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sstar_stats.C File Reference

#include "sstar_to_dyn.h"
#include "dyn.h"
#include "single_star.h"

Go to the source code of this file.

Data Structures
struct	md_pair
struct	nm_bin
struct	pop
struct	star_table
Defines
#define	OUTPUT_MASS_LIMIT   10
#define	OUTPUT_NUMBER_LIMIT   10
#define	MINIMUM_LUMINOSITY   1.0e-4
#define	MAX_PREDEF_RADII   9
Typedefs
typedef *	star_ubvri_ptr
typedef *	md_pair_ptr
Enumerations
enum	bin_option { lineair, predefined }
Functions
local int	which_zone (dyn *bi, vector &center, int n_lagr, real *r_lagr)
local void	print_stellar_content (dyn *b)
local int	print_special_stars (dyn *b)
local void	print_compact_stars (dyn *b)
local int	compare_parameters (const void *pi, const void *pj)
local void	sort_stellar_ubvri (dyn *b, int nzones, int n, star_ubvri_ptr table, real *Ltot)
local real	predifinced_lagrangian_fraction (int i)
local real	lagrangian_radius (int i, int nzones, bin_option binning)
local void	get_lagrangian_ubvri_radii (dyn *b, int nzones, bin_option binning, real *rLu, real *rLb, real *rLv, real *rLr, real *rLi)
local void	print_lagrangian_ubvri_radii (dyn *b, int nzones, bin_option binning)
local void	print_mass_over_light (dyn *b)
local void	print_mass_spectrum (dyn *b, int nzones, bool verbose)
local void	print_luminosity_function (dyn *b, int nzones, bool verbose)
local void	print_massive_star (dyn *bi, vector center_pos, vector center_vel, bool verbose)
local int	print_massive_binary (dyn *bi, vector center_pos, vector center_vel, real mass_limit, real number_limit, bool verbose)
local bool	contains_massive_star (dyn *b, real mass_limit, real number_limit)
local int	print_massive_binary_recursive (dyn *b, vector center_pos, vector center_vel, real mass_limit, real number_limit, bool verbose)
local void	print_massive_star_header (bool cod)
local int	compare_mass (const void *pi, const void *pj)
local void	print_most_massive_stars (dyn *b, real mass_limit, real number_limit, vector center_pos, bool verbose)
void	print_sstar_time_scales (dyn *b)
void	sstar_stats (dyn *b, bool mass_spectrum, vector center, bool verbose)

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Define Documentation

#define MAX_PREDEF_RADII   9

Definition at line 14 of file sstar_stats.C.

#define MINIMUM_LUMINOSITY   1.0e-4

Definition at line 12 of file sstar_stats.C.

#define OUTPUT_MASS_LIMIT   10

Definition at line 10 of file sstar_stats.C.

#define OUTPUT_NUMBER_LIMIT   10

Definition at line 11 of file sstar_stats.C.

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Typedef Documentation

typedef * md_pair_ptr

typedef * star_ubvri_ptr

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Enumeration Type Documentation

enum bin_option

Enumeration values: lineair   predefined   Definition at line 15 of file sstar_stats.C.

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Function Documentation

local int compare_mass ( const void * pi, const void * pj )

Definition at line 998 of file sstar_stats.C.

local int compare_parameters ( const void * pi, const void * pj )

Definition at line 334 of file sstar_stats.C.

local bool contains_massive_star ( dyn * b, real mass_limit, real number_limit )

Definition at line 936 of file sstar_stats.C. Referenced by print_massive_binary_recursive().

local void get_lagrangian_ubvri_radii ( dyn * b, int nzones, bin_option binning, real * rLu, real * rLb, real * rLv, real * rLr, real * rLi )

Definition at line 472 of file sstar_stats.C. Referenced by print_lagrangian_ubvri_radii().

local real lagrangian_radius ( int i, int nzones, bin_option binning )

Definition at line 459 of file sstar_stats.C. Referenced by get_lagrangian_ubvri_radii(), and print_lagrangian_ubvri_radii().

local real predifinced_lagrangian_fraction ( int i )

Definition at line 433 of file sstar_stats.C. Referenced by lagrangian_radius().

local void print_compact_stars ( dyn * b )

Definition at line 232 of file sstar_stats.C. Referenced by sstar_stats().

local void print_lagrangian_ubvri_radii ( dyn * b, int nzones, bin_option binning )

Definition at line 552 of file sstar_stats.C. Referenced by sstar_stats().

local void print_luminosity_function ( dyn * b, int nzones, bool verbose )

Definition at line 808 of file sstar_stats.C. Referenced by sstar_stats().

local void print_mass_over_light ( dyn * b )

Definition at line 589 of file sstar_stats.C. Referenced by sstar_stats().

local void print_mass_spectrum ( dyn * b, int nzones, bool verbose )

Definition at line 720 of file sstar_stats.C. Referenced by sstar_stats().

local int print_massive_binary ( dyn * bi, vector center_pos, vector center_vel, real mass_limit, real number_limit, bool verbose )

Definition at line 900 of file sstar_stats.C.

local int print_massive_binary_recursive ( dyn * b, vector center_pos, vector center_vel, real mass_limit, real number_limit, bool verbose )

Definition at line 948 of file sstar_stats.C. Referenced by print_most_massive_stars().

local void print_massive_star ( dyn * bi, vector center_pos, vector center_vel, bool verbose )

Definition at line 888 of file sstar_stats.C. Referenced by print_massive_binary_recursive(), and print_most_massive_stars().

local void print_massive_star_header ( bool cod )

Definition at line 980 of file sstar_stats.C. Referenced by print_most_massive_stars().

local void print_most_massive_stars ( dyn * b, real mass_limit, real number_limit, vector center_pos, bool verbose )

Definition at line 1009 of file sstar_stats.C. Referenced by sstar_stats().

local int print_special_stars ( dyn * b )

Definition at line 167 of file sstar_stats.C. Referenced by sstar_stats().

void print_sstar_time_scales ( dyn * b )

Definition at line 1073 of file sstar_stats.C. Referenced by log_output(), and sys_stats().

local void print_stellar_content ( dyn * b )

Definition at line 60 of file sstar_stats.C. Referenced by sstar_stats().

local void sort_stellar_ubvri ( dyn * b, int nzones, int n, star_ubvri_ptr table, real * Ltot )

Definition at line 344 of file sstar_stats.C. Referenced by get_lagrangian_ubvri_radii().

void sstar_stats ( dyn * b, bool mass_spectrum, vector center, bool verbose )

Definition at line 1084 of file sstar_stats.C. Referenced by dstar_stats(), and sys_stats().

local int which_zone ( dyn * bi, vector & center, int n_lagr, real * r_lagr )

Definition at line 48 of file sstar_stats.C. Referenced by print_anisotropy_by_radial_zone(), print_mass_over_light(), print_numbers_and_masses_by_radial_zone(), and print_stellar_content().

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