#include <abund.h>

Inheritance diagram for t_abund:

Collaboration diagram for t_abund:

Public Member Functions
const char *	chName () const

void	zero ()

void	comment (t_warnings &)

double	SumDepletedAtoms ()

Public Member Functions inherited from module
	module ()

virtual	~module ()

Public Attributes
bool	lgAGN [LIMELM]

bool	lgAbnReference

bool	lgAbundancesSet

realnum	ReferenceAbun [LIMELM]

realnum	GasPhase [LIMELM]

realnum	AtomsDepleted

t_isotope	IsoAbn [LIMELM]

bool	lgAbunTabl [LIMELM]

bool	lgAbTaDepth [LIMELM]

bool	lgAbTaON

realnum	AbTabFac [LIMTABD][LIMELM]

realnum	AbTabRad [LIMTABD][LIMELM]

long int	nAbunTabl

realnum	ScaleElement [LIMELM]

realnum	DepletionScaleFactor [LIMELM]

bool	lgDepln

realnum	ScaleMetals

Detailed Description

abund.h

Member Function Documentation

const char* t_abund::chName ( ) const

inlinevirtual

Implements module.

void t_abund::comment ( t_warnings & )

inlinevirtual

Implements module.

double t_abund::SumDepletedAtoms ( )

sum up depletion across all elements

References DEBUG_ENTRY, DepletionScaleFactor, LIMELM, and ReferenceAbun.

Referenced by AbundancesPrt(), GetJenkins09(), and ParseMetal().

void t_abund::zero ( void )

virtual

Implements module.

References DEBUG_ENTRY, DepletionScaleFactor, lgDepln, LIMELM, and ScaleMetals.

Member Data Documentation

realnum t_abund::AbTabFac[LIMTABD][LIMELM]

AbTabFac abundances for element table

Referenced by AbundancesTable(), and ParseElement().

realnum t_abund::AbTabRad[LIMTABD][LIMELM]

AbTabRad depth scale parameters for dlaw table command

Referenced by AbundancesTable(), and ParseElement().

realnum t_abund::AtomsDepleted

number of atoms depleted into grains

realnum t_abund::DepletionScaleFactor[LIMELM]

grain depletion scale factor is unity unless METALS DEPLETE is used

Referenced by AbundancesSet(), EvalJenkins(), GetJenkins09(), GetMetalsDeplete(), ParseMetal(), PrtComment(), SumDepletedAtoms(), and zero().

realnum t_abund::GasPhase[LIMELM]

final gas phase abundances for the current calculation

Referenced by AbundancesPrt(), and AbundancesSet().

t_isotope t_abund::IsoAbn[LIMELM]

Referenced by HyperfineCreate(), InitDefaultsPreparse(), LoadIsotopes(), ParseAbundances(), ParseElement(), and SetIsotopeFractions().

bool t_abund::lgAbnReference

indicates whether abundances still at reference value

Referenced by InitDefaultsPreparse(), ParseAbundances(), ParseCommands(), ParseElement(), ParseMetal(), and PrtComment().

bool t_abund::lgAbTaDepth[LIMELM]

lgAbTaDepth says whether depth or radius, true is depth

Referenced by AbundancesTable(), and ParseElement().

bool t_abund::lgAbTaON

general flag saying this option turned on

Referenced by AbundancesSet(), AbundChange(), InitDefaultsPreparse(), ParseElement(), and PrtZone().

bool t_abund::lgAbundancesSet

set true if abundances set with command, if false then must set default solar abundances

Referenced by InitDefaultsPreparse(), and ParseAbundances().

bool t_abund::lgAbunTabl[LIMELM]

lgAbunTabl says whether this element is to have its abundance determined from a table (true) or stored constant (false) set true with element table command

Referenced by AbundancesSet(), AbundChange(), InitDefaultsPreparse(), and ParseElement().

bool t_abund::lgAGN[LIMELM]

logical flag saying whether to include this element in save output for AGN tables

Referenced by ChargTranPun(), InitDefaultsPreparse(), ion_recombAGN(), and save_opacity().

bool t_abund::lgDepln

lgDepln is true if depln used

Referenced by ParseMetal(), PrtComment(), and zero().

long int t_abund::nAbunTabl

Referenced by AbundancesTable(), and ParseElement().

realnum t_abund::ReferenceAbun[LIMELM]

initial elemental abundances for the current calculation

Referenced by abund_starburst(), AbundancesSet(), ParseAbundances(), ParseElement(), and SumDepletedAtoms().