Main steering class for event generation. More...

#include <StarPrimaryMaker.h>

Inheritance diagram for StarPrimaryMaker:

Public Member Functions
	StarPrimaryMaker ()

Int_t	InitRun (Int_t runnumber)

Int_t	Init ()

Int_t	Make ()

void	Clear (const Option_t *opts="")

Int_t	Finish ()

void	SetFileName (const Char_t *name)
	Set the filename of the output TTree.

void	AddGenerator (StarGenerator *gener)

void	AddFilter (StarFilterMaker *filt)

void	SetVertex (Double_t x, Double_t y, Double_t z)
	Set the x, y and z vertex position.

void	SetSigma (Double_t sx, Double_t sy, Double_t sz, Double_t rho=0)

void	SetSlope (Double_t dxdz, Double_t dydz)

void	SetBeamline (Int_t beamline=1)

void	SetCuts (Double_t ptmin, Double_t ptmax=-1, Double_t ymin=0, Double_t ymax=-1, Double_t phimin=0, Double_t phimax=-1, Double_t zmin=-999, Double_t zmax=+999)
	Set particle cuts.

void	SetPtRange (Double_t ptmin, Double_t ptmax=-1)
	Set PT range. Particles falling outside this range will be dropped from simulation.

void	SetEtaRange (Double_t etamin, Double_t etamax)
	Set rapidity range. Particles falling outside this range will be dropped from simulation.

void	SetPhiRange (Double_t phimin, Double_t phimax)
	Set phi range. Particles falling outside this range will be dropped from simulation.

void	SetZvertexRange (Double_t zmin, Double_t zmax)
	Set z-vertex range. Primary vertices outside these bounds will be rejected.

StarGenEvent *	event ()
	Return a pointer to the event.

virtual const char *	GetCVS () const

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

virtual Int_t	IsChain () const

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

virtual void	StartMaker ()

virtual Int_t	IMake (Int_t number)

virtual void	EndMaker (Int_t ierr)

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

Static Public Member Functions
static TParticlePDG *	pdg (Int_t pdgid)

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 ()

Protected Member Functions
Int_t	PreGenerate ()

Int_t	Generate ()

Int_t	PostGenerate ()

Int_t	Finalize ()

void	BuildTables ()

void	RotateBeamline (Double_t &px, Double_t &py, Double_t &pz, Double_t &E, Double_t &M, Double_t &vx, Double_t &vy, Double_t &vz, Double_t &vt)

Bool_t	Simulate (StarGenParticle *p)
	Tests to see whether the particle passes all appropriate cuts to be passed to the simulator.

std::function< TLorentzVector() >	GetVertexFunction (const char *name)

TLorentzVector	vertexGaussXYZ ()

TLorentzVector	vertexFlatZ ()

TLorentzVector	vertexFlatXYZ ()

TLorentzVector	vertexFlatRZ ()

TLorentzVector	vertexFlatABZ ()

	ClassDef (StarPrimaryMaker, 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
Int_t	mNumParticles
	Total number of particles.

TTree *	mTree
	The output tree.

TFile *	mFile

TString	mTreeName

TString	mFileName

StarParticleStack *	mStack

StarGenEvent *	mPrimaryEvent

Double_t	mVx

Double_t	mVy

Double_t	mVz

Double_t	mSx

Double_t	mSy

Double_t	mSz

Double_t	mRho

Double_t	mVdxdz

Double_t	mVdydz

Bool_t	mDoBeamline

Double_t	mPtMin

Double_t	mPtMax

Double_t	mRapidityMin

Double_t	mRapidityMax

Double_t	mPhiMin

Double_t	mPhiMax

Double_t	mZMin

Double_t	mZMax

Int_t	mRunNumber

TLorentzVector	mPrimaryVertex

StarFilterMaker *	mFilter

TEventList *	mAccepted

std::function< TLorentzVector() >	mVertexFunction

std::map< std::string, std::function< TLorentzVector() > >	mVertexFunctionMap

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 }

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

Main steering class for event generation.

Author: Jason C. Webb StarPrimaryMaker is the main steering maker for event generators in the (new) STAR event generator framework. Users add one or more event generators (derived from StarGenerator) to the maker. The primary maker is responsible for calling the event generators in a well-defined calling sequence:

1) PreGenerate Phase

During the PreGenerate phase, the PreGenerate() method will be called on all generators in the order in which they were added to the primary maker. This (optional) method on event generators is provided for the developer to perform any event-by-event configuration which may be required by the event generator.

2) Generate Phase

During the Generate phase, the event generation machinery of the concrete event generator is called. Generate will be called on all event generators, in the order in which they were added to the primary maker. Generate will be called on all generatos before the PostGenerate phase is entered. At the end of Generate, it is expected that event generators have filled their event records.

3) PostGenerate Phase

After Generate has been called on all generators, PostGenerate will be called on each generator in the order in which they were added to the primary maker. Developers may at this point access the results from event generators which were found earlier in the chain. This is the last point at which a developer may interact with the event record.

After PostGenerate, the event is finalized. The primary maker will loop over all event generators in its list, set the vertex, and accumulate the particles from each generator at an appropriate vertex. Two modes are available on generators: standard and pileup mode. Standard mode (which is the default) places all events at the same vertex. Pileup mode places pileup events, with some probability, at an independent vertex.

Event Record

The event record, which records the particle-wise and event-wise inforamtion from each event generator, is saved in a TTree format. The results from each generator are saved in a separate branch, whose name corresponds to the assigned name of the generator.

Particle-wise information is stored as an array of StarGenParticle s. The main event record lists all particles which were generated, with inices refering to their position in their parent event generator, their position in the event record of the main event generator, and their position on the GEANT stack (aka ID truth).

