thermal.h

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/* This file is part of Cloudy and is copyright (C)1978-2013 by Gary J. Ferland and
 * others.  For conditions of distribution and use see copyright notice in license.txt */
 
#ifndef THERMAL_H_
#define THERMAL_H_
 
/* thermal.h */
 
#define NCOLNT  10000L
 
void TempChange(
                         double TempNew ,
                         /* option to force update of all variables */
                         bool lgForceUpdate);
 
void TempChange(
                         double TempNew );
 
struct t_thermal {
 
        bool lgPredNextTe;
 
        bool lgTemperatureConstant;
 
        bool lgTemperatureConstantCommandParsed;
 
        realnum ConstTemp;
 
        realnum ConstGrainTemp;
 
        long int nUnstable;
        bool lgUnstable;
 
        realnum thist, 
          tlowst;
 
        bool lgTeHigh;
 
        bool lgEdnGTcm;
 
        bool lgTLaw;
 
        bool lgTeBD96;
        realnum T0BD96,
                SigmaBD96;
 
        realnum T0SN99;
        bool lgTeSN99;
 
        realnum collam[NCOLNT];
        double cooling[NCOLNT], 
          heatnt[NCOLNT];
        long int ncltot;
#       define  NCOLNT_LAB_LEN  15
        char chClntLab[NCOLNT][NCOLNT_LAB_LEN+1];
 
        /* element coolants, the last one is molecular */
        double elementcool[LIMELM + 1];
 
        /* cooling due to level 2 lines */
        double dima;
 
        bool lgCNegChk;
 
        realnum CoolHeatMax;
        realnum wlCoolHeatMax;
        char chCoolHeatMax[NCOLNT_LAB_LEN+1];
 
        double totcol, 
          ctot, 
          heatl,
          coolheat;
 
        double dCooldT;
 
        double tsq1, 
          halfte;
 
        double te_update;
 
        bool lgCExtraOn;
        realnum CoolExtra, 
          cextpw;
 
        bool lgCoolEvalOK;
 
        realnum GBarMax;
        long int ipMaxExtra;
 
        double char_tran_heat , char_tran_cool;
        
        double  htot,
 
                power, 
 
                dHeatdT;
 
                double heating[LIMELM][LIMELM];
 
                double FreeFreeTotHeat;
 
        realnum HeatLineMax;
 
};
extern t_thermal thermal;
 
struct t_phoHeat
{
        double HeatNet;
        double HeatLowEnr;
        double HeatHiEnr;
};
 
#endif /* THERMAL_H_ */