Starlab: include/star/sstar_to

00001 /*
00002  *    star_to_dyn.h: transformation function from stellar evolution
00003  *                   package to dynamical package.
00004  *
00005  *.....................................................................
00006  *    version 1:  Aug 1996   Simon F. Portegies Zwart
00007  *    version 2:
00008  *...................................................................
00009  *     This file includes:
00010  *  1) Transformation routines from stellar evolution to n-body dynamcs.
00011  *
00012  *....................................................................
00013  */
00014 
00015 #ifndef     _SSTAR_TO_DYN
00016 #   define  _SSTAR_TO_DYN
00017 
00018 #include  "starbase.h"
00019 #include  "dyn.h"
00020 
00021 #include "stdinc.h"
00022 #include "constants.h"
00023 
00024 /*-----------------------------------------------------------------------------
00025  *  sstar_to_dyn  --  
00026  *-----------------------------------------------------------------------------
00027  */
00028 
00029 void  addstar(dyn*,
00030               real t_rel=0,
00031               stellar_type type=Main_Sequence,
00032               bool verbose = false);
00033 void sstar_stats(dyn*, bool, vec, bool);
00034 
00035 vec conv_v_star_to_dyn(vec&, real, real);
00036 vec anomalous_velocity(dyn*);
00037 real get_effective_radius(dyn*);
00038 real get_total_mass(dyn*);
00039 stellar_type get_element_type(dyn*);
00040 bool has_sstar(dyn*);
00041 
00042 //void change_dynamical_mass_of_the_stars(dyn*);
00043 bool stellar_evolution(dyn* b);
00044 real sudden_mass_loss(dyn* b);
00045 
00046 // Function for output.
00047 star_state make_star_state(dyn*);
00048 
00049 
00050 void extract_story_chapter(char* type, real&, real&,
00051                            real&, real&, real&,
00052                            real&, real&,
00053                            real&, real&, story& s);
00054 void extract_line_text(char*, real&, real&, real&,
00055                        real&, real&, real&, real&,
00056                        real&, real&, story&);
00057 
00058 bool merge_with_primary(star* primary, star *secondary);
00059 
00060 void print_sstar_time_scales(dyn*);
00061 
00062 
00063 real compute_projected_luminosity_radii(dyn * b, int axis,
00064                                         bool Llagr = true,
00065                                         int nzones = 10,
00066                                         bool nonlin=false,
00067                                         boolfn bf=NULL);
00068 
00069 enum radius_fraction {rcore_rvirial, r10_r90_light, proj_r10_r90_light};
00070 void print_fitted_king_model(const real fractional_radius,
00071                              const radius_fraction
00072                                    which_fraction = proj_r10_r90_light);
00073 
00074 void put_ubvri(dyn*);
00075 
00076 // reduction software
00077 void new_camera_position(vec&, vec, vec, int, int);
00078 void rdc_and_wrt_movie(dyn*, bool, real, real, char);
00079 void print_povray_header(dyn*, vec, int, real, real, int, int, real, 
00080                          int, int, bool);
00081 void print_mpegplayer_param_file(ostream&,
00082                                  int first_frame =1,
00083                                  int last_frame = 100,
00084                                  int horizontal = 120,
00085                                  int vertical = 90,
00086                                  int GOP_size = 10);
00087 
00088 
00089 //The following functions are in ltm_to_ubvri
00090 void get_ubvri_star(dyn *bi, stellar_type& stype,
00091                     real& U, real& B, real& V, real& R, real& I);
00092   
00093 void get_Lubvri_star(dyn *bi, stellar_type& stype,
00094                      real& Lu, real& Lb, real& Lv, real& Lr, real& Li);
00095 
00096                                  
00097 #endif          // _SSTAR_TO_DYN
sstar_to_dyn.h
