Detailed Description

*********** *********** *********** *********** *********** *********** *********** //

A simple, intuitive two body reaction class. Lab frame variables are generally calculated by boosting from the CM frame Reactions have the form A(B,C)D where; [0] - B is "beam" [1] - A is "targ" [2] - C is "ejec" [3] - D is "reco"

Uses planck units (c=1 and is dimensionless) M = mc^2 E = full mass energy (inc. kinetic energy) T = kinetic energy V = magnitude of velocity (=beta) P = magnitude of momentum G = gamma factor (=[1-V^2]^-0.5)

An excitation energy can be included in the final state heavy recoil nucleus using ex3 in the reaction initialisation or by using SetExcEnergy(exc)
ALL ENERGIES ARE IN MEV - MASSES TOO !
currently only works for part==2, I think that part==3 just means theta_cm -> -theta_cm

BUGS THERE ARE PERSISTANT NUMERICAL ERRORS (~0.1-1%) ...??! WHY?!!?! *********** *********** *********** *********** *********** *********** *********** //

Definition at line 59 of file 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	AnalysisAngDist (double ekin, double theta_lab, int part, double &exc, double &theta_cm, double &omega_lab2cm)

double	AnalysisBeta (double ekin, int part) const

void	Clear (Option_t *opt="") override

void	ConvertCmToLab (double theta_cm, double omega_cm, double &theta_lab, double &omega_lab, int part=2) const

void	ConvertLabToCm (double theta_lab, double omega_lab, double &theta_cm, double &omega_cm, int part=2) const

double	ConvertOmegaCmToLab (double theta_cm, int part=2) const

double	ConvertOmegaLabToCm (double theta_lab, int part=2) const

double	ConvertThetaCmToLab (double theta_cm, int part=2) const

double	ConvertThetaLabToCm (double theta_lab, int part=2) const

double	GetCmE () const

double	GetCmG () const

double	GetCmP () const

double	GetCmTf () const

double	GetCmTi () const

double	GetCmV () const

double	GetECm (int part) const

double	GetELab (double theta_lab=0.0, int part=0) const

double	GetELabFromThetaCm (double theta_cm=0.0, int part=0) const

double	GetExc () const

double	GetExcEnergy (double ekin=0.00, double theta_lab=0.00, int part=2) const

double	GetGCm (int part) const

double	GetGLab (double theta_lab=0.0, int part=0) const

double	GetGLabFromThetaCm (double theta_cm=0.0, int part=0) const

double	GetInvariantMass () const

double	GetM (int part) const

const char *	GetNameFull () const

TNucleus *	GetNucleus (int part) const

double	GetPCm (int part) const

double	GetPLab (double theta_lab=0.0, int part=0) const

double	GetPLabFromThetaCm (double theta_cm=0.0, int part=0) const

double	GetQVal () const

double	GetRutherfordCm (double theta_cm, int part=2, bool Units_mb=true) const

double	GetRutherfordLab (double theta_lab, int part=2, bool Units_mb=true) const

double	GetTBeam (bool inverse) const

double	GetTCm (int part) const

double	GetThetaMax (int part) const

double	GetTLab (double theta_lab=0.0, int part=0) const

double	GetTLabFromThetaCm (double theta_cm=0.0, int part=0) const

double	GetVBeam () const

double	GetVCm (int part) const

double	GetVLab (double theta_lab=0.0, int part=0) const

double	GetVLabFromThetaCm (double theta_cm=0.0, int part=0) const

void	InitReaction ()

bool	Inverse () const

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

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

void	Print (Option_t *opt="") const override

TGraph *	RutherfordVsTheta (double thmin=1.0, double thmax=179.0, int part=2, bool Frame_Lab=true, bool Units_mb=true) const

void	SetExcEnergy (double exc)

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

Private Member Functions
void	SetCmFrame (double exc)

Private Attributes
double	fCmE {0.}

double	fCmG {0.}

double	fCmP {0.}

double	fCmTf {0.}

double	fCmTi {0.}

double	fCmV {0.}

double	fECm [4] {0.}

double	fELab [2] {0.}

double	fExc {0.}

double	fGCm [4] {0.}

double	fGLab [2] {0.}

double	fInvariantMass {0.}

bool	fInverse {false}

double	fM [4] {0.}

TNucleus *	fNuc [4] {nullptr}

double	fPCm [4] {0.}

double	fPLab [2] {0.}

double	fQVal {0.}

double	fS {0.}

double	fTBeam {0.}

double	fTCm [4] {0.}

double	fThetaMax [4] {0.}

double	fTLab [2] {0.}

double	fVCm [4] {0.}

double	fVLab [2] {0.}

Inheritance diagram for TReaction:

Collaboration diagram for TReaction:

Constructor & Destructor Documentation

◆ TReaction()

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 )

Definition at line 8 of file TReaction.cxx.

References Clear(), fInverse, fM, fNuc, fQVal, TNucleus::GetMass(), and InitReaction().

Member Function Documentation

◆ AnalysisAngDist()

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

Definition at line 176 of file TReaction.cxx.

References ConvertOmegaLabToCm(), ConvertThetaLabToCm(), fExc, GetExcEnergy(), and SetCmFrame().

◆ AnalysisBeta()

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

Definition at line 190 of file TReaction.cxx.

References fM.

◆ Clear()

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

override

Definition at line 497 of file TReaction.cxx.

References fCmE, fCmG, fCmP, fCmTf, fCmTi, fCmV, fECm, fELab, fGCm, fGLab, fInvariantMass, fInverse, fM, fNuc, fPCm, fPLab, fQVal, fS, fTBeam, fTCm, fThetaMax, fTLab, fVCm, and fVLab.

Referenced by TReaction().

◆ ConvertCmToLab()

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

Definition at line 292 of file TReaction.cxx.

References ConvertOmegaCmToLab(), and ConvertThetaCmToLab().

◆ ConvertLabToCm()

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

Definition at line 258 of file TReaction.cxx.

References ConvertOmegaLabToCm(), and ConvertThetaLabToCm().

◆ ConvertOmegaCmToLab()

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

Definition at line 279 of file TReaction.cxx.

References fCmG, fCmV, fInverse, fVCm, and PI.

Referenced by ConvertCmToLab(), ConvertOmegaLabToCm(), GetRutherfordLab(), OmegaVsTheta(), and RutherfordVsTheta().

◆ ConvertOmegaLabToCm()

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

Definition at line 251 of file TReaction.cxx.

References ConvertOmegaCmToLab(), and ConvertThetaLabToCm().

Referenced by AnalysisAngDist(), and ConvertLabToCm().

◆ ConvertThetaCmToLab()

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

Definition at line 265 of file TReaction.cxx.

References fCmG, fCmV, fInverse, fThetaMax, fVCm, and PI.

Referenced by ConvertCmToLab(), KinVsTheta(), OmegaVsTheta(), RutherfordVsTheta(), and ThetaVsTheta().

◆ ConvertThetaLabToCm()

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

Definition at line 220 of file TReaction.cxx.

References fCmG, fCmV, fInverse, fThetaMax, fVCm, and PI.

Referenced by AnalysisAngDist(), ConvertLabToCm(), ConvertOmegaLabToCm(), GetELab(), GetGLab(), GetPLab(), GetRutherfordLab(), GetTLab(), and GetVLab().

◆ GetCmE()

double TReaction::GetCmE ( ) const

inline

Definition at line 77 of file TReaction.h.

References fCmE.

◆ GetCmG()

double TReaction::GetCmG ( ) const

inline

Definition at line 82 of file TReaction.h.

References fCmG.

◆ GetCmP()

double TReaction::GetCmP ( ) const

inline

Definition at line 81 of file TReaction.h.

References fCmP.

◆ GetCmTf()

double TReaction::GetCmTf ( ) const

inline

Definition at line 79 of file TReaction.h.

References fCmTf.

◆ GetCmTi()

double TReaction::GetCmTi ( ) const

inline

Definition at line 78 of file TReaction.h.

References fCmTi.

◆ GetCmV()

double TReaction::GetCmV ( ) const

inline

Definition at line 80 of file TReaction.h.

References fCmV.

◆ GetECm()

double TReaction::GetECm ( int part ) const

inline

Definition at line 85 of file TReaction.h.

References fECm.

◆ GetELab()

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

inline

Definition at line 94 of file TReaction.h.

References ConvertThetaLabToCm(), and GetELabFromThetaCm().

◆ GetELabFromThetaCm()

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

Definition at line 112 of file TReaction.cxx.

References fCmG, fCmV, fECm, fPCm, and fTLab.

Referenced by GetELab(), GetTLabFromThetaCm(), and GetVLabFromThetaCm().

◆ GetExc()

double TReaction::GetExc ( ) const

inline

Definition at line 69 of file TReaction.h.

References fExc.

◆ GetExcEnergy()

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

Definition at line 163 of file TReaction.cxx.

References fCmG, fCmV, fExc, fM, and fTLab.

Referenced by AnalysisAngDist().

◆ GetGCm()

double TReaction::GetGCm ( int part ) const

inline

Definition at line 89 of file TReaction.h.

References fGCm.

◆ GetGLab()

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

inline

Definition at line 110 of file TReaction.h.

References ConvertThetaLabToCm(), and GetGLabFromThetaCm().

◆ GetGLabFromThetaCm()

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

Definition at line 153 of file TReaction.cxx.

References fTLab, and GetVLabFromThetaCm().

Referenced by GetGLab().

◆ GetInvariantMass()

double TReaction::GetInvariantMass ( ) const

inline

Definition at line 76 of file TReaction.h.

References fInvariantMass.

◆ GetM()

double TReaction::GetM ( int part ) const

inline

Definition at line 68 of file TReaction.h.

References fM.

◆ GetNameFull()

const char * TReaction::GetNameFull ( ) const

inline

Definition at line 66 of file TReaction.h.

References fNuc, and fTLab.

◆ GetNucleus()

TNucleus * TReaction::GetNucleus ( int part ) const

inline

Definition at line 67 of file TReaction.h.

References fNuc.

◆ GetPCm()

double TReaction::GetPCm ( int part ) const

inline

Definition at line 88 of file TReaction.h.

References fPCm.

◆ GetPLab()

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

inline

Definition at line 106 of file TReaction.h.

References ConvertThetaLabToCm(), and GetPLabFromThetaCm().

◆ GetPLabFromThetaCm()

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

Definition at line 142 of file TReaction.cxx.

References fCmG, fCmV, fECm, fPCm, and fTLab.

Referenced by GetPLab(), and GetVLabFromThetaCm().

◆ GetQVal()

double TReaction::GetQVal ( ) const

inline

Definition at line 70 of file TReaction.h.

References fQVal.

◆ GetRutherfordCm()

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

Definition at line 198 of file TReaction.cxx.

References fNuc, and fTLab.

Referenced by GetRutherfordLab(), and RutherfordVsTheta().

◆ GetRutherfordLab()

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

Definition at line 211 of file TReaction.cxx.

References ConvertOmegaCmToLab(), ConvertThetaLabToCm(), and GetRutherfordCm().

◆ GetTBeam()

double TReaction::GetTBeam ( bool inverse ) const

Definition at line 71 of file TReaction.cxx.

References fGLab, fInverse, fM, and fTLab.

◆ GetTCm()

double TReaction::GetTCm ( int part ) const

inline

Definition at line 86 of file TReaction.h.

References fTCm.

◆ GetThetaMax()

double TReaction::GetThetaMax ( int part ) const

inline

Definition at line 92 of file TReaction.h.

References fThetaMax.

◆ GetTLab()

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

inline

Definition at line 98 of file TReaction.h.

References ConvertThetaLabToCm(), and GetTLabFromThetaCm().

◆ GetTLabFromThetaCm()

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

Definition at line 121 of file TReaction.cxx.

References fM, fTLab, and GetELabFromThetaCm().

Referenced by GetTLab(), and KinVsTheta().

◆ GetVBeam()

double TReaction::GetVBeam ( ) const

inline

Definition at line 73 of file TReaction.h.

References fVLab.

◆ GetVCm()

double TReaction::GetVCm ( int part ) const

inline

Definition at line 87 of file TReaction.h.

References fVCm.

◆ GetVLab()

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

inline

Definition at line 102 of file TReaction.h.

References ConvertThetaLabToCm(), and GetVLabFromThetaCm().

◆ GetVLabFromThetaCm()

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

Definition at line 131 of file TReaction.cxx.

References fTLab, GetELabFromThetaCm(), and GetPLabFromThetaCm().

Referenced by GetGLabFromThetaCm(), and GetVLab().

◆ InitReaction()

void TReaction::InitReaction ( )

Definition at line 33 of file TReaction.cxx.

References fCmE, fCmG, fCmP, fCmTf, fCmTi, fCmV, fELab, fExc, fGLab, fInvariantMass, fM, fPLab, fQVal, fS, fTBeam, fTLab, fVLab, and SetCmFrame().

Referenced by TReaction().

◆ Inverse()

bool TReaction::Inverse ( ) const

inline

Definition at line 71 of file TReaction.h.

References fInverse.

◆ KinVsTheta()

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

Definition at line 303 of file TReaction.cxx.

References ConvertThetaCmToLab(), D2R, GetTLabFromThetaCm(), and R2D.

◆ OmegaVsTheta()

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

Definition at line 374 of file TReaction.cxx.

References ConvertOmegaCmToLab(), ConvertThetaCmToLab(), D2R, and R2D.

◆ Print()

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

override

Definition at line 437 of file TReaction.cxx.

References fCmE, fCmG, fCmP, fCmTf, fCmTi, fCmV, fECm, fELab, fGCm, fGLab, fInverse, fM, fNuc, fPCm, fPLab, fQVal, fTBeam, fTCm, fThetaMax, fTLab, fVCm, fVLab, TNucleus::GetA(), TNucleus::GetZ(), and R2D.

◆ RutherfordVsTheta()

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

Definition at line 406 of file TReaction.cxx.

References ConvertOmegaCmToLab(), ConvertThetaCmToLab(), D2R, GetRutherfordCm(), and R2D.

◆ SetCmFrame()

void TReaction::SetCmFrame ( double exc )

private

Definition at line 79 of file TReaction.cxx.

References fCmG, fCmV, fECm, fGCm, fM, fPCm, fS, fTCm, fThetaMax, fVCm, and PI.

Referenced by AnalysisAngDist(), InitReaction(), and SetExcEnergy().

◆ SetExcEnergy()

void TReaction::SetExcEnergy ( double exc )

inline

Definition at line 152 of file TReaction.h.

References SetCmFrame().

◆ ThetaVsTheta()

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

Definition at line 339 of file TReaction.cxx.

References ConvertThetaCmToLab(), D2R, and R2D.

Member Data Documentation

◆ fCmE

double TReaction::fCmE {0.}

private

Definition at line 171 of file TReaction.h.

Referenced by Clear(), GetCmE(), InitReaction(), and Print().

◆ fCmG

double TReaction::fCmG {0.}

private

Definition at line 174 of file TReaction.h.

Referenced by Clear(), ConvertOmegaCmToLab(), ConvertThetaCmToLab(), ConvertThetaLabToCm(), GetCmG(), GetELabFromThetaCm(), GetExcEnergy(), GetPLabFromThetaCm(), InitReaction(), Print(), and SetCmFrame().

◆ fCmP

double TReaction::fCmP {0.}

private

Definition at line 173 of file TReaction.h.

Referenced by Clear(), GetCmP(), InitReaction(), and Print().

◆ fCmTf

double TReaction::fCmTf {0.}

private

Definition at line 170 of file TReaction.h.

Referenced by Clear(), GetCmTf(), InitReaction(), and Print().

◆ fCmTi

double TReaction::fCmTi {0.}

private

Definition at line 169 of file TReaction.h.

Referenced by Clear(), GetCmTi(), InitReaction(), and Print().

◆ fCmV

double TReaction::fCmV {0.}

private

Definition at line 172 of file TReaction.h.

Referenced by Clear(), ConvertOmegaCmToLab(), ConvertThetaCmToLab(), ConvertThetaLabToCm(), GetCmV(), GetELabFromThetaCm(), GetExcEnergy(), GetPLabFromThetaCm(), InitReaction(), Print(), and SetCmFrame().

◆ fECm

double TReaction::fECm[4] {0.}

private

Definition at line 178 of file TReaction.h.

Referenced by Clear(), GetECm(), GetELabFromThetaCm(), GetPLabFromThetaCm(), Print(), and SetCmFrame().

◆ fELab

double TReaction::fELab[2] {0.}

private

Definition at line 186 of file TReaction.h.

Referenced by Clear(), InitReaction(), and Print().

◆ fExc

double TReaction::fExc {0.}

private

Definition at line 162 of file TReaction.h.

Referenced by AnalysisAngDist(), GetExc(), GetExcEnergy(), and InitReaction().

◆ fGCm

double TReaction::fGCm[4] {0.}

private

Definition at line 181 of file TReaction.h.

Referenced by Clear(), GetGCm(), Print(), and SetCmFrame().

◆ fGLab

double TReaction::fGLab[2] {0.}

private

Definition at line 189 of file TReaction.h.

Referenced by Clear(), GetTBeam(), InitReaction(), and Print().

◆ fInvariantMass

double TReaction::fInvariantMass {0.}

private

Definition at line 168 of file TReaction.h.

Referenced by Clear(), GetInvariantMass(), and InitReaction().

◆ fInverse

bool TReaction::fInverse {false}

private

Definition at line 161 of file TReaction.h.

Referenced by TReaction(), Clear(), ConvertOmegaCmToLab(), ConvertThetaCmToLab(), ConvertThetaLabToCm(), GetTBeam(), Inverse(), and Print().

◆ fM

double TReaction::fM[4] {0.}

private

Definition at line 163 of file TReaction.h.

Referenced by TReaction(), AnalysisBeta(), Clear(), GetExcEnergy(), GetM(), GetTBeam(), GetTLabFromThetaCm(), InitReaction(), Print(), and SetCmFrame().

◆ fNuc

TNucleus* TReaction::fNuc[4] {nullptr}

private

Definition at line 159 of file TReaction.h.

Referenced by TReaction(), Clear(), GetNameFull(), GetNucleus(), GetRutherfordCm(), and Print().

◆ fPCm

double TReaction::fPCm[4] {0.}

private

Definition at line 179 of file TReaction.h.

Referenced by Clear(), GetELabFromThetaCm(), GetPCm(), GetPLabFromThetaCm(), Print(), and SetCmFrame().

◆ fPLab

double TReaction::fPLab[2] {0.}

private

Definition at line 187 of file TReaction.h.

Referenced by Clear(), InitReaction(), and Print().

◆ fQVal

double TReaction::fQVal {0.}

private

Definition at line 166 of file TReaction.h.

Referenced by TReaction(), Clear(), GetQVal(), InitReaction(), and Print().

◆ fS

double TReaction::fS {0.}

private

Definition at line 167 of file TReaction.h.

Referenced by Clear(), InitReaction(), and SetCmFrame().

◆ fTBeam

double TReaction::fTBeam {0.}

private

Definition at line 160 of file TReaction.h.

Referenced by Clear(), InitReaction(), and Print().

◆ fTCm

double TReaction::fTCm[4] {0.}

private

Definition at line 177 of file TReaction.h.

Referenced by Clear(), GetTCm(), Print(), and SetCmFrame().

◆ fThetaMax

double TReaction::fThetaMax[4] {0.}

private

Definition at line 190 of file TReaction.h.

Referenced by Clear(), ConvertThetaCmToLab(), ConvertThetaLabToCm(), GetThetaMax(), Print(), and SetCmFrame().

◆ fTLab

double TReaction::fTLab[2] {0.}

private

Definition at line 185 of file TReaction.h.

Referenced by Clear(), GetELabFromThetaCm(), GetExcEnergy(), GetGLabFromThetaCm(), GetNameFull(), GetPLabFromThetaCm(), GetRutherfordCm(), GetTBeam(), GetTLabFromThetaCm(), GetVLabFromThetaCm(), InitReaction(), and Print().

◆ fVCm

double TReaction::fVCm[4] {0.}

private

Definition at line 180 of file TReaction.h.

Referenced by Clear(), ConvertOmegaCmToLab(), ConvertThetaCmToLab(), ConvertThetaLabToCm(), GetVCm(), Print(), and SetCmFrame().

◆ fVLab

double TReaction::fVLab[2] {0.}

private

Definition at line 188 of file TReaction.h.

Referenced by Clear(), GetVBeam(), InitReaction(), and Print().

Detailed Description

Public Member Functions

Private Member Functions

Private Attributes

Constructor & Destructor Documentation

◆ TReaction()

Member Function Documentation

◆ AnalysisAngDist()

◆ AnalysisBeta()

◆ Clear()

◆ ConvertCmToLab()

◆ ConvertLabToCm()

◆ ConvertOmegaCmToLab()

◆ ConvertOmegaLabToCm()

◆ ConvertThetaCmToLab()

◆ ConvertThetaLabToCm()

◆ GetCmE()

◆ GetCmG()

◆ GetCmP()

◆ GetCmTf()

◆ GetCmTi()

◆ GetCmV()

◆ GetECm()

◆ GetELab()

◆ GetELabFromThetaCm()

◆ GetExc()

◆ GetExcEnergy()

◆ GetGCm()

◆ GetGLab()

◆ GetGLabFromThetaCm()

◆ GetInvariantMass()

◆ GetM()

◆ GetNameFull()

◆ GetNucleus()

◆ GetPCm()

◆ GetPLab()

◆ GetPLabFromThetaCm()

◆ GetQVal()

◆ GetRutherfordCm()

◆ GetRutherfordLab()

◆ GetTBeam()

◆ GetTCm()

◆ GetThetaMax()

◆ GetTLab()

◆ GetTLabFromThetaCm()

◆ GetVBeam()

◆ GetVCm()

◆ GetVLab()

◆ GetVLabFromThetaCm()

◆ InitReaction()

◆ Inverse()

◆ KinVsTheta()

◆ OmegaVsTheta()

◆ Print()

◆ RutherfordVsTheta()

◆ SetCmFrame()

◆ SetExcEnergy()

◆ ThetaVsTheta()

Member Data Documentation

◆ fCmE

◆ fCmG

◆ fCmP

◆ fCmTf

◆ fCmTi

◆ fCmV

◆ fECm

◆ fELab

◆ fExc

◆ fGCm

◆ fGLab

◆ fInvariantMass

◆ fInverse

◆ fM

◆ fNuc

◆ fPCm

◆ fPLab

◆ fQVal

◆ fS

◆ fTBeam

◆ fTCm