left here for the sake of the backward compatibility)

virtual void	SetParent (TDataSet *parent=0)

virtual void	SetWrite ()

virtual void	Shunt (TDataSet *newParent=0)

virtual void	Sort ()
	Sort recursively all members of the TDataSet with TList::Sort method.

virtual Bool_t	IsEmpty () const
	return kTRUE if the "internal" collection has no member

virtual Bool_t	IsFolder () const

virtual Bool_t	IsMarked () const

virtual Bool_t	IsThisDir (const char *dirname, int len=-1, int ignorecase=0) const

virtual TDataSet *	Last () const
	Return the last object in the list. Returns 0 when list is empty.

virtual void	ls (Option_t *option="") const

virtual void	ls (Int_t depth) const

void	Mark ()

void	UnMark ()

void	MarkAll ()
	Mark all members of this dataset.

void	UnMarkAll ()
	UnMark all members of this dataset.

void	InvertAllMarks ()
	Invert mark bit for all members of this dataset.

void	Mark (UInt_t flag, EBitOpt reset=kSet)

virtual TDataSet *	Next () const

virtual TDataSet *	Prev () const

virtual void	Update ()

virtual void	Update (TDataSet *set, UInt_t opt=0)

virtual Int_t	Write (const char *name=0, Int_t option=0, Int_t bufsize=0)

virtual Int_t	Write (const char *name=0, Int_t option=0, Int_t bufsize=0) const

Protected Member Functions
Bool_t	readData ()

Bool_t	fillFromMuDst (const StMuEmcCollection *emc)

Bool_t	fillFromSt (const StEmcCollection *emc)
	If StEvent is used, we will fill additional parts of StEEmcElement. More...

Float_t	addTowerHit (Int_t sec, Int_t sub, Int_t eta, Float_t adc, Int_t layer)

Float_t	addSmdHit (Int_t sec, Int_t plane, Int_t str, Float_t adc)

	ClassDef (StEEmcA2EMaker, 1)
	Makes class available to root.

Bool_t	readData ()

Bool_t	readMuDst ()

Bool_t	readStEvent ()

Bool_t	readEzt ()

Bool_t	fillFromMuDst (StMuEmcCollection *emc)

Bool_t	fillFromSt (StEmcCollection *emc)
	If StEvent is used, we will fill additional parts of StEEmcElement. More...

void	addTowerHit (Int_t sec, Int_t sub, Int_t eta, Float_t adc, Int_t layer)

void	addSmdHit (Int_t sec, Int_t plane, Int_t str, Float_t adc)

	ClassDef (StEEmcA2EMaker, 1)

Protected Member Functions inherited from StMaker
StMessMgr *	GetLogger () const

virtual TDataSet *	FindDataSet (const char logInput, const StMaker uppMk=0, const StMaker *dowMk=0) const

Protected Member Functions inherited from TDataSet
virtual void	SetMother (TObject *mother)

	TDataSet (const char name, const char title)

void	AddMain (TDataSet *set)
	add data set to main data set

TDataSet *	GetRealParent ()
	return real parent

void	MakeCollection ()
	Create the internal container at once if any.

Protected Attributes
Float_t	mScale

Float_t	mSigmaPed [6]

const StEEmcDb *	mDbMaker

const EEmcGeomSimple *	mEEgeom

StEEmcTower	mTowers [kEEmcNumSectors kEEmcNumSubSectors kEEmcNumEtas][4]
	Array of 720 x 4 tower objects. More...

StEEmcStrip	mStrips [kEEmcNumSectors][kEEmcNumSmdUVs][kEEmcNumStrips]
	Array of 12x2x288 smd strip objects.

std::vector< StEEmcTowerVec_t >	mHitTowers

StEEmcTower *	mHighTower [4]

std::vector< std::vector < StEEmcStripVec_t > >	mHitStrips

Float_t	mEnergy [kEEmcNumSectors][6]

Int_t	mHits [kEEmcNumSectors][6]
	Number of hits in layer.

