HYPLOT: globals.h Source File

00001 /* -*- c++ -*- */
00002 
00012 #ifndef __GLOBALS_H__
00013 #define __GLOBALS_H__
00014 
00015 #include <string>
00016 
00017 #include "hydefines.h"
00018 
00019 #ifdef __cplusplus
00020 extern "C" {
00021 #endif 
00022 
00023 #ifndef MIN
00024 #define MIN(a, b) (((a) < (b)) ? (a) : (b))
00025 #endif
00026 
00027 #ifndef MAX
00028 #define MAX(a, b) (((a) < (b)) ? (b) : (a))
00029 #endif
00030 
00031 /* if pi not defined: define it */
00032 #ifndef M_PI
00033 #define M_PI 3.1415926535897932385
00034 #endif
00035   
00036 /* some defines for the io */
00037 #define IO_TYPE_UNKNOWN 0
00038 #define IO_TYPE_INT     1
00039 #define IO_TYPE_FLOAT   2
00040 #define IO_TYPE_DOUBLE  3
00041 #define IO_TYPE_STRING  4
00042 
00043 #define MAX_KEY_LENGTH 100
00044 
00050 extern struct all_data
00051 {
00052   double sumfile[NFMAX+1][NCOLMAX][NBACK];  
00065   double mgas0;                 
00066   double mstar0;                
00067   double mdark0;                
00069   double rcom[3];               
00070   double vcom[3];               
00072   int npart;                    
00074   int ngas0;                    
00075   int ndark0;                   
00077   int irun;                     
00078   int ifile;                    
00080   int ist;                      
00081   int iend;                     
00083   int ndumpspresent;            
00084   int firstdump;                
00085   int lastdump;                 
00087   int startfile;                
00091   int iprog[3];                 
00093   double cum[NCUM][NCUM2];      
00095 } all_;
00096 
00097 extern struct program_data
00098 {
00099   int iflnr,iraw,ifollowpart,iinter,iprintnumbers;
00100 
00101   int ncol[NBACK];
00102   int inumpersnap;
00103 } run_;
00104 
00105 extern struct number_info
00106 {
00107   int ngas0, ndm0;
00108 } np_;
00109 
00110 extern struct common_units
00111 {
00112   double mum,msun,yr,kpc,lunit,vunit,tunit,mfac,munit,nunit;
00113   double rhounit,enerunit,eunit,kb,Kunit;
00114   double G;                  
00115   double G_astro;            
00116   double gamma,mproton,Xh;
00117   double tunit_in_yr;
00118   double kpcgyrtokms;        
00119 } units_;
00120 
00121 /* initialized in blockdata.inc */
00122 extern struct datatypes
00123 {
00124   int itlow,ithigh,itnone,itsdone,itstar,itdark,itgas;
00125   int itgdone,itdisk,itbulge,itbndry;
00126   int itall;
00127 } types_;
00128 
00129 extern struct io_header
00130 {
00131   int npart[6];      /* 6*4 */
00132   double mass[6];    /* 6*8 */
00133   double time;       /* 1*8 */
00134   double redshift;   /* 1*8 */
00135   int flag_sfr;      /* 1*4 */
00136   int flag_feedback; /* 1*4 */
00137   int npartTotal[6]; /* 6*4 */
00138   int flag_cooling;  /* 1*4 */
00139   int num_files;     /* 1*4 */
00140   double BoxSize;    /* 1*8 */
00141   double Omega0;     /* 1*8 */
00142   double OmegaLambda;/* 1*8 */
00143   double HubbleParam;/* 1*8 */
00144   double hubble_a; /* 1*8 */ 
00145   char fill[256- 6*4- 6*8- 2*8- 2*4- 6*4 - 2*4 - 4*8 - 1*8]; /* fills to 256 Bytes */
00146 } header_;
00147 
00148 extern struct particle_data 
00149 {
00150     float Pos[3];
00151     float Vel[3];
00152     float Mass;
00153     int Type;
00154 } *P;
00155 
00156 extern struct sph_particle_data 
00157 {
00158   float U;    /* internal energy */
00159   float h;    /* smoothing length */
00160   float Z;    /* metallicity (in units of solar (0.02)) metallicity */
00161   float FeMass;           /* Fe mass (in the simulation mass unit) */
00162   float MgMass;           /* Mg mass (in the simulation mass unit) */
00163   float Rho;  /* density */
00164   float temperature; /* if given in the snapshot: read from there. otherwise: derived  */
00165                      /* from U assuming full ionisation */
00166   float AcEntropy;   
00167 } *SphP;
00168 
00169 extern struct star_particle_data 
00170 {
00171   float InitMass;         /* mass at birth */
00172   float Z;                /* metallicity (in units of solar (0.02)) metallicity */
00173   float FeMass;           /* Fe mass (in the simulation mass unit) */
00174   float MgMass;           /* Mg mass (in the simulation mass unit) */
00175   float Formation_time;   /* time of formation */
00176   int MyP;
00177 } *StarP;
00178 
00179 /* mirror image of the common block /part/ in arrays.inc */
00180 extern struct all_particle_data
00181 {
00182   float r[NMAXAR][3],v[NMAXAR][3],tmass[NMAXAR],ener[NMAXAR];
00183   float har[NMAXAR],rho[NMAXAR],zmet[NMAXAR],arr[NMAXAR],fe[NMAXAR];
00184   float mg[NMAXAR], temperature[NMAXAR];
00185   float AcEntropy[NMAXAR];
00186 #ifndef LOW_MEMORY_MODE
00187   float lumin[8][NMAXAR]; 
00190 #endif
00191 
00192   int itype[NMAXAR];
00193   int id[NMAXAR];
00194 } part_;
00195 
00200 extern struct parameterfile_data{
00201   char starmap_x[24], starmap_y[24]; 
00202   char starmap_binval[24];
00203   
00204   double fit_radmin;            
00205   double fit_radmax;            
00206   double SB_radmax;             
00208   double cmd_min_age, cmd_max_age;
00209   double cmd_min_Z, cmd_max_Z;
00210 
00211   double lf_min_age, lf_max_age;
00212   double lf_min_Z, lf_max_Z;
00213 
00214   double cmd_xmin, cmd_xmax, cmd_ymin, cmd_ymax;
00215   
00216   double starmap_xmin, starmap_xmax, starmap_ymin, starmap_ymax;
00217   double starmap_convol_sigma_x,starmap_convol_sigma_y;
00218 
00219   double usergalage;            
00223   double hubbleparameter;
00224   double lf_xmin;
00225   double lf_xmax;
00226 
00227   /* 8: need more than 4: true takes 4 spaces, need terminator char */
00228   char cmd_mag[8], cmd_mag_x[8], cmd_mag_y[8];
00229 
00230   char pgp_terminal[8];
00231 
00232   int fit_nbins;
00233 
00234   int snapformat, filespersnap;
00235   int read_sumfiles, cmd_contours, cmd_cont_lab, cmd_logscale;
00236 
00237   int starmap_nx, starmap_ny, starmap_type;
00238 
00239   int startf_number;             
00241   int lf_nstep;
00242 } param_;
00243 
00244 extern int read_first_datafile;
00245 extern int *Id;
00246 
00247 extern int NumPart, Ngas, Nstar;
00248 
00249 extern double Time, Redshift;
00250 
00251 /*********************************************************************************
00252  * NBODY6++ variables                                                            *
00253  *********************************************************************************/
00254 
00255 extern struct nbody_general_data
00256 {
00257   float as;
00258 } *NBG;
00259 
00260 extern struct nbody_particle_data
00261 {
00262   float bodys, rhos, xns;
00263   float xs[3];
00264   float vs[3];
00265   float phi;
00266   int name;
00267 } *NBD;
00268 
00269 extern struct sunmag_data
00270 {
00271   double sun[8];
00272 } sunmag_;
00273 
00275 extern struct lumfunc_data
00276 {
00277   double xmin;                   
00278   double xmax;                   
00279   int nsteps;                    
00281   float * seps;                  
00282   float * lf;                    
00283 } lumfunc;
00284 
00285 extern struct starmap_data
00286 {
00287   double xlow;
00288   double xhigh;
00289 } smd;
00290 
00291 
00292 class Cimf;
00293 extern Cimf * imf;
00294 
00295 class CMainWindow;
00296 extern CMainWindow *mainWin;
00297 
00298 /* note: #include <QSettings> where you use settings. Note: on unix systems
00299  *       settings tend to be stored in ~/.config/ORGANIZATION_NAME/PROGRAM_NAME 
00300  */
00301 class QSettings;
00302 extern QSettings *settings;
00303 
00304 #ifdef __cplusplus
00305 }
00306 #endif 
00307 
00308 
00309 #endif /* __GLOBALS_H__ */