#include <radius.h>

Inheritance diagram for t_radius:

Collaboration diagram for t_radius:

Public Member Functions
const char *	chName () const
void	zero ()
void	comment (t_warnings &)
Public Member Functions inherited from module
	module ()
virtual	~module ()

Public Attributes
double	rinner
double	Radius
double	Radius_mid_zone
double	drad
double	drad_mid_zone
double	depth
double	depth_mid_zone
double	Depth2Go
double	r1r0sq
double	PI4_rinner_sq
double	PI4_Radius_sq
double	drNext
double	distance
double	dRadSign
double	drad_x_fillfac
double	depth_x_fillfac
double	darea_x_fillfac
double	dVeffVol
double	dVeffAper
double	dRNeff
double	dVolOutwrd
double	dVolReflec
double	BeamInIn
double	BeamInOut
double	BeamOutOut
bool	lgdR2Small
bool	lgRadiusKnown
double	CylindHigh
bool	lgCylnOn
double	rdfalt
realnum	glbden
realnum	glbrad
realnum	glbpow
realnum	glbdst
bool	lgDrMnOn
bool	lgPredLumin
realnum	pirsq
double	Conv2PrtInten
double	sdrmin
double	sdrmax
double	lgFixed
double	sdrmin_rel_depth
bool	lgSdrminRel
bool	lgSdrmaxRel
bool	lgSMinON
bool	lgDR2Big
realnum	drMinimum
double	dr_min_last_iter
double	dr_max_last_iter
bool	lgDrMinUsed
realnum	drChange
realnum	thickness_stromgren

Member Function Documentation

◆ chName()

const char * t_radius::chName ( ) const

inlinevirtual

Implements module.

◆ comment()

void t_radius::comment ( t_warnings & )

inlinevirtual

Implements module.

◆ zero()

void t_radius::zero ( void )

virtual

Implements module.

References CylindHigh, darea_x_fillfac, DEBUG_ENTRY, depth, depth_mid_zone, DEPTH_OFFSET, depth_x_fillfac, distance, drad, drad_mid_zone, drad_x_fillfac, dRadSign, dRNeff, drNext, dVeffAper, dVeffVol, lgCylnOn, lgdR2Small, lgDrMinUsed, lgDrMnOn, lgFixed, lgRadiusKnown, lgSdrmaxRel, lgSdrminRel, lgSMinON, PI4_Radius_sq, PI4_rinner_sq, r1r0sq, Radius, Radius_mid_zone, rdfalt, rinner, sdrmax, sdrmin, sdrmin_rel_depth, and SMALLFLOAT.

Member Data Documentation

◆ BeamInIn

double t_radius::BeamInIn

Beam vars are related to lines where inward and outward fracs known BeamInIn inward part of inwardly directed beam, 0 if sphere

◆ BeamInOut

double t_radius::BeamInOut

BeamInOut outward part of inwardly directed beam, 0 if not sphere

◆ BeamOutOut

double t_radius::BeamOutOut

BeamOutOut outward part of outwardly directed beam

◆ Conv2PrtInten

double t_radius::Conv2PrtInten

additive factor to convert stored line intensities within code into a final desired unit, luminosity, flux at Earth, or surface brightness

◆ CylindHigh

double t_radius::CylindHigh

lgCylnOn set true when cylinder command given cylind is half height in centimeters

Referenced by zero().

◆ darea_x_fillfac

double t_radius::darea_x_fillfac

darea_x_fillfac is 2pi * radius * drad * filling factor

Referenced by zero().

◆ depth

double t_radius::depth

the depth, the distance from the outer edge of current zone to the illuminated face

Referenced by zero().

◆ Depth2Go

double t_radius::Depth2Go

an estimate of the depth to the shielded face

◆ depth_mid_zone

double t_radius::depth_mid_zone

depth from illuminated face to center of last or current zone

Referenced by zero().

◆ depth_x_fillfac

double t_radius::depth_x_fillfac

integrated dReff, integral of depth times filling factor

Referenced by zero().

◆ distance

double t_radius::distance

the distance to the object from Earth, set with the distance command

Referenced by zero().

◆ dr_max_last_iter

double t_radius::dr_max_last_iter

◆ dr_min_last_iter

double t_radius::dr_min_last_iter

min and max dr found in previous iteration

◆ drad

double t_radius::drad

the thickness of the current zone

Referenced by zero().

◆ drad_mid_zone

double t_radius::drad_mid_zone

the distance between middle of previous zone and middle of this zone

Referenced by zero().

◆ drad_x_fillfac

double t_radius::drad_x_fillfac

drad_x_fillfac is drad * filling factor

Referenced by zero().

◆ dRadSign

double t_radius::dRadSign

sign of dr for going in or out, 1 (usually) or -1

Referenced by zero().

◆ drChange

realnum t_radius::drChange

fractional change used in nextdr

◆ drMinimum

realnum t_radius::drMinimum

fraction of initial thickness, set in firstdr do not let dr get smaller than this NB - drMinimum not used in code - delete?

◆ dRNeff

double t_radius::dRNeff

dRNeff is next dr effective radius

Referenced by zero().

◆ drNext

double t_radius::drNext

next dr, as set in nextdr

Referenced by zero().

◆ dVeffAper

double t_radius::dVeffAper

dVeff is effec vol relative to inner radius this version is affected by the APERTURE SLIT | BEAM commands it should ONLY be used for quantities observed through the aperture if the APERTURE command is not used, dVeffAper and dVeffVol are identical

Referenced by zero().

◆ dVeffVol

double t_radius::dVeffVol

dVeff is effec vol relative to inner radius, this version is not affected by the APERTURE command

Referenced by zero().

◆ dVolOutwrd

double t_radius::dVolOutwrd

dVolOutwrd, dVolReflec, outward and reflected effective vols used to get outward and reflected beams, these include only the vol of the current shell times the covering factor, and a number between 0 and 1 that is the fraction of the beam that goes out or is reflected. this is determined by the rt covering factor

◆ dVolReflec

double t_radius::dVolReflec

◆ glbden

realnum t_radius::glbden

variables that deal with the globule command, glbden, the density

◆ glbdst

realnum t_radius::glbdst

◆ glbpow

realnum t_radius::glbpow

the globule power

◆ glbrad

realnum t_radius::glbrad

the radius for the globule command

◆ lgCylnOn

bool t_radius::lgCylnOn

Referenced by zero().

◆ lgDR2Big

bool t_radius::lgDR2Big

this flag controlled in radius_first and says whether this option caused the first zone to have larger than optimal thickness

◆ lgdR2Small

bool t_radius::lgdR2Small

flag saying that zone thickness became too small, likely because of an uncontrolled oscillation

Referenced by zero().

◆ lgDrMinUsed

bool t_radius::lgDrMinUsed

set true is calculations stops because zone thickness gets too small

Referenced by zero().

◆ lgDrMnOn

bool t_radius::lgDrMnOn

flag to turn off dr checking in dextdr when globule command entered

Referenced by zero().

◆ lgFixed

double t_radius::lgFixed

Referenced by zero().

◆ lgPredLumin

bool t_radius::lgPredLumin

lgPredLumin flag set true if intensities entered into $4\pi$ st

◆ lgRadiusKnown

bool t_radius::lgRadiusKnown

this says whether radius has been set - if true then can do luminosities, if false then only intensities

Referenced by zero().

◆ lgSdrmaxRel

bool t_radius::lgSdrmaxRel

Referenced by zero().

◆ lgSdrminRel

bool t_radius::lgSdrminRel

false, then sdrmin/sdrmax are limits to step size in cm, true, then are relative fraction of the current radius

Referenced by zero().

◆ lgSMinON

bool t_radius::lgSMinON

lgSMinON is flag saying that set drmin has been enteed

Referenced by zero().

◆ PI4_Radius_sq

double t_radius::PI4_Radius_sq

the area of the outer radius in cm in luminosity case, intensity case is sphericity correction, (r_2/r_1)^2

Referenced by zero().

◆ PI4_rinner_sq

double t_radius::PI4_rinner_sq

the area of the inner radius in cm

Referenced by zero().

◆ pirsq

realnum t_radius::pirsq

log of4 pi r_inner^2, 0 if intensities are printed, but is log of 4pi r_o^2 if any luminosity commands are entered

◆ r1r0sq

double t_radius::r1r0sq

ratio of square of outer edge of current zone to radius of illuminated face of cloud - note continuum is relative to outer edge after ZoneDone is called too

Referenced by zero().

◆ Radius

double t_radius::Radius

the outer radius of the current zone

Referenced by zero().

◆ Radius_mid_zone

double t_radius::Radius_mid_zone

the radius, to center of last or current zone

Referenced by zero().

◆ rdfalt

double t_radius::rdfalt

default inner radius when none set, log r =25 in scalar

Referenced by zero().

◆ rinner

double t_radius::rinner

the inner radius in cm

Referenced by zero().

◆ sdrmax

double t_radius::sdrmax

Referenced by zero().

◆ sdrmin

double t_radius::sdrmin

these are 1e-30 and 1e30 by default, and are set with "set dr" cmnds used as one of a pair of limits to how big or small zones get set dr command forces constant dr by setting both to same number

Referenced by zero().

◆ sdrmin_rel_depth

double t_radius::sdrmin_rel_depth

Referenced by zero().

◆ thickness_stromgren

realnum t_radius::thickness_stromgren

the Stromgren thickness

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

Public Member Functions

Public Attributes

Member Function Documentation

◆ chName()

◆ comment()

◆ zero()

Member Data Documentation

◆ BeamInIn

◆ BeamInOut

◆ BeamOutOut

◆ Conv2PrtInten

◆ CylindHigh

◆ darea_x_fillfac

◆ depth

◆ Depth2Go

◆ depth_mid_zone

◆ depth_x_fillfac

◆ distance

◆ dr_max_last_iter

◆ dr_min_last_iter

◆ drad

◆ drad_mid_zone

◆ drad_x_fillfac

◆ dRadSign

◆ drChange

◆ drMinimum

◆ dRNeff

◆ drNext

◆ dVeffAper

◆ dVeffVol

◆ dVolOutwrd

◆ dVolReflec

◆ glbden

◆ glbdst

◆ glbpow

◆ glbrad

◆ lgCylnOn

◆ lgDR2Big

◆ lgdR2Small

◆ lgDrMinUsed

◆ lgDrMnOn

◆ lgFixed

◆ lgPredLumin

◆ lgRadiusKnown

◆ lgSdrmaxRel

◆ lgSdrminRel

◆ lgSMinON

◆ PI4_Radius_sq

◆ PI4_rinner_sq

◆ pirsq

◆ r1r0sq

◆ Radius

◆ Radius_mid_zone

◆ rdfalt

◆ rinner

◆ sdrmax

◆ sdrmin

◆ sdrmin_rel_depth

◆ thickness_stromgren