#include <continuum.h>
◆ chName()
const char * t_continuum::chName |
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const |
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inlinevirtual |
◆ comment()
◆ zero()
void t_continuum::zero |
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void | | ) |
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virtual |
◆ BandEdgeCorrHi
vector<realnum> t_continuum::BandEdgeCorrHi |
◆ BandEdgeCorrLow
vector<realnum> t_continuum::BandEdgeCorrLow |
these are fractions of first and last bin to include in the band
◆ chContBandLabels
vector<string> t_continuum::chContBandLabels |
◆ cn1216
◆ cn1367
◆ cn2066
◆ cn4861
the incident continuum at Hb, FUV out of damped Lya, and La
◆ ContBandWavelength
vector<t_wavl> t_continuum::ContBandWavelength |
◆ EnergyKshell
◆ fbeta
◆ fluxv
◆ ipContBandHi
vector<long> t_continuum::ipContBandHi |
◆ ipContBandLow
vector<long> t_continuum::ipContBandLow |
◆ KshellLimit
long int t_continuum::KshellLimit |
this is highest energy where k-shell opacities are counted can be adjusted with "set kshell" command
◆ lgCheckEnergyEveryZone
bool t_continuum::lgCheckEnergyEveryZone |
◆ lgCon0
flag saying that parts of continuum are zero
Referenced by zero().
◆ lgCoStarInterpolationCaution
bool t_continuum::lgCoStarInterpolationCaution |
◆ lgPrtIsotropicCont
bool t_continuum::lgPrtIsotropicCont |
option to include isotropic continua in output
Referenced by zero().
◆ nContBand
long int t_continuum::nContBand |
these are number, labels, and bounds of continuum bands they are specified in continuum_bands.dat in the data dir
◆ sv1216
◆ sv1367
◆ sv2066
◆ sv4861
◆ TotalLumin
double t_continuum::TotalLumin |
TotalLumin is total intensity in incident continuum erg cm-2 s-1
◆ totlsv
double t_continuum::totlsv |
The documentation for this struct was generated from the following files: