EGCfg Struct Reference

Inheritance diagram for EGCfg:

Public Member Functions
	EGCfg ()
virtual Bool_t	IsLego () const
Public Member Functions inherited from VirtualEGCfg
	VirtualEGCfg ()
virtual	~VirtualEGCfg ()
AliGenerator *	MakeGenerator (const TString &rt, Float_t b1, Float_t b2, Bool_t smear=true)
TVirtualMCDecayer *	MakeDecayer (const TString &rt)

Public Attributes
Int_t	hftype
Bool_t	fIsLego
Public Attributes inherited from VirtualEGCfg
TString	runType

Protected Member Functions
Int_t	HFType () const
AliGenerator *	CreateGenerator (const TString &rt, Float_t b1, Float_t b2)
TVirtualMCDecayer *	CreateDecayer (const TString &runType)
AliGenerator *	Pythia (const TString &tune)
AliGenerator *	PythiaHF (Int_t type, Bool_t harder=0)
AliGenerator *	Hijing (Float_t minB, Float_t maxB, const TString &rt)
AliGenerator *	Dpmjet (Float_t minB, Float_t maxB, Bool_t fragments=0)
AliGenerator *	Ampt (Float_t minB, Float_t maxB, const TString &rt)
AliGenerator *	Hydjet (Float_t minB, Float_t maxB)
AliGenerator *	EposLHC (Float_t minB, Float_t maxB)
AliGenerator *	Epos (Float_t, Float_t)
AliGenerator *	Therminator (Float_t, Float_t)
AliGenerator *	Lego (const TString &variant)
AliGeneator *	HFCocktail (const TString &base, Float_t minB, Float_t maxB)

Additional Inherited Members
Static Public Member Functions inherited from VirtualEGCfg
static const char *	DeduceRunType ()
static void	LoadLibrary (const TString &name, const TString &cls="")
static void	LoadGen (const TString &runType)
static void	LoadPythia (Bool_t gen=true, const char *vers="6.4.21")
static void	LoadHijing ()
static void	LoadHydjet ()
static void	LoadEposLHC ()
static void	LoadEpos ()
static void	LoadTherminator ()
static void	LoadDpmjet ()
static void	LoadAmpt ()

Detailed Description

Definition at line 10 of file EGConfig.C.

Constructor & Destructor Documentation

EGCfg::EGCfg ( )

inline

Definition at line 15 of file EGConfig.C.

Referenced by EGConfig().

Member Function Documentation

AliGenerator* EGCfg::Ampt ( Float_t  minB, Float_t  maxB, const TString &  rt  )

inlineprotected

Make an AMPT generator for AA collisions

Parameters

minB	Least impact parameter
maxB	Largest impact parameter
rt	Sub-type

Returns

Generator

Definition at line 415 of file EGConfig.C.

Referenced by CreateGenerator(), and HFCocktail().

TVirtualMCDecayer* EGCfg::CreateDecayer ( const TString &  runType )

inlineprotectedvirtual

Make our decayer

Returns

Newly allocated decayer or null

Implements VirtualEGCfg.

Definition at line 85 of file EGConfig.C.

Referenced by Ampt().

AliGenerator* EGCfg::CreateGenerator ( const TString &  rt, Float_t  b1, Float_t  b2  )

inlineprotectedvirtual

Make the generator

Parameters

rt	Generator ID
b1	Least impact parameter
b2	Largest impact parameter

Returns

Point to newly allocated generator or null

Implements VirtualEGCfg.

Definition at line 49 of file EGConfig.C.

AliGenerator* EGCfg::Dpmjet ( Float_t  minB, Float_t  maxB, Bool_t  fragments = 0  )

inlineprotected

Make a DPMJet generator for pp, AA, pA, or Ap.

Parameters

minB	Least impact parameter
maxB	Largest impact parameter
fragments	If true, make fragments

Returns

Generator

Definition at line 376 of file EGConfig.C.

Referenced by CreateGenerator().

AliGenerator* EGCfg::Epos ( Float_t  , Float_t    )

inlineprotected

Make an Epos generator for p-p (A-A, or p-A possible?)

Returns

Generator

Definition at line 562 of file EGConfig.C.

Referenced by CreateGenerator().

AliGenerator* EGCfg::EposLHC ( Float_t  minB, Float_t  maxB  )

inlineprotected

Make an Epos=LHC generator for p-p, A-A, p-A, or A-p

Parameters

minB	Least impact parameter
maxB	Largest impact parameter

Returns

Generator

Definition at line 538 of file EGConfig.C.

Referenced by CreateGenerator().

AliGeneator* EGCfg::HFCocktail ( const TString &  base, Float_t  minB, Float_t  maxB  )

inlineprotected

Make a heavy flavour cocktail

Parameters

base	Underlying event.
minB	Least impact parameter
maxB	Largest impact parameter

Returns

Generator

Definition at line 670 of file EGConfig.C.

Referenced by CreateGenerator().

Int_t EGCfg::HFType ( ) const

inlineprotected

Make a random Heavy Flavour type

Returns

Heavy flavour type

Definition at line 27 of file EGConfig.C.

Referenced by EGCfg().

AliGenerator* EGCfg::Hijing ( Float_t  minB, Float_t  maxB, const TString &  rt  )

inlineprotected

Make a Min-Bias AA, pA, or Ap Hijing generator

Parameters

minB	Least impact parameter
maxB	Largest impact parameter
rt	Sub configurations

Returns

Generator

Definition at line 267 of file EGConfig.C.

Referenced by CreateGenerator(), and HFCocktail().

AliGenerator* EGCfg::Hydjet ( Float_t  minB, Float_t  maxB  )

inlineprotected

Make an HydJet generator for A-A

Parameters

minB	Least impact parameter
maxB	Largest impact parameter

Returns

Generator

Definition at line 510 of file EGConfig.C.

Referenced by CreateGenerator().

virtual Bool_t EGCfg::IsLego ( ) const

inlinevirtual

Reimplemented from VirtualEGCfg.

Definition at line 20 of file EGConfig.C.

AliGenerator* EGCfg::Lego ( const TString &  variant )

inlineprotected

Greate a lego event generator

Parameters

variant

Possible tune

Returns

newly allocated generator or null

Definition at line 604 of file EGConfig.C.

Referenced by CreateGenerator().

AliGenerator* EGCfg::Pythia ( const TString &  tune )

inlineprotected

Greate a pythia6 event generator

Parameters

tune	Possible tune

Returns

newly allocated generator or null

Definition at line 108 of file EGConfig.C.

Referenced by CreateGenerator(), and PythiaHF().

AliGenerator* EGCfg::PythiaHF ( Int_t  type, Bool_t  harder = 0  )

inlineprotected

Create a Pythia6 generator for heavy-flavor physics

Parameters

type	Which kind
harder	If true, make harder processes

Returns

Newly allocated generator or null

Definition at line 212 of file EGConfig.C.

Referenced by CreateGenerator(), and HFCocktail().

AliGenerator* EGCfg::Therminator ( Float_t  , Float_t    )

inlineprotected

Definition at line 576 of file EGConfig.C.

Referenced by CreateGenerator().

Member Data Documentation

Bool_t EGCfg::fIsLego

Definition at line 13 of file EGConfig.C.

Referenced by CreateGenerator(), IsLego(), and Lego().

Int_t EGCfg::hftype

Definition at line 12 of file EGConfig.C.

Referenced by Ampt(), CreateDecayer(), EGCfg(), and HFCocktail().

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The documentation for this struct was generated from the following file:

• PWGLF/FORWARD/analysis2/sim/EGConfig.C