TString	mDbName

TString	mInputName

Int_t	mInputType

StEEmcDb *	mDbMaker

StMuDstMaker *	mMuDstMaker

StEventMaker *	mEventMaker

EEmcGeomSimple *	mEEgeom

Protected Attributes inherited from StMaker
TDataSet *	m_DataSet

TDataSet *	m_ConstSet

TDataSet *	m_GarbSet

TDataSet *	m_Inputs

TDataSet *	m_Ouputs
	list of logInput:ActualInput

TDataSet *	m_Runco
	list of logOuput:ActualOuput

TList *	m_Histograms
	Run Control parameters.

Int_t	fTallyMaker [kStFatal+1]
	counters

Int_t	m_Mode
	counters

Int_t	m_Number
	Integer mode of maker.

Int_t	m_LastRun
	Serial event number.

Int_t	m_DebugLevel
	Last Run number.

Int_t	m_MakeReturn
	Debug level.

TStopwatch	m_Timer
	Make() return flag.

StMemStat *	fMemStatMake
	Timer object.

StMemStat *	fMemStatClear
	StMemStat for Make.

Int_t	fStatus
	StMemStat for Clear.

StMessMgr *	fLogger
	Maker status.

StTurnLogger *	fLoggerHold

Protected Attributes inherited from TDataSet
TDataSet *	fParent

TSeqCollection *	fList

Additional Inherited Members
Public Types inherited from StMaker
enum	EDebugLevel { kNormal, kDebug }

enum	{ kSTAFCV_BAD, kSTAFCV_OK, kSTAFCV_ERR =2, kSTAFCV_FATAL =3 }

enum	EMakerStatus { kInitBeg = 1, kInitEnd = 2, kMakeBeg = 3, kCleaBeg = 4, kFiniBeg = 5, kFiniEnd = 6, kActive = 7 }

Public Types inherited from TDataSet
enum	EDataSetPass { kContinue, kPrune, kStop, kUp, kStruct, kAll, kRefs, kMarked }

enum	ESetBits { kMark = BIT(22), kArray = BIT(20) }

enum	EBitOpt { kSet = kTRUE, kReset = kFALSE }

Static Public Member Functions inherited from StMaker
static StMaker *	New (const char classname, const char name="", void *title=0)

static StMaker *	GetTopChain ()

static StMaker *	GetChain ()

static StMaker *	GetFailedMaker ()

static StMaker *	GetMaker (const TDataSet *ds)
	Static functions.

static EDataSetPass	ClearDS (TDataSet ds, void user)

static const char *	RetCodeAsString (Int_t kode)

static Int_t	AliasDate (const char *alias)

static Int_t	AliasTime (const char *alias)

static const char *	AliasGeometry (const char *alias)

static const DbAlias_t *	GetDbAliases ()

static void	SetTestMaker (StTestMaker *mk)

static Int_t	Cleanup (TDataSet *&ds)

static void	lsMakers (const StMaker *top)

Static Public Member Functions inherited from TDataSet
static TDataSet *	GetMainSet ()
	return pointer to the main dataset

static TDataSet *	instance ()

Public Attributes inherited from StMaker
enum StMaker:: { ... }	EModule_return_Status

Static Protected Member Functions inherited from TDataSet
static EDataSetPass	SortIt (TDataSet *ds)

static EDataSetPass	SortIt (TDataSet ds, void user)

Static Protected Attributes inherited from StMaker
static StMaker *	fgTopChain = 0
	list of Histograms

static StMaker *	fgStChain = 0
	pointer to top StChain

static StMaker *	fgFailedMaker = 0
	current pointer to StChain

static StTestMaker *	fgTestMaker = 0
	current pointer to failed maker

static Int_t	fgTallyMaker [kStFatal+1] = {0,0,0,0,0}

Static Protected Attributes inherited from TDataSet
static TDataSet *	fgMainSet = &mainSet

Detailed Description

EEmc ADC –> energy maker.

This maker performs pedestal subtraction and gain corrections to the EEMC data. It currently supports MuDst and StEvent files as input.

Author: Jason C. Webb

Date:: 2014/06/24 21:11:20

Revision:: 1.8

Definition at line 19 of file StEEmcA2EMaker.h.

Constructor & Destructor Documentation

StEEmcA2EMaker::StEEmcA2EMaker ( const Char_t * name = "mEEanalysis" )

Clear all towers and init index

Now set pointers to all neighboring towers

no pointers to self

off edge of endcap

cyclical phi

add pointer to neighboring tower

Set high tower pointer

Clear and init all strips

Nullify pointers to makers

Initialize default thresholds, nsigma above ped

towers

pre1

pre2

post

smd-u

smd-v

Create storage banks for hit towers and strips. THESE SHOULD NOT BE CLEARED!

Vector of towers, one per layer (0=T,1=P,2=Q,3=R)

Vector of strips, one per plane (0=U, 1=V)

Definition at line 42 of file StEEmcA2EMaker.cxx.

References StEEmcElement::Clear(), StEEmcTower::Clear(), StEEmcTower::etabin(), StEEmcStrip::index(), StEEmcTower::index(), StEEmcTower::layer(), mDbMaker, mEEgeom, mEnergy, mHighTower, mHits, mHitStrips, mHitTowers, mStrips, mTowers, StEEmcTower::neighbor(), StEEmcTower::phibin(), phibin(), StEEmcStrip::plane(), scale(), StEEmcStrip::sector(), strip(), threshold(), and tower().

Member Function Documentation

void StEEmcA2EMaker::addSmdHit	(	Int_t	sec,
		Int_t	plane,
		Int_t	str,
		Float_t	adc
	)

protected

Add an smd hit

Parameters

sec,:	sector [0,12)
plane,:	plane [0,2) = U,V
str,:	strip number [0,288)
adc,:	adc value

Access the database. Note that the DB counts from 1, not zero.

Check if null

Copy fail and status bits

Raw ADC should always be here

Abort if the db has this marked as bad or questionable

Ignore all ADC below a user-specified threshold

Set raw and ped subtracted ADC

Make sure gain is positive, nonzero

Determine energy

Definition at line 356 of file StEEmcA2EMaker.cxx.

References StEEmcElement::adc(), StEEmcElement::energy(), energy(), StEEmcElement::fail(), mDbMaker, mEnergy, mHits, mHitStrips, mSigmaPed, mStrips, StEEmcElement::raw(), StEEmcElement::stat(), strip(), and threshold().

Referenced by fillFromMuDst(), and fillFromSt().

void StEEmcA2EMaker::addTowerHit	(	Int_t	sec,
		Int_t	sub,
		Int_t	eta,
		Float_t	adc,
		Int_t	layer
	)

protected

Add a tower hit

Parameters

sec,:	sector [0,12)
sub,:	subsector [0,5)
eta,:	etabin [0,12)
adc,:	adc value
layer,:	layer [0,4)

Get the database entry for this detector note, DB expects sectors, eta counted from 1 not 0 for conformity with Star's ... conventions.

Copy fail and status bits

Raw ADC should always be here

Abort if the db has this marked as a bad or questionable channel

Ignore all ADC below a user-specified threshold

Raw and ped subtracted adc

Make sure gain is positive, nonzero

Determine energy

And set detector response

Determine tower center and set E_T

Push back list of all hit towers, preshower, postshower

Definition at line 276 of file StEEmcA2EMaker.cxx.

References StEEmcElement::adc(), StEEmcElement::energy(), energy(), StEEmcTower::et(), StEEmcElement::fail(), index(), mDbMaker, mEEgeom, mEnergy, mHighTower, mHits, mHitTowers, mScale, mSigmaPed, mTowers, StEEmcTower::print(), StEEmcElement::raw(), StEEmcElement::stat(), and threshold().

Referenced by fillFromMuDst(), and fillFromSt().

void StEEmcA2EMaker::Clear ( Option_t * opts = "" )

virtual

Clear the maker for next event.

Clear hit towers and strips

Clear all towers and strips (for speed, we can clear only those which were "hit"... but KISS for now.)

Clear sector energy sums

Reimplemented from StMaker.

Definition at line 407 of file StEEmcA2EMaker.cxx.

References StMaker::Clear(), mEnergy, mHits, mHitStrips, mHitTowers, mStrips, and mTowers.

Float_t StEEmcA2EMaker::energy	(	Int_t	sec,
		Int_t	layer
	)

inline

Get the energy (towers) or energy deposit (pre,post,smd) in the specified sector

Parameters

sector,:	0..11 the 12 EEMC sectors
layer,:	0=T, 1=P, 2=Q, 3=R, 4=U, 5=V

Definition at line 109 of file StEEmcA2EMaker.h.

References mEnergy.

Float_t StEEmcA2EMaker::energy	(	Int_t	sector,
		Int_t	layer
	)		const

inline

Get the energy (towers) or energy deposit (pre,post,smd) in the specified sector

Parameters

sector,:	0..11 the 12 EEMC sectors
layer,:	0=T, 1=P, 2=Q, 3=R, 4=U, 5=V

Definition at line 120 of file StEEmcA2EMaker.h.

References mEnergy.

Referenced by addSmdHit(), addTowerHit(), StEEmcQAMaker::EEmcResponse(), energy(), fillFromSt(), StEEmcPointFitMaker::FitSector(), and StEEmcPointTreeMaker::Make().

Bool_t StEEmcA2EMaker::fillFromMuDst ( StMuEmcCollection * emc )

protected

Main "filling" method. StEvent and Ezt will be converted to mudst collection prior to call

Loop over all towers

Loop over all pre/postshower elements

Loop over all smd hits

Definition at line 211 of file StEEmcA2EMaker.cxx.

References addSmdHit(), addTowerHit(), and strip().

Bool_t StEEmcA2EMaker::fillFromMuDst ( const StMuEmcCollection * emc )

protected

Main "filling" method. StEvent and Ezt will be converted to mudst collection prior to call

Loop over all towers

Loop over all pre/postshower elements

Loop over all smd hits

Definition at line 206 of file StEEmcA2EMaker.cxx.

References addSmdHit(), addTowerHit(), StMaker::GetName(), and strip().

Referenced by readData(), and readMuDst().

Bool_t StEEmcA2EMaker::fillFromSt ( StEmcCollection * emc )

protected

If StEvent is used, we will fill additional parts of StEEmcElement.

Set StEmcRawHit pointers in StEEmcTower, towers

Remember to watch out for fortran holdovers in the numbering scheme

Loop over all raw hits in this sector

these are returned indexed from 1, offset into local scheme (indexed from 0)

add raw hit to our tower

add this hit to our list of hit towers, calculate energy, etc... Note that addTowerHit must come after any operation on mTowers[0][ii] for changes to tower to be propagated to the array of hit towers.

Set StEmcRawHit pointers in StEEmcTower, pre + post

Remember to watch out for fortran holdovers in the numbering scheme

Loop over all raw hits in this sector

This encoding is a bit obnoxious, but necessary to stuff eemc data into barrel structures.

add this hit to our tower/layer. See comments in tower loop.

Set StEmcRawHit pointers in StEEmcStrip

Loop over U & V planes

Get the eemc smd collections

Remember to watch out for fortran holdovers in the numbering scheme

Loop over all raw hits in this sector

sett comments in tower loop.

Definition at line 463 of file StEEmcA2EMaker.cxx.

References addSmdHit(), addTowerHit(), index(), mHitTowers, mStrips, mTowers, and StEEmcElement::stemc().

Bool_t StEEmcA2EMaker::fillFromSt ( const StEmcCollection * emc )

protected

If StEvent is used, we will fill additional parts of StEEmcElement.

Set StEmcRawHit pointers in StEEmcTower, towers

Remember to watch out for fortran holdovers in the numbering scheme

Loop over all raw hits in this sector

these are returned indexed from 1, offset into local scheme (indexed from 0)

add raw hit to our tower

add this hit to our list of hit towers, calculate energy, etc... Note that addTowerHit must come after any operation on mTowers[0][ii] for changes to tower to be propagated to the array of hit towers.

Set StEmcRawHit pointers in StEEmcTower, pre + post

Remember to watch out for fortran holdovers in the numbering scheme

Loop over all raw hits in this sector

This encoding is a bit obnoxious, but necessary to stuff eemc data into barrel structures.

add this hit to our tower/layer. See comments in tower loop.

Set StEmcRawHit pointers in StEEmcStrip

Loop over U & V planes

Get the eemc smd collections

Remember to watch out for fortran holdovers in the numbering scheme

Loop over all raw hits in this sector

sett comments in tower loop.

Definition at line 441 of file StEEmcA2EMaker.cxx.

References addSmdHit(), addTowerHit(), energy(), index(), mHitTowers, mStrips, mTowers, and StEEmcElement::stemc().

Referenced by readData().

StEEmcTower StEEmcA2EMaker::hightower ( Int_t layer = 0 )

Returns the tower with the largest ADC response

Parameters

layer,: TPQR=0123

StEEmcTower StEEmcA2EMaker::hightower ( Int_t layer = 0 )

inline

Returns the tower with the largest ADC response

Parameters

layer,: TPQR=0123

Definition at line 94 of file StEEmcA2EMaker.h.

References mHighTower.

Referenced by StEEmcQAMaker::CheckTracks(), StEEmcQAMaker::CheckVertex(), StEEmcQAMaker::EEmcResponse(), StEEmcMixMaker::fillPool(), StEEmcIUMixMaker::fillPool(), StEEmcFilterMaker::Make(), StEEmcMixMaker::mixBackground(), and StEEmcIUMixMaker::mixBackground().

StEEmcStrip& StEEmcA2EMaker::hitstrip	(	Int_t	sec,
		Int_t	pl,
		Int_t	hit
	)

inline

Returns the specified hit strip

Parameters

sec,:	sector containing the hit
pl,:	plane containing the hit (0=U, 1=V)
hit,:	[0, numberOfHitStrips())

Definition at line 106 of file StEEmcA2EMaker.h.

References mHitStrips.

Referenced by StEEmcQAMaker::EEmcResponse(), StEEmcPointFitMaker::FitSector(), and StEEmcDisplayMaker::Make().

StEEmcTower StEEmcA2EMaker::hittower	(	Int_t	hit,
		Int_t	layer
	)

inline

Return a specified hit tower

Parameters

hit,:	index of the hit, 0 <= hit < numberOfHitTowers()
layer,:	0=T, 1=P, 2=Q, 3=R

Definition at line 63 of file StEEmcA2EMaker.h.

References mHitTowers.

StEEmcTower& StEEmcA2EMaker::hittower	(	Int_t	hit,
		Int_t	layer
	)

inline

Return a specified hit tower

Parameters

hit,:	index of the hit, 0 <= hit < numberOfHitTowers()
layer,:	0=T, 1=P, 2=Q, 3=R

Definition at line 63 of file StEEmcA2EMaker.h.

References mHitTowers.

Referenced by StEEmcPi0Analysis::accept(), StEEmcIUPi0Analysis::accept(), StEEmcQAMaker::CheckTriggers(), StEEmcDisplayMaker::Make(), StEEmcPointMaker::shareEnergy(), and StEEmcIUPointMaker::shareEnergy().

Int_t StEEmcA2EMaker::Init ( )

virtual

Initialize.

Get pointer to our database maker

Reimplemented from StMaker.

Definition at line 163 of file StEEmcA2EMaker.cxx.

References mDbMaker.

Int_t StEEmcA2EMaker::Make ( )

virtual

Read and process one event.

Lack of EEMC data, issue a warning

Reimplemented from StMaker.

Definition at line 171 of file StEEmcA2EMaker.cxx.

References kStOK, kStWarn, and readData().

Int_t StEEmcA2EMaker::Make ( )

virtual

The Make() method is the one responsible for calling the maker's InitRun(). Note that that InitRun() is called for real data and if both of the following are true

a header exists
the run number changes

This is the ONLY place calling the InitRun() routine.

check privilege to skip event

Reimplemented from StMaker.

Int_t StEEmcA2EMaker::numberOfHits	(	Int_t	sec,
		Int_t	layer
	)

inline

Return number of hits (number of elements above threshold) for the specified sector and layer.

Parameters

sector,:	0..11 the 12 EEMC sectors
layer,:	0=T, 1=P, 2=Q, 3=R, 4=U, 5=V

Definition at line 117 of file StEEmcA2EMaker.h.

References mHits.

Int_t StEEmcA2EMaker::numberOfHits	(	Int_t	sector,
		Int_t	layer
	)		const

inline

Return number of hits (number of elements above threshold) for the specified sector and layer.

Parameters

sector,:	0..11 the 12 EEMC sectors
layer,:	0=T, 1=P, 2=Q, 3=R, 4=U, 5=V

Definition at line 128 of file StEEmcA2EMaker.h.

References mHits.

Referenced by StEEmcQAMaker::EEmcResponse().

Int_t StEEmcA2EMaker::numberOfHitStrips	(	Int_t	sector,
		Int_t	plane
	)

inline

Return number of hit SMD strips for the specified sector, plane

Parameters

sector,:	0-11 for 12 EEMC sectors
plane,:	0=U, 1=V

Definition at line 95 of file StEEmcA2EMaker.h.

References mHitStrips.

Int_t StEEmcA2EMaker::numberOfHitStrips	(	Int_t	sector,
		Int_t	plane
	)		const

inline

Return number of hit SMD strips for the specified sector, plane

Parameters

sector,:	0-11 for 12 EEMC sectors
plane,:	0=U, 1=V

Definition at line 100 of file StEEmcA2EMaker.h.

References mHitStrips.

Referenced by StEEmcQAMaker::EEmcResponse(), StEEmcPointFitMaker::FitSector(), StEEmcDisplayMaker::Make(), and StEEmcPi0Analysis::Make().

Int_t StEEmcA2EMaker::numberOfHitTowers ( Int_t layer ) const

inline

Return number of hit tower elements for specified layer.

Parameters

layer,: 0=T, 1=P, 2=Q, 3=R

Definition at line 58 of file StEEmcA2EMaker.h.

References mHitTowers.

Referenced by StEEmcPi0Analysis::accept(), StEEmcIUPi0Analysis::accept(), StEEmcQAMaker::CheckTriggers(), StEEmcDisplayMaker::Make(), StEEmcPointMaker::shareEnergy(), and StEEmcIUPointMaker::shareEnergy().

Int_t StEEmcA2EMaker::numberOfHitTowers ( Int_t layer )

inline

Return number of hit tower elements for specified layer.

Parameters

layer,: 0=T, 1=P, 2=Q, 3=R

Definition at line 58 of file StEEmcA2EMaker.h.

References mHitTowers.

Bool_t StEEmcA2EMaker::readData ( )

protected

Read data from muDst, StEvent or muEzt branches, depending on input type

Bool_t StEEmcA2EMaker::readData ( )

protected

Read data from muDst, StEvent or muEzt branches, depending on input type - Main routine for reading data

Verify that we have a pointer to input data

Definition at line 179 of file StEEmcA2EMaker.cxx.

References fillFromMuDst(), fillFromSt(), and StMuDst::muEmcCollection().

Referenced by Make().

Bool_t StEEmcA2EMaker::readMuDst ( )

protected

Get the EMC collection

Definition at line 197 of file StEEmcA2EMaker.cxx.

References fillFromMuDst(), StMuDstMaker::muDst(), and StMuDst::muEmcCollection().

void StEEmcA2EMaker::scale ( Float_t s )

inline

Set a "scale" parameter for reconstructing MC. Energies will be multiplied by scale.

Definition at line 121 of file StEEmcA2EMaker.h.

References mScale.

void StEEmcA2EMaker::scale ( Float_t s )

inline

Set a "scale" parameter for reconstructing MC. Energies will be multiplied by scale.

Definition at line 132 of file StEEmcA2EMaker.h.

References mScale.

Referenced by StEEmcA2EMaker().

void StEEmcA2EMaker::source	(	const Char_t *	name,
		Int_t	type = `0`
	)

inline

Set the name and type of the input data maker.

Parameters

name,:	name of the maker
type,:	1=muDst, 2=StEvent, 3=muEzt (unsupported)

Definition at line 43 of file StEEmcA2EMaker.h.

void StEEmcA2EMaker::source	(	const Char_t *	name,
		Int_t	type = `0`
	)

Set the name and type of the input data maker. type=1, read from muDst (only one supported for now) type=2, read from StEvent. type=3, read from muEzt. type=else, serenity now.

StEEmcStrip StEEmcA2EMaker::strip	(	Int_t	sector,
		Int_t	plane,
		Int_t	strip
	)

inline

Return a specifed hit SMD strip

Parameters

sector,:	sector index, [0,11]
plane,:	plane index, 0=U, 1=V
index,:	strip index, runs [0,287]

Definition at line 103 of file StEEmcA2EMaker.h.

References mStrips, and strip().

Referenced by strip().

StEEmcStrip& StEEmcA2EMaker::strip	(	Int_t	sector,
		Int_t	plane,
		Int_t	strip
	)

inline

Return a specifed hit SMD strip

Parameters

sector,:	sector index, [0,12)
plane,:	plane index, 0=U, 1=V
strip,:	strip index, runs [0,288)

Definition at line 113 of file StEEmcA2EMaker.h.

