#include <emission.h>

Collaboration diagram for EmissionProxy:

Public Types
typedef EmissionList	list_type

typedef ProxyIterator < EmissionProxy, EmissionConstProxy >	iterator

typedef ProxyIterator < EmissionConstProxy, EmissionConstProxy >	const_iterator

Public Member Functions
	EmissionProxy ()

	EmissionProxy (EmissionList *list, int index)

void	copy (const EmissionProxy &other)

void	check () const

int &	iRedisFun () const

long int &	ipFine () const

realnum &	TauIn () const

realnum &	TauInSpecific () const

realnum &	TauTot () const

tracker &	TauTrack () const

realnum &	TauCon () const

realnum &	FracInwd () const

double &	pump () const

double &	xIntensity () const

double &	xObsIntensity () const

realnum &	gf () const

realnum &	Pesc () const

realnum &	Pelec_esc () const

realnum &	Pdest () const

realnum	Pesc_total () const

realnum	Ploss () const

realnum &	dampXvel () const

realnum &	damp () const

double &	ColOvTot () const

realnum &	AutoIonizFrac () const

realnum &	opacity () const

double &	mult_opac () const

double &	PopOpc () const

double &	VoigtLineCen () const

realnum &	Aul () const

double &	ots () const

int &	ipTran () const

TransitionProxy	Tran () const

Private Attributes
EmissionList *	m_list

int	m_index

Friends
class	ProxyIterator< EmissionProxy, EmissionConstProxy >

Member Typedef Documentation

typedef ProxyIterator<EmissionConstProxy,EmissionConstProxy> EmissionProxy::const_iterator

typedef ProxyIterator<EmissionProxy,EmissionConstProxy> EmissionProxy::iterator

typedef EmissionList EmissionProxy::list_type

Constructor & Destructor Documentation

EmissionProxy::EmissionProxy ( )

inlineexplicit

EmissionProxy::EmissionProxy	(	EmissionList *	list,
		int	index
	)

inlineexplicit

Member Function Documentation

realnum & EmissionProxy::Aul ( ) const

inline

transition prob, Einstein A upper to lower [s-1]

References EmissionList::m_Aul, m_index, and m_list.

Referenced by atom_level2(), ContCreatePointers(), copy(), DumpLine(), emit_frac(), EmLineJunk(), diatomics::gs_rate(), diatomics::H2_PunchDo(), HeCSInterp(), HydroCSInterp(), InitDefaultsPreparse(), iso_cascade(), iso_create(), iso_get_collision_strength(), iso_level(), iso_solve(), IterStart(), lines(), TransitionProxy::outline(), PrtHydroTrace1(), PutLine(), read_UTA_lines(), ReadBadnellAIData(), RT_diffuse(), RT_line_pumping(), RT_OTS(), RT_stark(), RT_tau_init(), RT_tau_reset(), SanityCheckBegin(), Save1LineData(), Save_Line_RT(), SaveDo(), set_xIntensity(), LinSv::setBlendWavl(), setXtraRatesFe2(), and setXtraRatesO1().

realnum & EmissionProxy::AutoIonizFrac ( ) const

inline

[dimensionless] branching ratio to auto-ionization, Sum(Aai) / ( Sum(Aul) + Sum(Aai) )

References EmissionList::m_AutoIonizFrac, m_index, and m_list.

Referenced by copy(), EmLineJunk(), read_UTA_lines(), and ReadBadnellAIData().

void EmissionProxy::check ( ) const

inline

all of these are set to dangerous values by EmLineJunk

References ASSERT, and ipTran().

Here is the call graph for this function:

double & EmissionProxy::ColOvTot ( ) const

inline

[dimensionless] ratio of collisional to radiative excitation, C_lu / ( C_lu + pump )

References EmissionList::m_ColOvTot, m_index, and m_list.

Referenced by atom_level2(), copy(), EmLineJunk(), EmLineZero(), and PutLine().

void EmissionProxy::copy ( const EmissionProxy & other )

inline

References Aul(), AutoIonizFrac(), ColOvTot(), damp(), dampXvel(), FracInwd(), gf(), ipFine(), ipTran(), iRedisFun(), mult_opac(), opacity(), ots(), Pdest(), Pelec_esc(), Pesc(), PopOpc(), pump(), TauCon(), TauIn(), TauInSpecific(), TauTot(), TauTrack(), VoigtLineCen(), xIntensity(), and xObsIntensity().

Here is the call graph for this function:

realnum & EmissionProxy::damp ( ) const

inline

[dimensionless] damping constant

References EmissionList::m_damp, m_index, and m_list.

Referenced by copy(), EmLineJunk(), InitDefaultsPreparse(), lindst(), radius_next(), RT_continuum_shield_fcn_point(), RT_line_escape(), RT_line_fine_opacity(), RT_line_one_escape(), RT_line_one_fine(), RT_LineWidth(), Save1LineData(), and SaveDo().

realnum & EmissionProxy::dampXvel ( ) const

inline

damping constant is dampXvel divided by line width units are velocity, since becomes dimensionless when div by line width in cm/2 [cm s-1]

References EmissionList::m_dampXvel, m_index, and m_list.

Referenced by copy(), InitDefaultsPreparse(), iso_create(), lindst(), radius_next(), read_UTA_lines(), ReadBadnellAIData(), RT_line_fine_opacity(), RT_line_one_escape(), RT_line_one_fine(), RT_LineWidth(), and Save1Line().

realnum & EmissionProxy::FracInwd ( ) const

inline

inward fraction [dimensionless] of total line emission

References EmissionList::m_FracInwd, m_index, and m_list.

Referenced by copy(), EmLineJunk(), EmLineZero(), PutLine(), RT_line_escape(), RT_line_one_escape(), RT_line_one_tau_reset(), and RT_tau_init().

realnum & EmissionProxy::gf ( ) const

inline

gf value [dimensionless]

References EmissionList::m_gf, m_index, and m_list.

Referenced by copy(), dBase_solve(), EmLineJunk(), InitDefaultsPreparse(), iso_get_collision_strength(), iso_setOpacity(), iso_suprathermal(), MakeCS(), read_UTA_lines(), ReadBadnellAIData(), Save1Line(), and Save1LineData().

long int & EmissionProxy::ipFine ( ) const

inline

index for line within fine continuum array, for line overlap

References m_index, EmissionList::m_ipFine, and m_list.

Referenced by ContCreatePointers(), copy(), EmLineJunk(), InitDefaultsPreparse(), lincom(), PressureRadiationLine(), print_emline_fine(), RT_line_escape(), RT_line_fine_opacity(), and RT_line_one_tauinc().

int & EmissionProxy::ipTran ( ) const

inline

References m_index, EmissionList::m_ipTran, and m_list.

Referenced by check(), copy(), TransitionProxy::resetEmis(), and Tran().

int & EmissionProxy::iRedisFun ( ) const

inline

type of redistribution function,

-1 complete redis Doppler core only, 0 insanity 1 incomplete redistribution with damping wings, 2 complete redistribution with damping wings,

References m_index, EmissionList::m_iRedisFun, and m_list.

Referenced by copy(), EmLineJunk(), InitDefaultsPreparse(), iso_setRedisFun(), read_UTA_lines(), ReadBadnellAIData(), RT_continuum_shield_fcn_point(), RT_line_escape(), RT_line_one_escape(), RT_line_one_fine(), and RT_line_pumping().

double & EmissionProxy::mult_opac ( ) const

inline

References m_index, m_list, and EmissionList::m_mult_opac.

Referenced by copy(), EmLineJunk(), EmLineZero(), iso_multiplet_opacities_one(), iso_solve(), RT_DestProb(), RT_line_electron_scatter(), RT_line_one_tau_reset(), and RT_line_one_tauinc().

realnum & EmissionProxy::opacity ( ) const

inline

atomic constant part of line opacity per atom, units: cm^3 / s divide by line width in cm/s, to get line center opacity per atom, or absorption cross section, with units cm^2 multiply by PopOpc to get PopOpc/dopper width, the true opacity (cm-1), then by length to get optical depth

References m_index, m_list, and EmissionList::m_opacity.

Referenced by copy(), EmLineJunk(), InitDefaultsPreparse(), iso_multiplet_opacities_one(), iso_setOpacity(), PressureRadiationLine(), radius_next(), RT_DestProb(), RT_line_all_escape(), RT_line_electron_scatter(), RT_line_escape(), RT_line_fine_opacity(), RT_line_one_tauinc(), RT_line_pumping(), RT_tau_init(), RT_tau_reset(), and RTesc_lya().

double & EmissionProxy::ots ( ) const

inline

ots rate [cm-3 s-1]

References m_index, m_list, and EmissionList::m_ots.

Referenced by atom_level2(), copy(), DumpLine(), EmLineJunk(), EmLineZero(), lines_hydro(), and RT_OTS().

realnum & EmissionProxy::Pdest ( ) const

inline

destruction probs [dimensionless]

References m_index, m_list, and EmissionList::m_Pdest.

Referenced by copy(), DumpLine(), emit_frac(), EmLineJunk(), EmLineZero(), Ploss(), RT_DestProb(), RT_line_all_escape(), RT_line_electron_scatter(), RT_line_one_escape(), RT_line_one_tau_reset(), RT_LineWidth(), RT_OTS(), and SaveDo().

realnum & EmissionProxy::Pelec_esc ( ) const

inline

electron scattering escape prob [dimensionless]

References m_index, m_list, and EmissionList::m_Pelec_esc.

Referenced by copy(), DumpLine(), EmLineJunk(), EmLineZero(), Pesc_total(), RT_DestProb(), RT_line_electron_scatter(), RT_line_one_escape(), RT_line_one_tau_reset(), and RT_LineWidth().

realnum & EmissionProxy::Pesc ( ) const

inline

escape prob [dimensionless]

References m_index, m_list, and EmissionList::m_Pesc.

Referenced by copy(), DumpLine(), EmLineJunk(), EmLineZero(), OccupationNumberLine(), Pesc_total(), radius_next(), RT_DestProb(), RT_line_electron_scatter(), RT_line_escape(), RT_line_one_escape(), RT_line_one_tau_reset(), SaveDo(), and SaveHeat().

realnum EmissionProxy::Pesc_total ( ) const

inline

total escape prob, from line and continuum scattering [dimensionless]

References Pelec_esc(), and Pesc().

Referenced by emit_frac(), lindst(), TransitionProxy::outline(), Ploss(), PutLine(), RT_diffuse(), set_xIntensity(), and setXtraRatesO1().

Here is the call graph for this function:

realnum EmissionProxy::Ploss ( ) const

inline

total loss from trapped line – escape & destruction [dimensionless]

References Pdest(), and Pesc_total().

Referenced by atom_level2(), diatomics::gs_rate(), diatomics::H2_PunchDo(), iso_level(), PutLine(), RT_tau_init(), and SaveDo().

Here is the call graph for this function:

double & EmissionProxy::PopOpc ( ) const

inline

Population that enters net opacity after correction for stimulated emission [cm-3]

References m_index, m_list, and EmissionList::m_PopOpc.

Referenced by atom_level2(), copy(), DumpLine(), EmLineJunk(), EmLineZero(), iso_level(), iso_multiplet_opacities_one(), iso_renorm(), iso_solve(), OccupationNumberLine(), PressureRadiationLine(), radius_next(), RT_DestProb(), RT_line_all_escape(), RT_line_driving(), RT_line_escape(), RT_line_fine_opacity(), RT_line_one_tau_reset(), RT_line_one_tauinc(), RT_line_pumping(), and Save_Line_RT().

double & EmissionProxy::pump ( ) const

inline

continuum pumping rate [s-1] from lower to upper level, A*occ num * g_up/g_lo, this is evaluated in RTMakeStat and RTMakeWind, which are called by HydroPEsc, RT_line_all

References m_index, m_list, and EmissionList::m_pump.

Referenced by atom_level2(), copy(), DoSatelliteLines(), DumpLine(), EmLineJunk(), EmLineZero(), iso_level(), IterStart(), PutLine(), radius_next(), RT_line_all_escape(), RT_line_driving(), RT_line_one_escape(), RT_line_pumping(), Save_Line_RT(), SaveDo(), and SaveHeat().

realnum & EmissionProxy::TauCon ( ) const

inline

TauCon - line optical depth [Napier] to the continuum source from the illuminated face to the current position. For an open or expanding closed geometry TauCon is equal to TauIn. For a static closed geometry TauCon is optical depth from the illuminated face to the current depth

References m_index, m_list, and EmissionList::m_TauCon.

Referenced by cdTemp(), copy(), EmLineJunk(), prt_trans_opc_debug(), RT_continuum_shield_fcn(), RT_line_one_tau_reset(), RT_line_one_tauinc(), RT_tau_init(), RT_tau_reset(), SaveDo(), and TauZero().

realnum & EmissionProxy::TauIn ( ) const

inline

optical depths - the escape probability is derived only from TauIn on first iteration. on later iterations it is the average of esc prob in inward (TauIn) and outward (TauTot - TauIn) directions TauIn - the total inward line optical depth [Napier], in the direction of the continuum source. This is measured from the illuminated face of the cloud to the current position on the first iteration, and on second and later iterations in an open geometry or in an expanding closed geometry. For a static spherical geometry TauIn is the sum of the optical depth from the current position to the illuminated face plus the optical depth on the "other side". At the illuminated face in a static spherical geometry TauIn is TauTot / 2. It includes the effects of line overlap.

References m_index, m_list, and EmissionList::m_TauIn.

Referenced by ConvIterCheck(), copy(), DumpLine(), EmLineJunk(), lgTauGood(), lines_helium(), prme(), prt_trans_opc_debug(), PrtComment(), radius_next(), RT_DestProb(), RT_line_escape(), RT_line_one_tau_reset(), RT_line_one_tauinc(), RT_LineWidth(), RT_stark(), RT_tau_init(), RT_tau_reset(), RTesc_lya(), Save1Line(), save_line(), Save_Line_RT(), SaveDo(), SaveHeat(), setXtraRatesFe2(), and TauZero().

realnum & EmissionProxy::TauInSpecific ( ) const

inline

TauInSpecific - the inward optical line depth [Napier], in the direction of the continuum source. This is much like TauIn(), except that it does not contain contributions from line overlap.

References m_index, m_list, and EmissionList::m_TauInSpecific.

Referenced by copy(), EmLineJunk(), prme(), RT_line_one_tau_reset(), RT_line_one_tauinc(), Save1Line(), SaveDo(), and TauZero().

realnum & EmissionProxy::TauTot ( ) const

inline

TauTot - total line optical depth [Napier] through the cloud. TauTot is not used on the first iteration since it is not known. On second and later iterations in an open or expanding closed geometry this is the total optical depth through the computed structure. For a static closed geometry this is twice the computed structure since the geometry is assumed to be symmetric.

when the double command is entered TauTot is set to twice the normal value to simulate the presence of material beyond the computed structure.

References m_index, m_list, and EmissionList::m_TauTot.

Referenced by ConvIterCheck(), copy(), DumpLine(), EmLineJunk(), lgTauGood(), lines_helium(), prt_trans_opc_debug(), PrtComment(), RT_DestProb(), RT_line_escape(), RT_line_one_tau_reset(), RT_line_one_tauinc(), RT_LineWidth(), RT_tau_init(), RT_tau_reset(), RTesc_lya(), SaveDo(), setXtraRatesFe2(), and TauZero().

tracker & EmissionProxy::TauTrack ( ) const

inline

TauTrack - track convergence of TauIn / TauTot This class will detect oscillations and adjust the next estimate for TauIn / TauTot if this occurs

References m_index, m_list, and EmissionList::m_TauTrack.

Referenced by copy(), and RT_line_one_tau_reset().

TransitionProxy EmissionProxy::Tran ( ) const

inline

References TransitionProxy::check(), ipTran(), m_list, and EmissionList::m_tlist.

Here is the call graph for this function:

double & EmissionProxy::VoigtLineCen ( ) const

inline

This variable is the Voigt profile value at line center. For lines with damp < 1, the normalized line center profile value is ~(1-damp) >>refer RT Rutten 2003 (online book)

References m_index, m_list, and EmissionList::m_VoigtLineCen.

Referenced by copy(), EmLineJunk(), EmLineZero(), PressureRadiationLine(), radius_next(), RT_line_escape(), RT_line_fine_opacity(), and RT_line_one_tauinc().