Event Vertex

The event-vertex is generated by StarPrimaryMaker. It is sampled from a gaussian distributions in x, y and z. The possibility exists to correlate the x and y distributions. See SetSigma() for details.

Beamline Constraint

The beamline as measured at STAR may be simulated. For the case where an SDT timestamp is specified, the user may set the attribute "beamline" to true

primary->SetAttr("beamline", 1)

This will instruct the StarPrimaryMaker to lookup the beamline constraint as recorded in the online database for the requested SDT timestamp. Otherwise, the beamline may be specified by hand by calling

primary->SetSlope( dxdz, dydz );

When setting the beamline by hand, you should not use SetAttr("beamline",1). That will cause the maker to attempt to load slopes from the database, resulting in no slope.

Definition at line 103 of file StarPrimaryMaker.h.

Constructor & Destructor Documentation

StarPrimaryMaker::StarPrimaryMaker ( )

name = "gaussXYZ" is the default. name = "flatZ" throws points uniform on a line from Vz - Sz to Vz + Sz name = "flatXYZ" thows within a rectangular box Vx+/-Sx, Vy+/-Sy, Vz+/-Sz name = "flatRZ" throws within a cylinder of radius Sx centered on Vx,Vy, from z=Vz-Sz to Vz+Sz name = "flatABZ" throws within an eliptical cyilnder of major axis A minor axis B, rotated by Rho

Definition at line 41 of file StarPrimaryMaker.cxx.

References StMaker::AddData(), and StarParticleData::instance().

Member Function Documentation

void StarPrimaryMaker::AddFilter ( StarFilterMaker * filt )

Attach a filter to the primary generator

Parameters

filt	Is a pointer to the filter maker

Definition at line 370 of file StarPrimaryMaker.cxx.

References StMaker::AddData(), and TDataSet::Shunt().

void StarPrimaryMaker::AddGenerator ( StarGenerator * gener )

Add an event generator to the list of event generators.

Parameters

gener Is a pointer to the user's event generator

Definition at line 363 of file StarPrimaryMaker.cxx.

Int_t StarPrimaryMaker::Finish ( )

virtual

Terminate a run. Place to make operations on histograms, normalization,etc.

Todo:: add random number state to user info

Reimplemented from StMaker.

Definition at line 196 of file StarPrimaryMaker.cxx.

References StarFilterMaker::Finish(), StMaker::Finish(), StMaker::GetName(), StarParticleData::GetParticles(), StarParticleData::instance(), kStOK, mTree, TDataSet::Next(), StarGenerator::Stats(), and TDataSet::Write().

Int_t StarPrimaryMaker::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.

Iterate over all generators and execute PreGenerate()

Iterate over all generators and execute Generate()

Iterate over all generators and execute PostGenerate()

Register g2t tables

Finalize the event

Apply the event filter (if available)

Print the event for debugging purposes

If the filter resulted in an accept decision, fill the tree and return kStOK

If the filter resulted in a reject decision, fill the tree and try try again. Clear the particle information if the KeepAll flag has not been set.

check privilege to skip event

Reimplemented from StMaker.

Reimplemented in StarEmbedMaker.

Definition at line 255 of file StarPrimaryMaker.cxx.

References StarGenEvent::Clear(), event(), kStOK, kStSKIP, StarFilterMaker::Make(), mTree, and StarGenEvent::Print().

Referenced by StarEmbedMaker::Make().

TParticlePDG * StarPrimaryMaker::pdg ( Int_t pdgid )

static

Returns a pointer to a particle class containing PDG information about the particle

Definition at line 104 of file StarPrimaryMaker.cxx.

References StarParticleData::GetParticle(), and StarParticleData::instance().

void StarPrimaryMaker::RotateBeamline	(	Double_t &	px,
		Double_t &	py,
		Double_t &	pz,
		Double_t &	E,
		Double_t &	M,
		Double_t &	vx,
		Double_t &	vy,
		Double_t &	vz,
		Double_t &	vt
	)

protected

Boosts (rotates) particle from the event generator frame onto the beamline. x-component of the momentum y-component of the momentum z-component of the momentum E-component of the momentum Mass [GeV] x-component of the production vertex y-component of the production vertex z-component of the production vertex t-component of the production vertex

Definition at line 697 of file StarPrimaryMaker.cxx.

void StarPrimaryMaker::SetBeamline ( Int_t beamline = 1 )

inline

Use the beamline constraint as recorded in the database for the current timestamp. Values set by the SetVertex and SetSlope will be overwritten by the database. User must still provide a width using SetSigma. This should only be used when a valid SDT timestamp has been set in the BFC options.

Parameters

beamline >0 to use the beamline constraint. =0 to switch it off.

Definition at line 150 of file StarPrimaryMaker.h.

void StarPrimaryMaker::SetSigma	(	Double_t	sx,
		Double_t	sy,
		Double_t	sz,
		Double_t	rho = `0`
	)

inline

Set the smearing in the x, y and z vertex positions.

Parameters

sx	is the smearing in x
sy	is the smearing in y
sz	is the smearing in z
rho	is the correlation between x and y

Definition at line 138 of file StarPrimaryMaker.h.

Referenced by StarEmbedMaker::Make().

void StarPrimaryMaker::SetSlope	(	Double_t	dxdz,
		Double_t	dydz
	)

inline

Set the slope of the vertex

Parameters

dxdz	is the increase in x with increasing z
dydz	is the increase in y with increasing z

Definition at line 143 of file StarPrimaryMaker.h.

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

StarGenerator/BASE/StarPrimaryMaker.h
StarGenerator/BASE/StarPrimaryMaker.cxx

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation