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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 _LINES_SERVICE_H_
#define _LINES_SERVICE_H_


void outline( transition *t );

void linadd(
  double xInten,
  realnum wavelength,
  const char *chLab,
  char chInfo , 
  const char *chComment );

void lindst(double xInten, 
  realnum wavelength, 
  const char *chLab, 
  long int ipnt, 
  char chInfo, 
  bool lgOutToo,
  const char *chComment);

double emergent_line( 
         /* emissivity [erg cm-3 s-1] in inward direction */
         double emissivity_in , 
         /* emissivity [erg cm-3 s-1] in outward direction */
         double emissivity_out , 
         /* array index for continuum frequency */
         long int ipCont );

void PntForLine(double wavelength, 
  const char *chLabel, 
  long int *ipnt);

void PutLine(transition * t, const char *chComment);

void PutLine(transition * t, const char *chComment, const char *chLabel);

double TexcLine(transition * t);

void DumpLine(transition * t);

double GetGF(double eina, 
          double enercm, 
          double gup);

double eina(double gf, 
          double enercm, 
          double gup);

double abscf(double gf, 
          double enercm, 
          double gl);

#define LOWDEN_LYMAN 0

double emit_frac( transition *t );

void chIonLbl( char*, transition * t );

char* chLineLbl(transition * t );

double RefIndex(double EnergyWN);


void PutCS(double cs, 
  transition * t);

realnum WavlenErrorGet( realnum wavelength );

double OccupationNumberLine( transition * t );

void PutExtra(double Extra);

void TransitionJunk( transition *t );

void EmLineJunk( emission * t );

void CollisionJunk( collision * t );

void StateJunk( quantumState * t );

void TransitionZero( transition *t );

void EmLineZero( emission * t );

void CollisionZero( collision * t );

void StateZero( quantumState * t );

void LineConvRate2CS( transition * t , realnum rate );

double ConvRate2CS( realnum gHi , realnum rate );

bool lgTauGood( transition * t);

void MakeCS(transition * t );

double totlin(
        int chInfo);


void FndLineHt(long int *level, 
  
  long int *ipStrong, 
  double *Strong);

quantumState *AddState2Stack( void );

emission *AddLine2Stack( bool lgRadiativeTrans  );
emission *AddLine2Stack( realnum Aul, transition *trans );


#endif /* _LINES_SERVICE_H_ */

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