Namespaces
namespace	WDB

Classes
class	CoulexCalculation

class	Level

class	LevelScheme

struct	Nucleus

class	ParticleDetector

struct	Target

class	Transition

struct	WDB_nuclvl

struct	WDB_nuctrans

Enumerations
enum	Species { kNone = 0 , kProjectile = 1 , kTarget = 2 }

Functions
int	Kinematics (double A1I, double A2I, double A3I, double A4I, double E1I, double QEFFI, double PSII, double &E3I, double &E3AI, double &E4I, double &E4AI, double &ZETAI, double &ZETAAI, double &thetaI, double &thetaaI, double &PHII, double &PHIAI)

double	xcmlr (double anglab, double angCM, double Ap, double At, double Ep, double Q, bool Tgtex)

int	MakeDatafile (int Zbeam, float Abeam, int Ztgt, float Atgt, int grouptype, std::vector< WDB_nuclvl > &nuclvls, std::vector< WDB_nuctrans > &nucEtrans, std::vector< WDB_nuctrans > &nucMtrans, std::string filename)

int	ReadDatafile (std::string datafile)

int	setupcoulex (int Zbeam, float Abeam, int Ztgt, float Atgt, int grouptype, std::vector< WDB_nuclvl > &nuclvls, std::vector< WDB_nuctrans > &nucEtrans, std::vector< WDB_nuctrans > &nucMtrans)

void	GP_AC_Tensors (float Ebeam, float CMAng, int lvl, std::complex< double > **rho, float &xsect)

void	DrawSetup ()

GamR::Coulex::CoulexCalculation	ExperimentalSetup (std::string file_name)

GamR::AngDist::StatTensor *	DoCoulex (std::string file_name)

void	loadSCOEF ()

double	S_e (double E, int Zb, int Zt)

double	S_n (double E, int Zb, int Zt, double Mb=0, double Mt=0)

double	dEdx (double E, int Zb, int Zt, double Mb=0, double Mt=0)

double	ELoss (double E, int Zb, int Zt, double Tt, double Mb=0, double ttime=nullptr, double range=nullptr, double Mt=0, double denst=0, long acc=1000)

Variables
const double	rad2deg = 360. / 2. / TMath::Pi()

bool	SCOEFloaded

double	Eldat [92][5]

Enumeration Type Documentation

◆ Species

enum GamR::Coulex::Species

Enum for excited/detected species

Enumerator
kNone
kProjectile
kTarget

Definition at line 50 of file CoulexCalculation.hh.

Function Documentation

◆ dEdx()

double GamR::Coulex::dEdx	(	double	E,
		int	Zb,
		int	Zt,
		double	Mb = 0,
		double	Mt = 0 )

◆ DoCoulex()

GamR::AngDist::StatTensor * GamR::Coulex::DoCoulex ( std::string file_name )

Definition at line 1154 of file CoulexCalculation.cc.

References GamR::Coulex::CoulexCalculation::CalcTensor(), GamR::Coulex::CoulexCalculation::ExperimentalSetup(), GamR::Coulex::CoulexCalculation::Print(), GamR::Coulex::CoulexCalculation::ReadFromFile(), and GamR::Coulex::CoulexCalculation::SaveToFile().

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◆ DrawSetup()

void GamR::Coulex::DrawSetup ( )

Definition at line 336 of file Coulex.cc.

Referenced by GamR::Coulex::CoulexCalculation::SetParticleDet().

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◆ ELoss()

double GamR::Coulex::ELoss	(	double	E,
		int	Zb,
		int	Zt,
		double	Tt,
		double	Mb = 0,
		double *	ttime = nullptr,
		double *	range = nullptr,
		double	Mt = 0,
		double	denst = 0,
		long	acc = 1000 )

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor().

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◆ ExperimentalSetup()

GamR::Coulex::CoulexCalculation GamR::Coulex::ExperimentalSetup ( std::string file_name )

Definition at line 1145 of file CoulexCalculation.cc.

References GamR::Coulex::CoulexCalculation::ExperimentalSetup(), GamR::Coulex::CoulexCalculation::Print(), GamR::Coulex::CoulexCalculation::ReadFromFile(), and GamR::Coulex::CoulexCalculation::SaveToFile().

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◆ GP_AC_Tensors()

void GamR::Coulex::GP_AC_Tensors	(	float	Ebeam,
		float	CMAng,
		int	lvl,
		std::complex< double > **	rho,
		float &	xsect )

Definition at line 317 of file Coulex.cc.

References GamR::Coulex::WDB::coulex_(), GamR::Coulex::WDB::coulparcm_(), and GamR::Coulex::WDB::getcoulex_().

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor().

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◆ Kinematics()

int GamR::Coulex::Kinematics	(	double	A1I,
		double	A2I,
		double	A3I,
		double	A4I,
		double	E1I,
		double	QEFFI,
		double	PSII,
		double &	E3I,
		double &	E3AI,
		double &	E4I,
		double &	E4AI,
		double &	ZETAI,
		double &	ZETAAI,
		double &	thetaI,
		double &	thetaaI,
		double &	PHII,
		double &	PHIAI )

Routine to get reaction kinematics based on Marion and Young's solutions, writted in FORTRAN by A.E. Stuchbery.

Parameters

A1I	projectile mass
A2I	target mass
A3I	light recoil mass
A4I	heavy recoil mass
E1I	projectile energy
QEFFI	reaction energy
PSII	light recoil angle
E3I	light mass energy (output)
E3AI	alternative solution (output)
E4I	heavy mass energy (output)
E4AI	alerternative solution (output)
ZETAI	heavy recoil angle (output)
ZETAAI	alternative solution (output)
thetaI	light CM angle (output)
thetaI	alternative solution (output)
PHII	heavy CM angle (output)
PHIAI	alternative solution (output)

Returns: 1 = unique solution, 0 = two solutions, -1 = bad light recoil angle

Definition at line 50 of file Coulex.cc.

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor().

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◆ loadSCOEF()

void GamR::Coulex::loadSCOEF ( )

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor(), GamR::Coulex::CoulexCalculation::ReadFromFile(), GamR::Coulex::CoulexCalculation::SetBeam(), and GamR::Coulex::CoulexCalculation::SetTarget().

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◆ MakeDatafile()

int GamR::Coulex::MakeDatafile	(	int	Zbeam,
		float	Abeam,
		int	Ztgt,
		float	Atgt,
		int	grouptype,
		std::vector< WDB_nuclvl > &	nuclvls,
		std::vector< WDB_nuctrans > &	nucEtrans,
		std::vector< WDB_nuctrans > &	nucMtrans,
		std::string	filename )

Definition at line 229 of file Coulex.cc.

Referenced by setupcoulex().

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◆ ReadDatafile()

int GamR::Coulex::ReadDatafile ( std::string datafile )

Definition at line 287 of file Coulex.cc.

References GamR::Utils::c_to_f_str(), GamR::Coulex::WDB::freader_(), and GamR::Coulex::WDB::setup_coulex_().

Referenced by setupcoulex().

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◆ S_e()

double GamR::Coulex::S_e	(	double	E,
		int	Zb,
		int	Zt )

◆ S_n()

double GamR::Coulex::S_n	(	double	E,
		int	Zb,
		int	Zt,
		double	Mb = 0,
		double	Mt = 0 )

◆ setupcoulex()

int GamR::Coulex::setupcoulex	(	int	Zbeam,
		float	Abeam,
		int	Ztgt,
		float	Atgt,
		int	grouptype,
		std::vector< WDB_nuclvl > &	nuclvls,
		std::vector< WDB_nuctrans > &	nucEtrans,
		std::vector< WDB_nuctrans > &	nucMtrans )

Definition at line 304 of file Coulex.cc.

References MakeDatafile(), and ReadDatafile().

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor().

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◆ xcmlr()

double GamR::Coulex::xcmlr	(	double	anglab,
		double	angCM,
		double	Ap,
		double	At,
		double	Ep,
		double	Q,
		bool	Tgtex )

Definition at line 182 of file Coulex.cc.

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor().

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Variable Documentation

◆ Eldat

double GamR::Coulex::Eldat[92][5]

extern

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor(), GamR::Coulex::CoulexCalculation::ReadFromFile(), GamR::Coulex::CoulexCalculation::SetBeam(), and GamR::Coulex::CoulexCalculation::SetTarget().

◆ rad2deg

const double GamR::Coulex::rad2deg = 360. / 2. / TMath::Pi()

Definition at line 21 of file Coulex.hh.

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor().

◆ SCOEFloaded

bool GamR::Coulex::SCOEFloaded

extern

Referenced by GamR::Coulex::CoulexCalculation::CalcTensor(), GamR::Coulex::CoulexCalculation::ReadFromFile(), GamR::Coulex::CoulexCalculation::SetBeam(), and GamR::Coulex::CoulexCalculation::SetTarget().

Namespaces

Classes

Enumerations

Functions

Variables

Enumeration Type Documentation

◆ Species

Function Documentation

◆ dEdx()

◆ DoCoulex()

◆ DrawSetup()

◆ ELoss()

◆ ExperimentalSetup()

◆ GP_AC_Tensors()

◆ Kinematics()

◆ loadSCOEF()

◆ MakeDatafile()

◆ ReadDatafile()

◆ S_e()

◆ S_n()

◆ setupcoulex()

◆ xcmlr()

Variable Documentation

◆ Eldat

◆ rad2deg

◆ SCOEFloaded