References mStrips, and strip().

Referenced by addSmdHit(), StEEmcClusterMaker::buildSmdClusters(), StMyClusterMaker::buildSmdClusters(), StEEmc2x2ClusterMaker::buildSmdClusters(), StEEmcIUClusterMaker::buildSmdClusters(), fillFromMuDst(), StEEmcTimingMaker::Make(), StMyPointMaker::split(), StEEmcA2EMaker(), and strip().

void StEEmcA2EMaker::threshold	(	Float_t	cut,
		Int_t	layer
	)

Set the number of sigma above pedestal required to consider the detector "hit". May be negative value. Layer [0-5]=[TPQRUV].

void StEEmcA2EMaker::threshold	(	Float_t	cut,
		Int_t	layer
	)

inline

Set the number of sigma above pedestal required to consider the detector "hit". May be negative value. Layer [0-5]=[TPQRUV]. Default values are 3.0 for all layers

Definition at line 35 of file StEEmcA2EMaker.h.

References mSigmaPed.

Referenced by addSmdHit(), addTowerHit(), and StEEmcA2EMaker().

StEEmcTower StEEmcA2EMaker::tower	(	Int_t	index,
		Int_t	layer = `0`
	)

inline

Return a specified tower element

Parameters

index,:	tower index ranging from 0-719
layer,:	layer index, 0=T, 1=P, 2=Q, 3=R

Definition at line 68 of file StEEmcA2EMaker.h.

References index(), and mTowers.

StEEmcTower& StEEmcA2EMaker::tower	(	Int_t	index,
		Int_t	layer = `0`
	)

inline

Return a specified tower element

Parameters

index,:	tower index ranging from 0-719
layer,:	layer index, 0=T, 1=P, 2=Q, 3=R

Definition at line 69 of file StEEmcA2EMaker.h.

References index(), and mTowers.

Referenced by StEEmcPointMaker::buildSmdPoints(), StEEmcIUPointMaker::buildSmdPoints(), StEEmcQAMaker::EEmcResponse(), StEEmcPointFitMaker::FitSector(), StEEmcTimingMaker::Make(), StEEmcPi0Analysis::Make(), StEEmcIUPi0Analysis::Make(), StMyPointMaker::Make(), StEEmcPointMaker::shareEnergySmd(), StEEmcIUPointMaker::shareEnergySmd(), and StEEmcA2EMaker().

StEEmcTower StEEmcA2EMaker::tower	(	Int_t	sector,
		Int_t	subsector,
		Int_t	etabin,
		Int_t	layer = `0`
	)

inline

Return a specified tower element

Parameters

sector,:	tower sector, counting from 0 [0,11]
subsector,:	tower subsector A-E, counting from 0 [0,4]
etabin,:	tower etabin, counting from 0 [0,11]
layer,:	layer index, 0=T, 1=P, 2=Q, 3=R

Definition at line 75 of file StEEmcA2EMaker.h.

References index(), and tower().

Referenced by tower().

StEEmcTower& StEEmcA2EMaker::tower	(	Int_t	sector,
		Int_t	subsector,
		Int_t	etabin,
		Int_t	layer = `0`
	)

inline

Return a specified tower element

Parameters

sector,:	tower sector, counting from 0 [0,12)
subsector,:	tower subsector A-E, counting from 0 [0,5)
etabin,:	tower etabin, counting from 0 [0,12)
layer,:	layer index, 0=T, 1=P, 2=Q, 3=R

Definition at line 77 of file StEEmcA2EMaker.h.

References index(), and tower().

Referenced by tower().

StEEmcTower* StEEmcA2EMaker::tower	(	TVector3 &	r,
		Int_t	layer
	)

Return a pointer to the tower element which the specified vector (origin at 0,0,0) points to. A NULL is returned if no valid tower exists at that position.

StEEmcTower * StEEmcA2EMaker::tower	(	TVector3 &	r,
		Int_t	layer
	)

Return a pointer to the tower element which the specified vector (origin at 0,0,0) points to. A NULL is returned if no valid tower exists at that position.

Definition at line 634 of file StEEmcA2EMaker.cxx.

References EEmcGeomSimple::getTower(), index(), mEEgeom, and mTowers.

