Nucleon Class Reference

Public Member Functions
	Nucleon ()
void	Reset ()
	Default destructor.
void	Set (const Double_t r, const Double_t theta, const Double_t phi, const Double_t impactParameter, const Double_t Theta, const Double_t Phi, const Bool_t isThetaFirst=kTRUE)
	Reset all data members. More...
Double_t	GetX () const
Double_t	GetY () const
	Get x position.
Double_t	GetZ () const
	Get y position.
Double_t	GetXYZ (const Char_t *name="X") const
	Get z position. More...
Double_t	GetPhi () const
	Get x/y/z or their product (see source)
Double_t	GetR () const
	Get azimuthal angle of nucleon.
UInt_t	GetNpart () const
	Get radius.
UInt_t	GetNcoll () const
	Get Npart(x,y)
Double_t	GetMultiplicity () const
	Get Ncoll(x,y)
Double_t	GetWeight (const UInt_t weightId=0) const
	Get Multiplicity(x,y) More...
void	IncrementNpart ()
	Get weight factor to calculate average quantities.
void	IncrementNcoll ()
	Increment Npart(x,y)
void	SetMultiplicity (const Double_t val)
	Increment Ncoll(x,y)
const TVector3 &	GetVector () const
	Set multiplicity.

Detailed Description

Definition at line 9 of file Nucleon.h.

Constructor & Destructor Documentation

Nucleon::Nucleon

(

)

Default constructor (r, theta, phi) are the spherical coordinates of nucleon (Theta, Phi) are the orientation of nuclei, used to rotate nucleons with respect to those angles Rotation will be done by 1) Theta, and then 2) Phi by default if isThetaFirst = kFALSE, rotate Phi first, then Theta.

Definition at line 9 of file Nucleon.cxx.

Member Function Documentation

Double_t Nucleon::GetWeight

(

const UInt_t

weightId = 0

)

const

Get Multiplicity(x,y)

Get multiplicity weight, npart, ncoll or multiplicity

Definition at line 123 of file Nucleon.cxx.

References GetMultiplicity(), and GetNcoll().

Double_t Nucleon::GetXYZ

(

const Char_t *

name = "X"

)

const

Get z position.

Get each x/y/z position, or product of them Input argument 'name' is case insensitive

Definition at line 89 of file Nucleon.cxx.

References GetY(), and GetZ().

Referenced by StFastGlauberMcMaker::Make().

void Nucleon::Set	(	const Double_t	r,
		const Double_t	theta,
		const Double_t	phi,
		const Double_t	impactParameter,
		const Double_t	Theta,
		const Double_t	Phi,
		const Bool_t	isThetaFirst = kTRUE
	)

Reset all data members.

Initial position of nucleon without rotation

Rotate angles if Theta and Phi are non-zero

Rotate Theta, then Phi

Rotate Phi, then Theta

Definition at line 30 of file Nucleon.cxx.

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

• PWGTools/CentralityCalibration/Glauber/star_glauber/Makers/StFastGlauberMcMaker/Nucleon.h
• PWGTools/CentralityCalibration/Glauber/star_glauber/Makers/StFastGlauberMcMaker/Nucleon.cxx