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/* This file is part of Cloudy and is copyright (C)1978-2008 by Gary J. Ferland and
 * others.  For conditions of distribution and use see copyright notice in license.txt */

#ifndef _CONTINUUM_H_
#define _CONTINUUM_H_


void ContCreatePointers(void);

int ContSetIntensity(void);

void ContCreateMesh(void);

void ContNegative(void);

double ffun(
                        /* the energy in Rydbergs where the continuum will be evaluated */
                        double anu , 
                        /* fraction of beamed continuum that is varies with time */
                        double *frac_beam_time,
                        /* fraction of beamed continuum that is constant */
                        double *frac_beam_const,
                        /* fraction of continuum that is isotropic */
                        double *frac_isotropic );

double ffun(double anu );

double ffun1(double xnu);

double DrvContPump(transition * t );

double cont_gaunt_calc( double, double , double );

EXTERN struct t_continuum {
        realnum *filbnd, 

          *fildel, 

          *filres;

        long int *ifill0, 
          nrange; 

        double *StoredEnergy,
                *StoredResolution;

        long int nStoredBands;

        double ResolutionScaleFactor;

        bool lgCon0,
          lgCoStarInterpolationCaution;

        double TotalLumin, 
          totlsv;

        realnum cn4861, 
          cn1216, 
          sv4861, 
          sv1216;

        realnum 
                fluxv,
                fbeta;

        long int nContBand;
        char **chContBandLabels;
        realnum *ContBandWavelength;
        long int *ipContBandLow , *ipContBandHi;

        long int KshellLimit;
        realnum EnergyKshell;

}       continuum;

#endif /* _CONTINUUM_H_ */

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