#include <TReaction.h>

Public Member Functions
	TReaction (const char beam, const char targ, const char ejec, const char reco, double ebeam=0.0, double ex3=0.0, bool inverse=false)
void	InitReaction ()
TNucleus *	GetNucleus (int part)
double	GetM (int part)
double	GetExc ()
double	GetQVal ()
bool	Inverse ()
double	GetTBeam (bool inverse)
double	GetVBeam ()
double	GetInvariantMass ()
double	GetCmE ()
double	GetCmTi ()
double	GetCmTf ()
double	GetCmV ()
double	GetCmP ()
double	GetCmG ()
double	GetECm (int part)
double	GetTCm (int part)
double	GetVCm (int part)
double	GetPCm (int part)
double	GetGCm (int part)
double	GetThetaMax (int part)
double	GetELab (double theta_lab=0.0, int part=0)
double	GetTLab (double theta_lab=0.0, int part=0)
double	GetVLab (double theta_lab=0.0, int part=0)
double	GetPLab (double theta_lab=0.0, int part=0)
double	GetGLab (double theta_lab=0.0, int part=0)
double	GetELabFromThetaCm (double theta_cm=0.0, int part=0)
double	GetTLabFromThetaCm (double theta_cm=0.0, int part=0)
double	GetVLabFromThetaCm (double theta_cm=0.0, int part=0)
double	GetPLabFromThetaCm (double theta_cm=0.0, int part=0)
double	GetGLabFromThetaCm (double theta_cm=0.0, int part=0)
double	GetExcEnergy (double ekin=0.00, double theta_lab=0.00, int part=2)
void	AnalysisAngDist (double ekin, double theta_lab, int part, double &exc, double &theta_cm, double &omega_lab2cm)
double	AnalysisBeta (double ekin, int part)
double	GetRutherfordCm (double theta_cm, int part=2, bool Units_mb=true)
double	GetRutherfordLab (double theta_lab, int part=2, bool Units_mb=true)
double	ConvertThetaLabToCm (double theta_lab, int part=2)
double	ConvertOmegaLabToCm (double theta_lab, int part=2)
void	ConvertLabToCm (double theta_lab, double omega_lab, double &theta_cm, double &omega_cm, int part=2)
double	ConvertThetaCmToLab (double theta_cm, int part=2)
double	ConvertOmegaCmToLab (double theta_cm, int part=2)
void	ConvertCmToLab (double theta_cm, double omega_cm, double &theta_lab, double &omega_lab, int part=2)
TGraph *	KinVsTheta (double thmin=0.0, double thmax=180.0, int part=2, bool Frame_Lab=true, bool Units_keV=true)
TGraph *	ThetaVsTheta (double thmin=0.0, double thmax=180.0, int part=2, bool Frame_Lab=true)
TGraph *	OmegaVsTheta (double thmin=0.0, double thmax=180.0, int part=2, bool Frame_Lab=true)
TGraph *	RutherfordVsTheta (double thmin=1.0, double thmax=179.0, int part=2, bool Frame_Lab=true, bool Units_keV=true)
void	Print (Option_t *opt="")
void	Clear (Option_t *opt="")
void	SetExcEnergy (double exc)

Private Member Functions
void	SetCmFrame (double exc)
	ClassDef (TReaction, 1)

Private Attributes
TNucleus *	fNuc [4]
double	fTBeam
bool	fInverse
double	fExc
double	fM [4]
double	fQVal
double	fS
double	fInvariantMass
double	fCmTi
double	fCmTf
double	fCmE
double	fCmV
double	fCmP
double	fCmG
double	fTCm [4]
double	fECm [4]
double	fPCm [4]
double	fVCm [4]
double	fGCm [4]
double	fTLab [2]
double	fELab [2]
double	fPLab [2]
double	fVLab [2]
double	fGLab [2]
double	fThetaMax [4]

Constructor & Destructor Documentation

TReaction::TReaction	(	const char *	beam,
		const char *	targ,
		const char *	ejec,
		const char *	reco,
		double	ebeam = `0.0`,
		double	ex3 = `0.0`,
		bool	inverse = `false`
	)

Member Function Documentation

void TReaction::AnalysisAngDist	(	double	ekin,
		double	theta_lab,
		int	part,
		double &	exc,
		double &	theta_cm,
		double &	omega_lab2cm
	)

double TReaction::AnalysisBeta	(	double	ekin,
		int	part
	)

TReaction::ClassDef	(	TReaction	,
		1
	)

private

void TReaction::Clear ( Option_t * opt = "" )

void TReaction::ConvertCmToLab	(	double	theta_cm,
		double	omega_cm,
		double &	theta_lab,
		double &	omega_lab,
		int	part = `2`
	)

void TReaction::ConvertLabToCm	(	double	theta_lab,
		double	omega_lab,
		double &	theta_cm,
		double &	omega_cm,
		int	part = `2`
	)

double TReaction::ConvertOmegaCmToLab	(	double	theta_cm,
		int	part = `2`
	)

double TReaction::ConvertOmegaLabToCm	(	double	theta_lab,
		int	part = `2`
	)

double TReaction::ConvertThetaCmToLab	(	double	theta_cm,
		int	part = `2`
	)

double TReaction::ConvertThetaLabToCm	(	double	theta_lab,
		int	part = `2`
	)

double TReaction::GetCmE ( )

inline

double TReaction::GetCmG ( )

inline

double TReaction::GetCmP ( )

inline

double TReaction::GetCmTf ( )

inline

double TReaction::GetCmTi ( )

inline

double TReaction::GetCmV ( )

inline

double TReaction::GetECm ( int part )

inline

double TReaction::GetELab	(	double	theta_lab = `0.0`,
		int	part = `0`
	)

inline

double TReaction::GetELabFromThetaCm	(	double	theta_cm = `0.0`,
		int	part = `0`
	)

double TReaction::GetExc ( )

inline

double TReaction::GetExcEnergy	(	double	ekin = `0.00`,
		double	theta_lab = `0.00`,
		int	part = `2`
	)

double TReaction::GetGCm ( int part )

inline

double TReaction::GetGLab	(	double	theta_lab = `0.0`,
		int	part = `0`
	)

inline

double TReaction::GetGLabFromThetaCm	(	double	theta_cm = `0.0`,
		int	part = `0`
	)

double TReaction::GetInvariantMass ( )

inline

double TReaction::GetM ( int part )

inline

TNucleus* TReaction::GetNucleus ( int part )

inline

double TReaction::GetPCm ( int part )

inline

double TReaction::GetPLab	(	double	theta_lab = `0.0`,
		int	part = `0`
	)

inline

double TReaction::GetPLabFromThetaCm	(	double	theta_cm = `0.0`,
		int	part = `0`
	)

double TReaction::GetQVal ( )

inline

double TReaction::GetRutherfordCm	(	double	theta_cm,
		int	part = `2`,
		bool	Units_mb = `true`
	)

double TReaction::GetRutherfordLab	(	double	theta_lab,
		int	part = `2`,
		bool	Units_mb = `true`
	)

double TReaction::GetTBeam ( bool inverse )

double TReaction::GetTCm ( int part )

inline

double TReaction::GetThetaMax ( int part )

inline

double TReaction::GetTLab	(	double	theta_lab = `0.0`,
		int	part = `0`
	)

inline

double TReaction::GetTLabFromThetaCm	(	double	theta_cm = `0.0`,
		int	part = `0`
	)

double TReaction::GetVBeam ( )

inline

double TReaction::GetVCm ( int part )

inline

double TReaction::GetVLab	(	double	theta_lab = `0.0`,
		int	part = `0`
	)

inline

double TReaction::GetVLabFromThetaCm	(	double	theta_cm = `0.0`,
		int	part = `0`
	)

void TReaction::InitReaction ( )

bool TReaction::Inverse ( )

inline

TGraph * TReaction::KinVsTheta	(	double	thmin = `0.0`,
		double	thmax = `180.0`,
		int	part = `2`,
		bool	Frame_Lab = `true`,
		bool	Units_keV = `true`
	)

TGraph * TReaction::OmegaVsTheta	(	double	thmin = `0.0`,
		double	thmax = `180.0`,
		int	part = `2`,
		bool	Frame_Lab = `true`
	)

void TReaction::Print ( Option_t * opt = "" )

TGraph * TReaction::RutherfordVsTheta	(	double	thmin = `1.0`,
		double	thmax = `179.0`,
		int	part = `2`,
		bool	Frame_Lab = `true`,
		bool	Units_keV = `true`
	)

void TReaction::SetCmFrame ( double exc )

private

void TReaction::SetExcEnergy ( double exc )

inline

TGraph * TReaction::ThetaVsTheta	(	double	thmin = `0.0`,
		double	thmax = `180.0`,
		int	part = `2`,
		bool	Frame_Lab = `true`
	)

Member Data Documentation

double TReaction::fCmE

private

double TReaction::fCmG

private

double TReaction::fCmP

private

double TReaction::fCmTf

private

double TReaction::fCmTi

private

double TReaction::fCmV

private

double TReaction::fECm[4]

private

double TReaction::fELab[2]

private

double TReaction::fExc

private

double TReaction::fGCm[4]

private

double TReaction::fGLab[2]

private

double TReaction::fInvariantMass

private

bool TReaction::fInverse

private

double TReaction::fM[4]

private

TNucleus* TReaction::fNuc[4]

private

double TReaction::fPCm[4]

private

double TReaction::fPLab[2]

private

double TReaction::fQVal

private

double TReaction::fS

private

double TReaction::fTBeam

private

double TReaction::fTCm[4]

private

double TReaction::fThetaMax[4]

private

double TReaction::fTLab[2]

private

double TReaction::fVCm[4]

private

double TReaction::fVLab[2]

private

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

include/TReaction.h
libraries/TReaction/TReaction.cxx

Public Member Functions

Private Member Functions

Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation