Energy Class Reference

#include <energy.h>

Inheritance diagram for Energy:

Public Member Functions
	Energy ()
	Energy (double energy)
	Energy (double energy, const char *unit)
bool	operator< (const Energy &e) const
void	set (double energy)
void	set (double energy, const char *unit)
double	get (const char *unit) const
double	Ryd () const
double	K () const
double	Erg () const
double	WN () const
double	eV () const
double	keV () const
double	MeV () const
double	Hz () const
double	kHz () const
double	MHz () const
double	GHz () const
double	angstromVac () const
double	nmVac () const
double	micronVac () const
double	mmVac () const
double	cmVac () const

Private Attributes
double	m_energy

Constructor & Destructor Documentation

Energy() [1/3]

Energy::Energy ( )

inline

References m_energy.

Referenced by EnergyEntry::EnergyEntry(), EnergyEntry::EnergyEntry(), EnergyEntry::EnergyEntry(), and operator<().

Energy() [2/3]

Energy::Energy ( double energy )

inline

References energy(), and m_energy.

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Energy() [3/3]

Energy::Energy ( double energy, const char * unit )

inline

References energy(), m_energy, and set().

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Member Function Documentation

angstromVac()

double Energy::angstromVac ( ) const

inline

References m_energy.

Referenced by cmVac(), get(), micronVac(), mmVac(), and nmVac().

cmVac()

double Energy::cmVac ( ) const

inline

References angstromVac().

Referenced by get().

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Erg()

double Energy::Erg ( ) const

inline

References m_energy.

Referenced by get().

eV()

double Energy::eV ( ) const

inline

References m_energy.

Referenced by get(), keV(), and MeV().

get()

double Energy::get

(

const char *

unit

)

const

References angstromVac(), cdEXIT, cmVac(), DEBUG_ENTRY, ENERGY_A, ENERGY_CM, ENERGY_ERG, ENERGY_EV, ENERGY_GHZ, ENERGY_HZ, ENERGY_K, ENERGY_KEV, ENERGY_KHZ, ENERGY_MEV, ENERGY_MHZ, ENERGY_MICRON, ENERGY_MM, ENERGY_NM, ENERGY_RYD, ENERGY_WN, Erg(), eV(), EXIT_FAILURE, fprintf(), GHz(), Hz(), ioQQQ, isSameUnit(), K(), keV(), kHz(), MeV(), MHz(), micronVac(), mmVac(), nmVac(), Ryd(), and WN().

Referenced by AnuUnit(), and lgIsLymanLineResolved().

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GHz()

double Energy::GHz ( ) const

inline

References Hz().

Referenced by get().

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Hz()

double Energy::Hz ( ) const

inline

References m_energy.

Referenced by get(), GHz(), kHz(), and MHz().

K()

double Energy::K ( ) const

inline

References m_energy.

Referenced by get().

keV()

double Energy::keV ( ) const

inline

References eV().

Referenced by get(), and punchFITS_SpectraData().

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kHz()

double Energy::kHz ( ) const

inline

References Hz().

Referenced by get().

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MeV()

double Energy::MeV ( ) const

inline

References eV().

Referenced by get().

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MHz()

double Energy::MHz ( ) const

inline

References Hz().

Referenced by get().

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micronVac()

double Energy::micronVac ( ) const

inline

References angstromVac().

Referenced by get().

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mmVac()

double Energy::mmVac ( ) const

inline

References angstromVac().

Referenced by get().

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nmVac()

double Energy::nmVac ( ) const

inline

References angstromVac().

Referenced by get().

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operator<()

bool Energy::operator< ( const Energy & e ) const

inline

References Energy(), and m_energy.

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Ryd()

double Energy::Ryd ( ) const

inline

References m_energy.

Referenced by energy(), get(), t_mesh::InitMesh(), t_mesh::isEnergyBound(), EnergyEntry::p_set_ip(), ParseSave(), ParseTable(), and read_ionization_potentials().

set() [1/2]

void Energy::set ( double energy )

inline

References energy(), and m_energy.

Referenced by Energy(), ParseSave(), ParseTable(), set(), EnergyEntry::set(), and EnergyEntry::set().

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set() [2/2]

void Energy::set	(	double	energy,
		const char *	unit )

References cdEXIT, DEBUG_ENTRY, ENERGY_A, ENERGY_CM, ENERGY_ERG, ENERGY_EV, ENERGY_GHZ, ENERGY_HZ, ENERGY_K, ENERGY_KEV, ENERGY_KHZ, ENERGY_MEV, ENERGY_MHZ, ENERGY_MICRON, ENERGY_MM, ENERGY_NM, ENERGY_RYD, ENERGY_WN, EXIT_FAILURE, fprintf(), ioQQQ, isSameUnit(), and set().

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WN()

double Energy::WN ( ) const

inline

References m_energy.

Referenced by get(), and iso_init_energies().

Member Data Documentation

m_energy

double Energy::m_energy

private

Referenced by angstromVac(), Energy(), Energy(), Energy(), Erg(), eV(), Hz(), K(), operator<(), Ryd(), set(), and WN().

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

• energy.h
• energy.cpp