#include <rfield.h>

Public Member Functions
	Spectrum ()

void	resize (long int nbins)

void	accumulate_flux (const double this_cumulfac, double timestep, double total_time)

double	get_flux (long int accType, long int ip) const

double	get_time_avg_flux () const

vector< realnum > &	operator[] (int accType)

Private Attributes
vector< realnum >	flux [2]

double	norm

double	time_avg_flux

long int	nflux

Constructor & Destructor Documentation

Spectrum::Spectrum ( )

inline

References norm, and time_avg_flux.

Member Function Documentation

void Spectrum::accumulate_flux	(	const double	this_cumulfac,
		double	timestep,
		double	total_time
	)

inline

References DEBUG_ENTRY, flux, fp_equal(), mean, nflux, norm, and time_avg_flux.

Referenced by IterEnd().

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double Spectrum::get_flux	(	long int	accType,
		long int	ip
	)		const

inline

References ASSERT, Accumulate::CUMULATIVE, DEBUG_ENTRY, flux, Accumulate::INSTANTANEOUS, nflux, and norm.

Referenced by flux_correct_isotropic(), and flxCell().

double Spectrum::get_time_avg_flux ( ) const

inline

References time_avg_flux.

vector<realnum>& Spectrum::operator[] ( int accType )

inline

References ASSERT, Accumulate::CUMULATIVE, flux, and Accumulate::INSTANTANEOUS.

void Spectrum::resize ( long int nbins )

References ASSERT, flux, nflux, and vzero().

Referenced by rfield_opac_alloc().

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Member Data Documentation

vector<realnum> Spectrum::flux[2]

private

flux[0] holds the steady-state continuum flux emitted by a cloud; in a dynamical run, this should be understood as the instantaneous continuum of the cloud flux[1] holds the total flux accumulated over a dynamical run; the cumulative continuum may easily overflow single-precision storage; for this reason, the total flux is scaled by the normalization factor below; in a steady-state run it is all zero

Referenced by accumulate_flux(), get_flux(), operator[](), and resize().

long int Spectrum::nflux

private

vector lengths

Referenced by accumulate_flux(), get_flux(), and resize().

double Spectrum::norm

private

cumulative spectrum normalization factor

Referenced by accumulate_flux(), get_flux(), and Spectrum().

double Spectrum::time_avg_flux

private

time-averaged flux

Referenced by accumulate_flux(), get_time_avg_flux(), and Spectrum().

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

Public Member Functions

Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation