#include <iso.h>

Collaboration diagram for t_iso_sp:

Public Member Functions
TransitionProxy	trans (const long ipHi, const long ipLo)

long	QN2Index (QNPack ind)

long	QN2Index (long n, long l, long s, long g=-1)

double	energy (long n, long l, long s, long g=-1) const

double	energy_ioniz (long n, long l, long s, long g=-1) const

void	Reset ()

Public Attributes
multi_arr< long, 2 >	ipTrans

multi_arr< extra_tr, 2 >	ex

multi_arr< double, 2 >	CascadeProb

multi_arr< double, 2 >	BranchRatio

vector< freeBound >	fb

qList	st

TransitionList *	tr

map< QNPack, double >	Energy

double	IonPot

map< QNPair, double >	CachedAs

double	xIonSimple

bool	lgPrtDepartCoef

bool	lgPrtNCrit

bool	lgPrtLevelPops

bool	lgLevelsLowered

bool	lgLevelsEverLowered

bool	lgMustReeval

bool	lgPopsRescaled

long int	nCollapsed_max

long int	nCollapsed_local

long int	numLevels_max

long int	numLevels_local

long int	numLevels_alloc

long int	n_HighestResolved_max

long int	n_HighestResolved_local

realnum	CaseBCheck

double	RadRec_caseB

double	RadRec_effec

double	RecomCollisFrac

bool	lgPopLTE_OK

double	FreeBnd_net_Cool_Rate

double	coll_ion

double	cRest_cool

double	xLineTotCool

double	dLTot

double	RadRecCool

double	cBal_cool

double	cLyrest_cool

double	cLya_cool

double	RecomInducCool_Rate

char	chTypeAtomUsed [10]

bool	lgErrGenDone

double	qTot2S

vector< two_photon >	TwoNu

vector< double >	HighestLevelOpacStack

bool	lgPrtMatrix

bool	lgImgMatrix

Private Attributes
map< QNPack, long >	QNPack2Index

Member Function Documentation

double t_iso_sp::energy	(	long	n,
		long	l,
		long	s,
		long	g = `-1`
	)		const

inline

return energy of level w.r.t. ground in cm^-1

References QN2ind().

Referenced by energy_ioniz(), and GetStandardHeLines().

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double t_iso_sp::energy_ioniz	(	long	n,
		long	l,
		long	s,
		long	g = `-1`
	)		const

inline

return minimum energy needed to ionize this level, in cm^-1

References energy(), and IonPot.

Referenced by helike_energy(), helike_quantum_defect(), and hydro_energy().

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long t_iso_sp::QN2Index ( QNPack ind )

Find index given quantum numbers

References numLevels_max, QN2ind(), QNPack2Index, S, and st.

Referenced by Badnell_rec_init(), chkCaHeps(), cross_section(), iso_prt_pops(), iso_put_error(), lines_helium(), lines_hydro(), PrtAllTau(), PrtHeader(), PrtZone(), QN2Index(), RT_tau_init(), and SanityCheckBegin().

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long t_iso_sp::QN2Index	(	long	n,
		long	l,
		long	s,
		long	g = `-1`
	)

inline

References QN2ind(), and QN2Index().

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void t_iso_sp::Reset ( )

References CaseBCheck, chTypeAtomUsed, fb, lgErrGenDone, lgLevelsEverLowered, lgLevelsLowered, lgMustReeval, lgPopsRescaled, RadRec_caseB, and TwoNu.

Referenced by InitSimPostparse(), and IterRestart().

TransitionProxy t_iso_sp::trans	(	const long	ipHi,
		const long	ipLo
	)

inline

Member Data Documentation

multi_arr<double,2> t_iso_sp::BranchRatio

Referenced by iso_allocate(), iso_cascade(), iso_radiative_recomb_effective(), and SanityCheckBegin().

map<QNPair, double> t_iso_sp::CachedAs

cache of calculated A values, to avoid duplicate calculations

Referenced by H_Einstein_A(), and he_1trans().

multi_arr<double,2> t_iso_sp::CascadeProb

Referenced by iso_allocate(), iso_cascade(), and iso_radiative_recomb_effective().

realnum t_iso_sp::CaseBCheck

difference between actual case b photons in rtdiffuse, and correct case b

Referenced by Reset(), and RT_iso_integrate_RRC().

double t_iso_sp::cBal_cool

net cooling due to collisional excit of balmer lines

Referenced by iso_cool().

char t_iso_sp::chTypeAtomUsed[10]

flag to set which type of solution was used for level pops, "zero" or "popul"

Referenced by iso_level(), and Reset().

double t_iso_sp::cLya_cool

net cooling due to collisional excit of Lya

Referenced by iso_cool().

double t_iso_sp::cLyrest_cool

net cooling due to collisional excit of higher lyman lines

Referenced by iso_cool().

double t_iso_sp::coll_ion

net cooling due to collisional ionization

Referenced by iso_cool().

double t_iso_sp::cRest_cool

net cooling due to collisional excit of higher lines

Referenced by iso_cool().

double t_iso_sp::dLTot

deriv of net cooling due to total collisional excit of lines

Referenced by HeatSum(), and iso_cool().

map<QNPack, double> t_iso_sp::Energy

energy of each level w.r.t. ground, in cm^-1

multi_arr<extra_tr,2> t_iso_sp::ex

Referenced by iso_allocate(), iso_cascade(), iso_create(), iso_error_generation(), iso_ionize_recombine(), iso_level(), iso_put_error(), randomize_inten(), and RT_stark().

vector<freeBound> t_iso_sp::fb

Referenced by Badnell_rec_init(), ContCreatePointers(), ContRate(), ContSetIntensity(), CoolHyperfine(), cross_section(), DoSatelliteLines(), FillExtraLymanLine(), GetHelikeCollisionStrength(), GrainRateDr(), HeCSInterp(), HydroCSInterp(), HydroRecCool(), ion_photo(), IonHydro(), iso_allocate(), iso_cascade(), iso_collide(), iso_collisional_ionization(), iso_cool(), iso_create(), iso_departure_coefficients(), iso_dielec_recomb_rate(), iso_get_collision_strength(), iso_ionize_recombine(), iso_level(), iso_photo(), iso_rad_rec_cooling_approx(), iso_rad_rec_cooling_discrete(), iso_rad_rec_cooling_extra(), iso_radiative_recomb(), iso_radiative_recomb_effective(), iso_radrecomb_from_cross_section(), iso_satellite_update(), iso_set_ion_rates(), iso_solve(), iso_zero(), IterRestart(), IterStart(), lines_continuum(), OpacityAddTotal(), OpacityCreateAll(), PrintRates(), PrtAllTau(), PrtComment(), PrtFinal(), PrtHeader(), PrtHydroTrace1a(), PrtZone(), radius_increment(), Reset(), RT_continuum(), RT_iso_integrate_RRC(), RT_OTS(), RT_tau_init(), SanityCheckBegin(), save_opacity(), and SaveDo().

double t_iso_sp::FreeBnd_net_Cool_Rate

net free bound cooling for this element

Referenced by iso_cool().

vector<double> t_iso_sp::HighestLevelOpacStack

Referenced by iso_radiative_recomb(), and OpacityCreateAll().

double t_iso_sp::IonPot

ionization potential, in cm^-1

Referenced by energy_ioniz(), and helike_quantum_defect().

multi_arr<long,2> t_iso_sp::ipTrans

Referenced by iso_allocate(), and trans().

bool t_iso_sp::lgErrGenDone

this is flag saying that random gaussians have already been set...they should only be done once per model, and this must be reset to false at the beginning of each model.

Referenced by iso_error_generation(), iso_update_rates(), and Reset().

bool t_iso_sp::lgImgMatrix

create image for Matrix input to solver

Referenced by iso_allocate(), and iso_level().

bool t_iso_sp::lgLevelsEverLowered

This variable is set to true if the continuum was lowered at any point in the calculation. Necessary because some models will lowered continuum at intermediate points but not last zone.

Referenced by iso_continuum_lower(), and Reset().

bool t_iso_sp::lgLevelsLowered

true if the number of levels is currently lowered

Referenced by iso_collisional_ionization(), iso_continuum_lower(), iso_radiative_recomb(), and Reset().

bool t_iso_sp::lgMustReeval

Referenced by iso_continuum_lower(), iso_photo(), iso_radiative_recomb(), and Reset().

bool t_iso_sp::lgPopLTE_OK

true is all lte populations positive for Hydrogenic atoms

Referenced by iso_collide().

bool t_iso_sp::lgPopsRescaled

Referenced by iso_level(), and Reset().

bool t_iso_sp::lgPrtDepartCoef

option to print departure coefficients

Referenced by ParsePrint().

bool t_iso_sp::lgPrtLevelPops

option to print level populations

Referenced by ParsePrint().

bool t_iso_sp::lgPrtMatrix

print Matrix input to solver

Referenced by iso_allocate(), and iso_level().

bool t_iso_sp::lgPrtNCrit

option to print critical density

Referenced by iso_collide(), and ParsePrint().

long int t_iso_sp::n_HighestResolved_local

the local (pressure lowered) version of the above

Referenced by InitSimPostparse(), iso_continuum_lower(), iso_level(), iso_radiative_recomb(), iso_update_num_levels(), PrtAllTau(), and PrtComment().

long int t_iso_sp::n_HighestResolved_max

principal quantum number n of the highest resolved level

Referenced by InitSimPostparse(), iso_assign_quantum_numbers(), iso_cascade(), iso_collide(), iso_continuum_lower(), iso_get_collision_strength(), iso_init(), iso_multiplet_opacities_one(), iso_update_num_levels(), lgCheckMonitors(), lines_helium(), lines_hydro(), Opacity_iso_photo_cs(), ParseCompile(), ParseDatabaseISO(), PrtZone(), RT_tau_init(), and SanityCheckBegin().

long int t_iso_sp::nCollapsed_local

Referenced by InitSimPostparse(), iso_continuum_lower(), iso_prt_pops(), iso_radiative_recomb(), iso_update_num_levels(), lines(), PresTotCurrent(), PrtComment(), and PrtLinePres().

long int t_iso_sp::nCollapsed_max

the number of collapsed levels, these lie on top of resolved levels

Referenced by Badnell_rec_init(), InitSimPostparse(), iso_cascade(), iso_collide(), iso_continuum_lower(), iso_get_collision_strength(), iso_init(), iso_Max_Emitting_Level(), iso_multiplet_opacities_one(), iso_radiative_recomb(), iso_recomb_setup(), iso_solve(), iso_update_num_levels(), lines_hydro(), Opacity_iso_photo_cs(), ParseCompile(), ParseDatabaseISO(), PrtAllTau(), SanityCheckBegin(), and SaveDo().

long int t_iso_sp::numLevels_alloc

number of levels allocated in the core load, can't go over that later in later sims can lower number of levels but not raise them

Referenced by iso_allocate(), and iso_init().

long int t_iso_sp::numLevels_local

total number of levels with continuum pressure lowering included this varies from zone to zone, and from model to model, but cannot exceed numLevels_max

Referenced by DynaIonize(), DynaNewStep(), HydroLevel(), InitSimPostparse(), iso_allocate(), iso_collide(), iso_continuum_lower(), iso_cool(), iso_departure_coefficients(), iso_ionize_recombine(), iso_level(), iso_photo(), iso_prt_pops(), iso_rad_rec_cooling_approx(), iso_rad_rec_cooling_discrete(), iso_rad_rec_cooling_extra(), iso_radiative_recomb(), iso_radiative_recomb_effective(), iso_renorm(), iso_set_ion_rates(), iso_update_num_levels(), lgCheckMonitors(), lines(), OpacityAdd1Element(), OpacityAddTotal(), PresTotCurrent(), PrintRates(), PrtAllTau(), PrtComment(), PrtFinal(), PrtHydroTrace1(), PrtLinePres(), prtmet(), RT_diffuse(), RT_iso_integrate_RRC(), RT_line_all(), RT_line_driving(), RT_OTS(), RT_stark(), RT_tau_inc(), RT_tau_init(), SaveDo(), and SaveLineStuff().

long int t_iso_sp::numLevels_max

total number of collapsed and resolve levels, numLevels_max is derived from total resolved and collapsed levels it is the maximum number of levels ever to be used in this core load.

Referenced by Badnell_rec_init(), ContCreatePointers(), ContSetIntensity(), DoSatelliteLines(), DynaSaveLast(), DynaStartZone(), InitCoreloadPostparse(), InitSimPostparse(), ion_trim(), ion_trim2(), iso_allocate(), iso_assign_quantum_numbers(), iso_cascade(), iso_collide(), iso_collisional_ionization(), iso_continuum_lower(), iso_cool(), iso_create(), iso_departure_coefficients(), iso_error_generation(), iso_get_collision_strength(), iso_init(), iso_ionize_recombine(), iso_level(), iso_Max_Emitting_Level(), iso_multiplet_opacities_one(), iso_photo(), iso_put_recomb_error(), iso_radiative_recomb(), iso_recomb_setup(), iso_satellite(), iso_satellite_update(), iso_solve(), iso_suprathermal(), iso_update_num_levels(), iso_zero(), IterRestart(), IterStart(), lines_continuum(), lines_hydro(), Opacity_iso_photo_cs(), OpacityCreateAll(), ParseElement(), PrtAllTau(), QN2Index(), radius_increment(), renorm_solution(), RT_line_all_escape(), RT_stark(), RT_tau_init(), RT_tau_reset(), SanityCheckBegin(), SaveDo(), and SaveLineData().