Main Page Class Hierarchy Data Structures File List Data Fields Globals

sys_stats.C File Reference

#include "dyn.h"
#include "star/sstar_to_dyn.h"

Go to the source code of this file.

Data Structures

struct rm_pair

Defines

#define P_MAX   0.1

#define E_MIN   0.5

#define NP   12

#define NR   10

#define NE   12

Typedefs

typedef * rm_pair_ptr

Functions

local bool check_for_doubling (dyn *b)

local real print_relaxation_time (dyn *b, real &potential_energy, real &kinetic_energy, void(*compute_energies)(dyn *, real, real &, real &, real &, bool))

local bool print_numbers_and_masses (dyn *b)

local void print_parameters_for_massive_black_holes (dyn *b, real kT, vector center, bool verbose)

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

local void print_numbers_and_masses_by_radial_zone (dyn *b, int which)

local void print_anisotropy_by_radial_zone (dyn *b, int which)

local real top_level_kinetic_energy (dyn *b)

local void print_energies (dyn *b, real &potential_energy, real &kinetic_energy, real &kT, void(*compute_energies)(dyn *, real, real &, real &, real &, bool))

local void search_for_binaries (dyn *b, real energy_cutoff, real kT, vector center, bool verbose, bool long_binary_output)

local void initialize_histograms ()

local void bin_recursive (dyn *bi, vector center, real rcore, real rhalf, real kT)

local void print_histogram (int histogram[][NR], int n, char *label)

local void print_binary_histograms ()

local void print_binaries (dyn *b, real kT, vector center, real rcore, real rhalf, bool verbose, bool long_binary_output=true, void(*dstar_params)(dyn *)=NULL)

local void print_core_parameters (dyn *b, bool allow_n_sq_ops, vector &density_center, real &rcore)

local real linear_interpolation (const real x, const real x1, const real x2, const real y1, const real y2)

local bool testnode (dyn *b)

local bool binary_fn (dyn *b)

local bool single_fn (dyn *b)

local bool double_fn (dyn *b)

local real print_lagrangian_radii (dyn *b, int which_lagr, bool verbose=true, int which_star=0)

local dyn* dominant_mass (dyn *b, real f)

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

local void print_dominated_lagrangian_radii (dyn *b, dyn *b_dom)

local void print_dominated_velocity_dispersions (dyn *b, dyn *b_dom)

bool parse_sys_stats_main (int argc, char *argv[], int &which_lagr, bool &binaries, bool &long_binary_output, bool &B_flag, bool &calc_e, bool &n_sq, bool &out, bool &verbose)

void sys_stats (dyn *b, real energy_cutoff, bool verbose, bool binaries, bool long_binary_output, int which_lagr, bool print_time, bool compute_energy, bool allow_n_sq_ops, void(*compute_energies)(dyn *, real, real &, real &, real &, bool), void(*dstar_params)(dyn *), bool(*print_dstar_stats)(dyn *, bool, vector, bool))

Variables

bool have_kT = false

Define Documentation

#define E_MIN 0.5

Definition at line 591 of file util/sys_stats.C.

#define NE 12

Definition at line 594 of file util/sys_stats.C.

#define NP 12

Definition at line 592 of file util/sys_stats.C.

#define NR 10

Definition at line 593 of file util/sys_stats.C.

#define P_MAX 0.1

Definition at line 590 of file util/sys_stats.C.

Typedef Documentation

typedef * rm_pair_ptr

Function Documentation

local void bin_recursive ( dyn * bi,

vector center,

real rcore,

real rhalf,

real kT )

Definition at line 611 of file util/sys_stats.C.
Referenced by print_binaries().

local bool binary_fn ( dyn * b )

Definition at line 1034 of file util/sys_stats.C.

local bool check_for_doubling ( dyn * b )

Definition at line 70 of file util/sys_stats.C.
Referenced by sys_stats().

local int compare_radii ( const void * pi,

const void * pj )

Definition at line 1171 of file util/sys_stats.C.

local dyn* dominant_mass ( dyn * b,

real f )

Definition at line 1139 of file util/sys_stats.C.
Referenced by sys_stats().

local bool double_fn ( dyn * b )

Definition at line 1050 of file util/sys_stats.C.

local void initialize_histograms ( )

Definition at line 604 of file util/sys_stats.C.
Referenced by print_binaries().

local real linear_interpolation ( const real x,

const real x1,

const real x2,

const real y1,

const real y2 )

Definition at line 948 of file util/sys_stats.C.

bool parse_sys_stats_main ( int argc,

char * argv[],

int & which_lagr,

bool & binaries,

bool & long_binary_output,

bool & B_flag,

bool & calc_e,

bool & n_sq,

bool & out,

bool & verbose )

Definition at line 1297 of file util/sys_stats.C.

local void print_anisotropy_by_radial_zone ( dyn * b,

int which )

Definition at line 316 of file util/sys_stats.C.
Referenced by sys_stats().

local void print_binaries ( dyn * b,

real kT,

vector center,

real rcore,

real rhalf,

bool verbose,

bool long_binary_output = true,

void(* dstar_params)(dyn *) = NULL )

Definition at line 775 of file util/sys_stats.C.
Referenced by sys_stats().

local void print_binary_histograms ( )

Definition at line 745 of file util/sys_stats.C.
Referenced by print_binaries().

local void print_core_parameters ( dyn * b,

bool allow_n_sq_ops,

vector & density_center,

real & rcore )

Definition at line 925 of file util/sys_stats.C.

local void print_dominated_lagrangian_radii ( dyn * b,

dyn * b_dom )

Definition at line 1181 of file util/sys_stats.C.
Referenced by sys_stats().

local void print_dominated_velocity_dispersions ( dyn * b,

dyn * b_dom )

Definition at line 1243 of file util/sys_stats.C.
Referenced by sys_stats().

local void print_energies ( dyn * b,

real & potential_energy,

real & kinetic_energy,

real & kT,

void(* compute_energies)(dyn *, real, real &, real &, real &, bool) )

Definition at line 485 of file util/sys_stats.C.

local void print_histogram ( int histogram[][NR],

int n,

char * label )

Definition at line 702 of file util/sys_stats.C.
Referenced by print_binary_histograms().

local real print_lagrangian_radii ( dyn * b,

int which_lagr,

bool verbose = true,

int which_star = 0 )

Definition at line 1058 of file util/sys_stats.C.

local bool print_numbers_and_masses ( dyn * b )

Definition at line 112 of file util/sys_stats.C.
Referenced by sys_stats().

local void print_numbers_and_masses_by_radial_zone ( dyn * b,

int which )

Definition at line 190 of file util/sys_stats.C.
Referenced by sys_stats().

local void print_parameters_for_massive_black_holes ( dyn * b,

real kT,

vector center,

bool verbose )

Definition at line 152 of file util/sys_stats.C.
Referenced by sys_stats().

local real print_relaxation_time ( dyn * b,

real & potential_energy,

real & kinetic_energy,

void(* compute_energies)(dyn *, real, real &, real &, real &, bool) )

Definition at line 78 of file util/sys_stats.C.

local void search_for_binaries ( dyn * b,

real energy_cutoff,

real kT,

vector center,

bool verbose,

bool long_binary_output )

Definition at line 552 of file util/sys_stats.C.
Referenced by sys_stats().

local bool single_fn ( dyn * b )

Definition at line 1042 of file util/sys_stats.C.

void sys_stats ( dyn * b,

real energy_cutoff,

bool verbose,

bool binaries,

bool long_binary_output,

int which_lagr,

bool print_time,

bool compute_energy,

bool allow_n_sq_ops,

void(* compute_energies)(dyn *, real, real &, real &, real &, bool),

void(* dstar_params)(dyn *),

bool(* print_dstar_stats)(dyn *, bool, vector, bool) )

Definition at line 1363 of file util/sys_stats.C.
Referenced by print_statistics().

local bool testnode ( dyn * b )

Definition at line 1026 of file util/sys_stats.C.

local real top_level_kinetic_energy ( dyn * b )

Definition at line 463 of file util/sys_stats.C.
Referenced by sys_stats().

local int which_zone ( dyn * bi,

vector & center,

int n_lagr,

real * r_lagr )

Definition at line 179 of file util/sys_stats.C.

Variable Documentation

bool have_kT = false

Definition at line 602 of file util/sys_stats.C.

Generated at Sun Feb 24 09:57:31 2002 for STARLAB by

Data Structures
struct	rm_pair
Defines
#define	P_MAX 0.1
#define	E_MIN 0.5
#define	NP 12
#define	NR 10
#define	NE 12
Typedefs
typedef *	rm_pair_ptr
Functions
local bool	check_for_doubling (dyn *b)
local real	print_relaxation_time (dyn b, real &potential_energy, real &kinetic_energy, void(compute_energies)(dyn *, real, real &, real &, real &, bool))
local bool	print_numbers_and_masses (dyn *b)
local void	print_parameters_for_massive_black_holes (dyn *b, real kT, vector center, bool verbose)
local int	which_zone (dyn bi, vector &center_pos, int n_lagr, real r_lagr)
local void	print_numbers_and_masses_by_radial_zone (dyn *b, int which)
local void	print_anisotropy_by_radial_zone (dyn *b, int which)
local real	top_level_kinetic_energy (dyn *b)
local void	print_energies (dyn b, real &potential_energy, real &kinetic_energy, real &kT, void(compute_energies)(dyn *, real, real &, real &, real &, bool))
local void	search_for_binaries (dyn *b, real energy_cutoff, real kT, vector center, bool verbose, bool long_binary_output)
local void	initialize_histograms ()
local void	bin_recursive (dyn *bi, vector center, real rcore, real rhalf, real kT)
local void	print_histogram (int histogram[][NR], int n, char *label)
local void	print_binary_histograms ()
local void	print_binaries (dyn b, real kT, vector center, real rcore, real rhalf, bool verbose, bool long_binary_output=true, void(dstar_params)(dyn *)=NULL)
local void	print_core_parameters (dyn *b, bool allow_n_sq_ops, vector &density_center, real &rcore)
local real	linear_interpolation (const real x, const real x1, const real x2, const real y1, const real y2)
local bool	testnode (dyn *b)
local bool	binary_fn (dyn *b)
local bool	single_fn (dyn *b)
local bool	double_fn (dyn *b)
local real	print_lagrangian_radii (dyn *b, int which_lagr, bool verbose=true, int which_star=0)
local dyn*	dominant_mass (dyn *b, real f)
local int	compare_radii (const void pi, const void pj)
local void	print_dominated_lagrangian_radii (dyn b, dyn b_dom)
local void	print_dominated_velocity_dispersions (dyn b, dyn b_dom)
bool	parse_sys_stats_main (int argc, char *argv[], int &which_lagr, bool &binaries, bool &long_binary_output, bool &B_flag, bool &calc_e, bool &n_sq, bool &out, bool &verbose)
void	sys_stats (dyn b, real energy_cutoff, bool verbose, bool binaries, bool long_binary_output, int which_lagr, bool print_time, bool compute_energy, bool allow_n_sq_ops, void(compute_energies)(dyn , real, real &, real &, real &, bool), void(dstar_params)(dyn ), bool(print_dstar_stats)(dyn *, bool, vector, bool))
Variables
bool	have_kT = false