TNucleus Class Reference

Detailed Description

This class builds a nucleus and sets all the basic information (mass, Z, symbol, radius, etc.)

Definition at line 23 of file TNucleus.h.

Public Member Functions
	TNucleus ()=default
	TNucleus (const char *name)
	TNucleus (const TNucleus &)=delete
	TNucleus (int charge, int neutrons, const char *MassFile=nullptr)
	TNucleus (int charge, int neutrons, double mass, const char *symbol)
	TNucleus (TNucleus &&) noexcept=delete
	~TNucleus ()
void	AddTransition (Double_t energy, Double_t intensity, Double_t energy_uncertainty=0.0, Double_t intensity_uncertainty=0.0)
void	AddTransition (TTransition *tran)
int	GetA () const
double	GetBetaFromEnergy (double energy_MeV) const
double	GetEnergyFromBeta (double beta) const
double	GetMass () const
double	GetMassExcess () const
int	GetN () const
Int_t	GetNTransitions () const
double	GetRadius () const
const char *	GetSymbol () const
TTransition *	GetTransition (Int_t idx)
TTransition *	GetTransitionByEnergy (Int_t idx)
TTransition *	GetTransitionByIntensity (Int_t idx)
const TSortedList *	GetTransitionList () const
const TSortedList *	GetTransitionListByEnergy () const
const TSortedList *	GetTransitionListByIntensity () const
int	GetZ () const
int	GetZfromSymbol (char *)
Int_t	NTransitions () const
bool	operator!= (const TNucleus &rhs) const
TNucleus &	operator= (const TNucleus &)=delete
TNucleus &	operator= (TNucleus &&) noexcept=delete
bool	operator== (const TNucleus &rhs) const
void	Print (Option_t *opt="") const override
void	SetMass ()
void	SetMass (double)
void	SetMassExcess (double)
void	SetN (int)
void	SetSymbol (const char *)
void	SetZ (int)
void	WriteSourceFile (const std::string &outfilename="")

Static Public Member Functions
static void	ParseName (const char *name, std::string &symbol, int &number, std::string &element)
static void	ParseName (std::string name, std::string &symbol, int &number, std::string &element)
static std::string	SortName (const char *input)
static std::string	SortName (std::string input)
static std::string &	SourceDirectory ()

Private Member Functions
bool	LoadTransitionFile ()
void	SetName (const char *name="") override

Static Private Member Functions
static std::string &	Massfile ()

Private Attributes
int	fA {0}
double	fMass {0.}
double	fMassExcess {0.}
int	fN {0}
std::string	fSymbol
TSortedList	fTransitionListByEnergy
TSortedList	fTransitionListByIntensity
int	fZ {0}

Static Private Attributes
static std::string	fSourceDirectory
static bool	fSourceDirectoryChecked = false

Inheritance diagram for TNucleus:

Collaboration diagram for TNucleus:

Constructor & Destructor Documentation

TNucleus() [1/6]

TNucleus::TNucleus ( )

default

Should not be used, here so we can write things to a root file.

TNucleus() [2/6]

TNucleus::TNucleus ( const char * name )

explicit

Creates a nucleus based on symbol and sets all parameters from mass.dat.

Definition at line 41 of file TNucleus.cxx.

References LoadTransitionFile(), Massfile(), ParseName(), SetMass(), SetMassExcess(), SetN(), SetName(), SetSymbol(), and SetZ().

TNucleus() [3/6]

TNucleus::TNucleus	(	int	charge,
		int	neutrons,
		double	mass,
		const char *	symbol )

Creates a nucleus with Z, N, mass, and symbol.

Creates a nucleus with Z, N, mass, and symbol

Definition at line 92 of file TNucleus.cxx.

References LoadTransitionFile(), and SetName().

TNucleus() [4/6]

TNucleus::TNucleus	(	int	charge,
		int	neutrons,
		const char *	MassFile = nullptr )

Creates a nucleus with Z, N using mass table (default MassFile = "mass.dat")

Creates a nucleus with Z, N using mass table (default MassFile = "mass.dat")

Definition at line 100 of file TNucleus.cxx.

References Massfile().

TNucleus() [5/6]

TNucleus::TNucleus ( const TNucleus & )

delete

TNucleus() [6/6]

TNucleus::TNucleus ( TNucleus && )

deletenoexcept

~TNucleus()

TNucleus::~TNucleus

(

)

Definition at line 151 of file TNucleus.cxx.

References fTransitionListByEnergy, and fTransitionListByIntensity.

Member Function Documentation

AddTransition() [1/2]

void TNucleus::AddTransition	(	Double_t	energy,
		Double_t	intensity,
		Double_t	energy_uncertainty = 0.0,
		Double_t	intensity_uncertainty = 0.0 )

Definition at line 283 of file TNucleus.cxx.

References AddTransition().

Referenced by AddTransition(), and LoadTransitionFile().

AddTransition() [2/2]

void TNucleus::AddTransition

(

TTransition *

tran

)

Definition at line 295 of file TNucleus.cxx.

References fTransitionListByEnergy, and fTransitionListByIntensity.

GetA()

int TNucleus::GetA ( ) const

inline

Gets the A (Z + N) of the nucleus.

Definition at line 59 of file TNucleus.h.

References fN, and fZ.

Referenced by GetRadius(), LoadTransitionFile(), TReaction::Print(), SetMass(), and SetName().

GetBetaFromEnergy()

double TNucleus::GetBetaFromEnergy

(

double

energy_MeV

)

const

Definition at line 409 of file TNucleus.cxx.

References fMass.

GetEnergyFromBeta()

double TNucleus::GetEnergyFromBeta

(

double

beta

)

const

Definition at line 403 of file TNucleus.cxx.

References fMass.

GetMass()

double TNucleus::GetMass ( ) const

inline

Gets the mass of the nucleus (in MeV)

Definition at line 61 of file TNucleus.h.

References fMass.

Referenced by TKinematics::TKinematics(), TKinematics::TKinematics(), TKinematics::TKinematics(), TKinematics::TKinematics(), TKinematics::TKinematics(), TReaction::TReaction(), TKinematics::FinalCm(), and TKinematics::GetExcEnergy().

GetMassExcess()

double TNucleus::GetMassExcess ( ) const

inline

Gets the mass excess of the nucleus (in MeV)

Definition at line 60 of file TNucleus.h.

References fMassExcess.

Referenced by SetMass().

GetN()

int TNucleus::GetN ( ) const

inline

Gets the N (# of neutrons) of the nucleus.

Definition at line 58 of file TNucleus.h.

References fN.

GetNTransitions()

Int_t TNucleus::GetNTransitions ( ) const

inline

Definition at line 73 of file TNucleus.h.

References fTransitionListByIntensity.

GetRadius()

double TNucleus::GetRadius

(

)

const

Definition at line 276 of file TNucleus.cxx.

References GetA().

GetSymbol()

const char * TNucleus::GetSymbol ( ) const

inline

Gets the atomic symbol of the nucleus.

Definition at line 62 of file TNucleus.h.

References fSymbol.

Referenced by LoadTransitionFile(), and SetName().

GetTransition()

TTransition * TNucleus::GetTransition ( Int_t idx )

inline

Definition at line 68 of file TNucleus.h.

References GetTransitionByIntensity().

GetTransitionByEnergy()

TTransition * TNucleus::GetTransitionByEnergy

(

Int_t

idx

)

Definition at line 313 of file TNucleus.cxx.

References fTransitionListByEnergy.

GetTransitionByIntensity()

TTransition * TNucleus::GetTransitionByIntensity

(

Int_t

idx

)

Definition at line 303 of file TNucleus.cxx.

References fTransitionListByIntensity.

Referenced by GetTransition().

GetTransitionList()

const TSortedList * TNucleus::GetTransitionList ( ) const

inline

Definition at line 80 of file TNucleus.h.

References GetTransitionListByIntensity().

Referenced by TCalibrator::AddData(), and TSourceList::SetNucleus().

GetTransitionListByEnergy()

const TSortedList * TNucleus::GetTransitionListByEnergy ( ) const

inline

Definition at line 82 of file TNucleus.h.

References fTransitionListByEnergy.

GetTransitionListByIntensity()

const TSortedList * TNucleus::GetTransitionListByIntensity ( ) const

inline

Definition at line 81 of file TNucleus.h.

References fTransitionListByIntensity.

Referenced by GetTransitionList().

GetZ()

int TNucleus::GetZ ( ) const

inline

Gets the Z (# of protons) of the nucleus.

Definition at line 57 of file TNucleus.h.

References fZ.

Referenced by TReaction::Print(), and TKinematics::Rutherford().

GetZfromSymbol()

int TNucleus::GetZfromSymbol

(

char *

symbol

)

Definition at line 253 of file TNucleus.cxx.

References SetZ().

LoadTransitionFile()

bool TNucleus::LoadTransitionFile ( )

private

Definition at line 350 of file TNucleus.cxx.

References AddTransition(), fTransitionListByIntensity, GetA(), GetSymbol(), and SourceDirectory().

Referenced by TNucleus(), and TNucleus().

Massfile()

std::string & TNucleus::Massfile ( )

staticprivate

< Returns the directory with the .sou files and the mass file

Returns the massfile to be used, which includes Z, N, atomic symbol, and mass excess

Definition at line 35 of file TNucleus.cxx.

References SourceDirectory().

Referenced by TNucleus(), and TNucleus().

NTransitions()

Int_t TNucleus::NTransitions ( ) const

inline

Definition at line 72 of file TNucleus.h.

References fTransitionListByIntensity.

Referenced by TEnergyCal::SetNucleus().

operator!=()

bool TNucleus::operator!= ( const TNucleus & rhs ) const

inline

Definition at line 85 of file TNucleus.h.

operator=() [1/2]

TNucleus & TNucleus::operator= ( const TNucleus & )

delete

operator=() [2/2]

TNucleus & TNucleus::operator= ( TNucleus && )

deletenoexcept

operator==()

bool TNucleus::operator== ( const TNucleus & rhs ) const

inline

Definition at line 84 of file TNucleus.h.

References fA, fN, and fZ.

ParseName() [1/2]

static void TNucleus::ParseName ( const char * name, std::string & symbol, int & number, std::string & element )

inlinestatic

Definition at line 36 of file TNucleus.h.

References ParseName().

Referenced by TNucleus(), ParseName(), and SortName().

ParseName() [2/2]

void TNucleus::ParseName ( std::string name, std::string & symbol, int & number, std::string & element )

static

Strips any non-alphanumeric character from input, parses rest as number and symbol. E.g. turns "na26" into "Na" and 26 or " 152 EU... " into "Eu" and 152. Only uses the first number and first letter, so "na26 eu152" would be turned into "Na" and 26, but "na26 152eu" would be turned into "Na" and 26152, and "26na 152eu" would be turned into "Na152eu" and 26. Special inputs are "p" for "H" and 1, "d" for "H" and 2, "t" for "H" and 3, and "a" for "He" and 4. element simply is the combined string of number and element.

Definition at line 157 of file TNucleus.cxx.

Print()

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

override

Definition at line 323 of file TNucleus.cxx.

References fTransitionListByIntensity.

SetMass() [1/2]

void TNucleus::SetMass

(

)

Sets the mass based on the A and mass excess of nucleus (in MeV)

Definition at line 241 of file TNucleus.cxx.

References amu, fMass, GetA(), and GetMassExcess().

Referenced by TNucleus().

SetMass() [2/2]

void TNucleus::SetMass

(

double

mass

)

Sets the mass manually (in MeV)

Definition at line 235 of file TNucleus.cxx.

References fMass.

SetMassExcess()

void TNucleus::SetMassExcess

(

double

mass_ex

)

Sets the mass excess of the nucleus (in MeV)

Definition at line 229 of file TNucleus.cxx.

References fMassExcess.

Referenced by TNucleus().

SetN()

void TNucleus::SetN

(

int

neutrons

)

Sets the N (# of neutrons) of the nucleus.

Definition at line 224 of file TNucleus.cxx.

References fN.

Referenced by TNucleus().

SetName()

void TNucleus::SetName ( const char * name = "" )

overrideprivate

Definition at line 144 of file TNucleus.cxx.

References GetA(), and GetSymbol().

Referenced by TNucleus(), and TNucleus().

SetSymbol()

void TNucleus::SetSymbol

(

const char *

symbol

)

Sets the atomic symbol for the nucleus.

Definition at line 247 of file TNucleus.cxx.

References fSymbol.

Referenced by TNucleus().

SetZ()

void TNucleus::SetZ

(

int

charge

)

Sets the Z (# of protons) of the nucleus.

Definition at line 219 of file TNucleus.cxx.

References fZ.

Referenced by TNucleus(), and GetZfromSymbol().

SortName() [1/2]

static std::string TNucleus::SortName ( const char * input )

inlinestatic

Definition at line 41 of file TNucleus.h.

References SortName().

Referenced by SortName().

SortName() [2/2]

std::string TNucleus::SortName ( std::string input )

static

Strips any non-alphanumeric character from input, parses rest as number and symbol. E.g. turns "na26" into "26Na" or " 152 EU... " into "152Eu". Special inputs are "p" for "1H", "d" for "2H", "t" for "2H", and "a" for "4He".

Definition at line 206 of file TNucleus.cxx.

References ParseName().

SourceDirectory()

std::string & TNucleus::SourceDirectory ( )

static

Definition at line 19 of file TNucleus.cxx.

References fSourceDirectory, and fSourceDirectoryChecked.

Referenced by TSourceCalibration::BuildFirstInterface(), LoadTransitionFile(), and Massfile().

WriteSourceFile()

void TNucleus::WriteSourceFile

(

const std::string &

outfilename = ""

)

Definition at line 335 of file TNucleus.cxx.

References fTransitionListByIntensity.

Member Data Documentation

fA

int TNucleus::fA {0}

private

Number of nucleons (Z + N)

Definition at line 96 of file TNucleus.h.

Referenced by operator==().

fMass

double TNucleus::fMass {0.}

private

Mass (in MeV)

Definition at line 99 of file TNucleus.h.

Referenced by GetBetaFromEnergy(), GetEnergyFromBeta(), GetMass(), SetMass(), and SetMass().

fMassExcess

double TNucleus::fMassExcess {0.}

private

Mass excess (in MeV)

Definition at line 100 of file TNucleus.h.

Referenced by GetMassExcess(), and SetMassExcess().

fN

int TNucleus::fN {0}

private

Number of neutrons (N)

Definition at line 97 of file TNucleus.h.

Referenced by GetA(), GetN(), operator==(), and SetN().

fSourceDirectory

std::string TNucleus::fSourceDirectory

staticprivate

! path of directory with .sou files

Definition at line 93 of file TNucleus.h.

Referenced by SourceDirectory().

fSourceDirectoryChecked

bool TNucleus::fSourceDirectoryChecked = false

staticprivate

! flag to indicate whetehr the source directory path has been checked

Definition at line 94 of file TNucleus.h.

Referenced by SourceDirectory().

fSymbol

std::string TNucleus::fSymbol

private

Atomic symbol (ex. Ba, C, O, N)

Definition at line 101 of file TNucleus.h.

Referenced by GetSymbol(), and SetSymbol().

fTransitionListByEnergy

TSortedList TNucleus::fTransitionListByEnergy

private

Definition at line 104 of file TNucleus.h.

Referenced by ~TNucleus(), AddTransition(), GetTransitionByEnergy(), and GetTransitionListByEnergy().

fTransitionListByIntensity

TSortedList TNucleus::fTransitionListByIntensity

private

Definition at line 103 of file TNucleus.h.

Referenced by ~TNucleus(), AddTransition(), GetNTransitions(), GetTransitionByIntensity(), GetTransitionListByIntensity(), LoadTransitionFile(), NTransitions(), Print(), and WriteSourceFile().

fZ

int TNucleus::fZ {0}

private

Number of protons (Z)

Definition at line 98 of file TNucleus.h.

Referenced by GetA(), GetZ(), operator==(), and SetZ().