StEEmcTowerVec_t& StEEmcA2EMaker::towers ( Int_t layer = 0 )

inline

Returns a vector of hit tower, preshower and postshower elements. Check hitTowers[i].layer() to deterimine if it is a tower(0), pre1(1), pre2(2) or postshower(3) element.

Definition at line 49 of file StEEmcA2EMaker.h.

References mHitTowers.

Referenced by StEEmcPointTreeMaker::Make(), StEEmcMixTreeMaker::Make(), StEEmcEnergyMaker_t::Make(), and StEEmcPi0Analysis::Make().

StEEmcTowerVec_t StEEmcA2EMaker::towers ( Int_t layer = 0 )

inline

Returns a vector of hit tower, preshower and postshower elements. Check hitTowers[i].layer() to deterimine if it is a tower(0), pre1(1), pre2(2) or postshower(3) element.

Definition at line 51 of file StEEmcA2EMaker.h.

References mHitTowers.

Member Data Documentation

const StEEmcDb* StEEmcA2EMaker::mDbMaker

protected

Pointer to DB maker

Definition at line 142 of file StEEmcA2EMaker.h.

Referenced by addSmdHit(), addTowerHit(), Init(), and StEEmcA2EMaker().

const EEmcGeomSimple* StEEmcA2EMaker::mEEgeom

protected

Pointer to EEMC geometry class

Definition at line 144 of file StEEmcA2EMaker.h.

Referenced by addTowerHit(), StEEmcA2EMaker(), and tower().

Float_t StEEmcA2EMaker::mEnergy

protected

Summed energy (towers) or energy deposit (pre,post,smd) in each sector. 0=T,1=P,2=Q,3=R,4=U,5=V

Definition at line 197 of file StEEmcA2EMaker.h.

Referenced by addSmdHit(), addTowerHit(), Clear(), energy(), and StEEmcA2EMaker().

StEEmcTower * StEEmcA2EMaker::mHighTower

protected

Holds pointer to highest responding tower element in layer

Definition at line 186 of file StEEmcA2EMaker.h.

Referenced by addTowerHit(), hightower(), and StEEmcA2EMaker().

std::vector< std::vector< StEEmcStripVec_t > > StEEmcA2EMaker::mHitStrips

protected

Same concept as with the hit towers, but this time applied to the SMD planes. mHitStrips[sec][plane][n] will, for instance, return the nth hit strip in the specified sector (sec=0..11) for the specified plane.

Definition at line 192 of file StEEmcA2EMaker.h.

Referenced by addSmdHit(), Clear(), hitstrip(), numberOfHitStrips(), StEEmcA2EMaker(), and strips().

std::vector< StEEmcTowerVec_t > StEEmcA2EMaker::mHitTowers

protected

Each element in this vector contains a vector of hit tower elements. The dimension of this vector will be 4, corresponding to:

mHitTowers[0] = vector of hit towers mHitTowers[1] = vector of hit preshower1 elements mhitTowers[2] = vector of hit preshower2 elements mHitTowers[3] = vector of hit postshower elements

Definition at line 184 of file StEEmcA2EMaker.h.

Referenced by addTowerHit(), Clear(), fillFromSt(), hittower(), numberOfHitTowers(), StEEmcA2EMaker(), and towers().

Float_t StEEmcA2EMaker::mScale

protected

Scales tower energy for MC

Definition at line 139 of file StEEmcA2EMaker.h.

Referenced by addTowerHit(), and scale().

Float_t StEEmcA2EMaker::mSigmaPed

protected

ADC > nSigmaPed + ped

Definition at line 140 of file StEEmcA2EMaker.h.

Referenced by addSmdHit(), addTowerHit(), and threshold().

StEEmcTower StEEmcA2EMaker::mTowers

protected

Array of 720 x 4 tower objects.

Tower, pre and postshower response.

Definition at line 172 of file StEEmcA2EMaker.h.

Referenced by addTowerHit(), Clear(), fillFromSt(), StEEmcA2EMaker(), and tower().

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

StEEmcPool/StEEmcA2EMaker/StEEmcA2EMaker.h
StEEmcPool/StMaxStripPi0/StEEmcA2EMaker.h
StEEmcPool/StEEmcA2EMaker/StEEmcA2EMaker.cxx
StEEmcPool/StMaxStripPi0/StEEmcA2EMaker.cxx

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation