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Macros
#define	LOWDEN_LYMAN 0

Functions
LinSv *	linadd (double xInten, double xIntenIsoBkg, t_wavl wavelength, const char chLab, char chInfo, const char chComment)

LinSv *	linadd (double xInten, t_wavl wavelength, const char chLab, char chInfo, const char chComment)

void	outline_base (double dampXvel, double damp, bool lgTransStackLine, long int ip, double phots, realnum inwd, double nonScatteredFraction)

void	outline_base_bin (bool lgTransStackLine, long int ip, double phots, realnum inwd, double nonScatteredFraction)

void	lindst (double xInten, t_wavl wavelength, const char chLab, long int ipnt, char chInfo, bool lgOutToo, const char chComment)

void	lindst (double dampXvel, double damp, double xInten, t_wavl wavelength, const char chLab, long int ipnt, char chInfo, bool lgOutToo, const char chComment)

void	lindst (const TransitionProxy &t, const ExtraInten &extra, const char chLab, char chInfo, bool lgOutToo, const char chComment)

double	emergent_line (double emissivity_in, double emissivity_out, long int ipCont)

void	PntForLine (t_wavl wavelength, const char chLabel, long int ipnt)

double	GetGF (double eina, double enercm, double gup)

double	S2Aul (double S, double waveAng, double gup, const string &transType)

double	eina (double gf, double enercm, double gup)

double	abscf (double gf, double enercm, double gl)

realnum	WavlenErrorGet (realnum wavelength, long sig_figs)

double	ConvRate2CS (realnum gHi, realnum rate)

double	ConvCrossSect2CollStr (double CrsSectCM2, double gLo, double E_ProjectileRyd, double reduced_mass_grams)

double	totlin (int chInfo)

const TransitionProxy	FndLineHt (long int *level)

void	set_xIntensity (const TransitionProxy &t)

realnum	wn2angVac (double fenergyWN)

Macro Definition Documentation

◆ LOWDEN_LYMAN

#define LOWDEN_LYMAN 0

setting true will use low-density Lyman branching ratios

Function Documentation

◆ abscf()

double abscf	(	double	gf,
		double	enercm,
		double	gl )

abscf convert gf into absorption coefficient

Parameters

gf
enercm
gl

References ASSERT, and DEBUG_ENTRY.

Referenced by ContCreatePointers(), FillExtraLymanLine(), diatomics::init(), iso_satellite_update(), and iso_setOpacity().

◆ ConvCrossSect2CollStr()

double ConvCrossSect2CollStr	(	double	CrsSectCM2,
		double	gLo,
		double	E_ProjectileRyd,
		double	reduced_mass_grams )

convert collisional deexcitation cross section for into collision strength

Parameters

CrsSectCM2	- the cross section
gLo	- statistical weight of lower level of transition
E_ProjectileRyd	- initial projectile energy in Rydbergs
reduced_mass_grams	- reduced mass MpMt/(Mp+Mt) of projectile-target system

References ASSERT, cdEXIT, DEBUG_ENTRY, EXIT_FAILURE, fprintf(), and ioQQQ.

Referenced by collision_strength_VF01(), CS_l_mixing_S62(), and hydro_vs_coll_str().

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◆ ConvRate2CS()

double ConvRate2CS	(	realnum	gHi,
		realnum	rate )

convert down coll rate back into electron cs in case other parts of code need this for reference

Parameters

gHi	- stat weight of upper level
rate	- deexcitation rate, units s-1

References ASSERT, DEBUG_ENTRY, and dense.

◆ eina()

double eina	(	double	gf,
		double	enercm,
		double	gup )

eina convert a gf into an Einstein A

Parameters

gf
enercm
gup

References DEBUG_ENTRY, and POW2.

Referenced by atmdat_STOUT_readin(), ContCreatePointers(), ForbiddenAuls(), and read_UTA_lines().

◆ emergent_line()

double emergent_line	(	double	emissivity_in,
		double	emissivity_out,
		long int	ipCont )

absorption due to continuous opacity

Parameters

emissivity	[erg cm-3 s-1] in inward direction
emissivity	[erg cm-3 s-1] in outward direction
array	index for continuum frequency

References ASSERT, DEBUG_ENTRY, geometry, iteration, opac, and rfield.

Referenced by lincom(), lines_continuum(), RT_diffuse(), and RT_iso_integrate_RRC().

◆ FndLineHt()

const TransitionProxy FndLineHt ( long int * level )

FndLineHt search through line heat arrays to find the strongest heat source

Parameters

*level

References ASSERT, TransitionProxy::associated(), TransitionProxy::Coll(), dBaseTrans, DEBUG_ENTRY, fixit, CollisionProxy::heat(), HFLines, NISO, nSpecies, nWindLine, and TauLine2.

Referenced by PrtComment(), radius_next(), and SaveHeat().

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◆ GetGF()

double GetGF	(	double	eina,
		double	enercm,
		double	gup )

GetGF convert Einstein A into oscillator strength

Parameters

eina
enercm
gup

References ASSERT, DEBUG_ENTRY, and POW2.

Referenced by atmdat_CHIANTI_readin(), atmdat_LAMDA_readin(), atmdat_STOUT_readin(), FillExtraLymanLine(), hydro_vs_coll_str(), hydro_vs_deexcit(), HyperfineCreate(), diatomics::init(), iso_get_collision_strength(), iso_satellite_update(), iso_setOpacity(), and ReadBadnellAIData().

◆ linadd() [1/2]

LinSv * linadd	(	double	xInten,
		double	xIntenIsoBkg,
		t_wavl	wavelength,
		const char *	chLab,
		char	chInfo,
		const char *	chComment )

linadd - Add line to line stack, but don't transfer it

This version of the function must be used with the 'Inwd' parts of transferred lines. See Issue #491 for problems that led to its inception.

Parameters

xInten	[in] - local line emissivity, no filling factor
xIntenIsoBkg	[in] - as above, but corrected for isotropic continua
wavelength	[in] - line wavelength
chLab	[in] - line label, e.g., 'Fe26'
chInfo	[in] - line type: 'i' info, 'c' cooling, 'h' heating, 'r' recomb
chComment	[in] - line comment, shown on output of 'save line labels'

Returns: A pointer to the newly added line on the line stack.

References DEBUG_ENTRY, lincom(), and wavelength.

Referenced by lines(), lines_continuum(), lines_general(), lines_grains(), lines_helium(), lines_hydro(), lines_iron_Ka(), lines_molecules(), PutLine(), and SpeciesBandsAccum().

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◆ linadd() [2/2]

LinSv * linadd	(	double	xInten,
		t_wavl	wavelength,
		const char *	chLab,
		char	chInfo,
		const char *	chComment )

linadd - Add line to line stack, but don't transfer it

The original version of the function, uses the local emissivity as the value corrected for isotropic continua. For limitations to its use, see Issue #491.

Parameters

xInten	[in] - local line emissivity, no filling factor
wavelength	[in] - line wavelength
chLab	[in] - line label, e.g., 'Fe26'
chInfo	[in] - line type: 'i' info, 'c' cooling, 'h' heating, 'r' recomb
chComment	[in] - line comment, shown on output of 'save line labels'

Returns: A pointer to the newly added line on the line stack.

References DEBUG_ENTRY, lincom(), and wavelength.

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◆ lindst() [1/3]

void lindst	(	const TransitionProxy &	t,
		const ExtraInten &	extra,
		const char *	chLab,
		char	chInfo,
		bool	lgOutToo,
		const char *	chComment )

References EmissionProxy::damp(), EmissionProxy::dampXvel(), DEBUG_ENTRY, TransitionProxy::Emis(), TransitionProxy::ipCont(), lindst1(), TransitionProxy::twav(), ExtraInten::v, EmissionProxy::xIntensity(), and EmissionProxy::xObsIntensity().

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◆ lindst() [2/3]

void lindst	(	double	dampXvel,
		double	damp,
		double	xInten,
		t_wavl	wavelength,
		const char *	chLab,
		long int	ipnt,
		char	chInfo,
		bool	lgOutToo,
		const char *	chComment )

put forbidden line into stack, using index derived below

Parameters

dampXvel	- damping constant times Doppler velocity
damp	- damping constant
xInten	- local emissivity per unit vol
wavelength	wavelength Angstroms
*chLab	string label for ion
ipnt	offset of line in continuum mesh
chInfo	character type of entry for line - 'c' cooling, 'h' heating, 'i' info only, 'r' recom line
lgOutToo	should line be included in outward beam?
*chComment	string explaining line

References DEBUG_ENTRY, lindst1(), and wavelength.

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◆ lindst() [3/3]

void lindst	(	double	xInten,
		t_wavl	wavelength,
		const char *	chLab,
		long int	ipnt,
		char	chInfo,
		bool	lgOutToo,
		const char *	chComment )

put forbidden line into stack, using index derived below

Parameters

xInten	- local emissivity per unit vol
wavelength	wavelength Angstroms
*chLab	string label for ion
ipnt	offset of line in continuum mesh
chInfo	character type of entry for line - 'c' cooling, 'h' heating, 'i' info only, 'r' recom line
lgOutToo	should line be included in outward beam?
*chComment	string explaining line

References DEBUG_ENTRY, lindst(), and wavelength.

Referenced by band_emission::insert(), lindst(), lines(), lines_continuum(), lines_general(), lines_hydro(), and PutLine().

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◆ outline_base()

void outline_base	(	double	dampXvel,
		double	damp,
		bool	lgTransStackLine,
		long int	ip,
		double	phots,
		realnum	inwd,
		double	nonScatteredFraction )

References ASSERT, DEBUG_ENTRY, fixit, get_ptr(), ipoint(), MAX2, MIN2, outline_base_bin(), phots(), rfield, and VoigtU().

Referenced by lindst1(), and TransitionProxy::outline().

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◆ outline_base_bin()

void outline_base_bin	(	bool	lgTransStackLine,
		long int	ip,
		double	phots,
		realnum	inwd,
		double	nonScatteredFraction )

References DEBUG_ENTRY, opac, phots(), radius, and rfield.

Referenced by outline_base().

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◆ PntForLine()

void PntForLine	(	t_wavl	wavelength,
		const char *	chLabel,
		long int *	ipnt )

PntForLine generate pointer for forbidden line

Parameters

wavelength	wavelength of line in Angstroms
*chLabel	label for the line
*ipnt	this is array index on the f, not c scale, for the continuum cell holding the line

References ASSERT, cdEXIT, DEBUG_ENTRY, EXIT_FAILURE, fprintf(), ioQQQ, ipLineEnergy(), LineSave, and wavelength.

Referenced by band_emission::insert(), lines(), and lines_general().

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◆ S2Aul()

double S2Aul	(	double	S,
		double	waveAng,
		double	gup,
		const string &	transType )

S2Aul convert line strength S into transition probability Aul

Parameters

S	line strength
waveAng	vacuum wavelength in Angstrom
gup	statistical weight of the upper level
transType	transition type, "E1", "M1", "E2", etc.

Bohr Magneton, 9.2740096e-21 erg/G

References cdEXIT, DEBUG_ENTRY, EXIT_FAILURE, fprintf(), ioQQQ, pow2, pow3, pow4(), powi(), and S.

Referenced by atmdat_STOUT_readin().

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◆ set_xIntensity()

void set_xIntensity ( const TransitionProxy & t )

set_xIntensity: compute gross and net number of emitted line photons

References EmissionProxy::Aul(), TransitionProxy::chLabel(), DEBUG_ENTRY, TransitionProxy::Emis(), TransitionProxy::EnergyErg(), fprintf(), TransitionProxy::Hi(), ioQQQ, TransitionProxy::ipCont(), LineSave, TransitionProxy::Lo(), MAX2, MIN2, EmissionProxy::Pesc_total(), rfield, save, EmissionProxy::xIntensity(), and EmissionProxy::xObsIntensity().

Referenced by atom_level2(), dBase_solve(), H21_cm_pops(), diatomics::H2_LevelPops(), lines_helium(), lines_hydro(), and RT_diffuse().

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◆ totlin()

double totlin ( int chInfo )

totlin sum total intensity of cooling, recombination, or intensity lines

Parameters

chInfo chInfor is 1 char,
'i' information,
'r' recombination or
'c' collision

References cdEXIT, DEBUG_ENTRY, EXIT_FAILURE, fprintf(), ioQQQ, and LineSave.

Referenced by badprt(), ConserveEnergy(), and PrtFinal().

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◆ WavlenErrorGet()

realnum WavlenErrorGet	(	realnum	wavelength,
		long	sig_figs )

WavlenErrorGet - given the real wavelength in A for a line routine will find the error expected between the real wavelength and the wavelength printed in the output, with 4 sig figs,

Parameters

wavelength

Returns: function returns difference between exact and 4 sig fig wl, so we have found correct line is fabs(d wl) < return

References ASSERT, DEBUG_ENTRY, exp10(), LineSave, and wavelength.

Referenced by debugLine(), t_LineSave::findline(), GetOptLineInt(), lgCheckMonitors(), and PrtFinal().

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◆ wn2angVac()

realnum wn2angVac ( double fenergyWN )

inline

wn2angVac convert energy in wavenumbers to vacuum wavelength in angstrom

Parameters

fenergyWN energy in wavenumbers, cm^-1

Returns: vacuum wavelength in angstrom

References safe_div().

Referenced by atmdat_CHIANTI_readin(), atmdat_LAMDA_readin(), atmdat_STOUT_readin(), FillExtraLymanLine(), GetStandardHeLines(), diatomics::init(), iso_create(), lines_continuum(), lines_helium(), lines_hydro(), lines_setup(), read_UTA_lines(), and LinSv::setBlendWavl().

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Macros

Functions

Macro Definition Documentation

◆ LOWDEN_LYMAN

Function Documentation

◆ abscf()

◆ ConvCrossSect2CollStr()

◆ ConvRate2CS()

◆ eina()

◆ emergent_line()

◆ FndLineHt()

◆ GetGF()

◆ linadd() [1/2]

◆ linadd() [2/2]

◆ lindst() [1/3]

◆ lindst() [2/3]

◆ lindst() [3/3]

◆ outline_base()

◆ outline_base_bin()

◆ PntForLine()

◆ S2Aul()

◆ set_xIntensity()

◆ totlin()

◆ WavlenErrorGet()

◆ wn2angVac()