---

sigma.h File Reference

#include "scatter.h"

Go to the source code of this file.

Data Structures
class	sigma_input
struct	sigma_out
Defines
#define	USE_specific_function
#define	ECC_TOL   2
#define	RHO_SQ_SCALE   0.5
#define	RHO_SQ_FACTOR   2
#define	N_STEP_BIN   10
#define	N_OSC_BIN   15
Functions
void	get_sigma (sigma_input &input, MPI_Datatype inputtype, scatter_exp &experiment, MPI_Datatype scatter_exp_type)
real	zone_area (sigma_out &, int)
real	zone_density (sigma_out &, int)
real	zone_weight (sigma_out &out, scatter_exp *hi, int i)
void	print_profile (ostream &, scatter_profile &, int prec=6)
void	make_standard_profile (scatter_profile &)
int	n_coll (sigma_out)
void	counts_to_sigma (sigma_out &)
void	print_all_sigma_counts (sigma_out &, ostream &s=cerr)
void	print_sigma (sigma_out &, real)
void	print_sigma_counts (sigma_out &)
int	specific_counts (scatter_exp *hi, scatter_discriptor discription)
void	print_sigma_array (sigma_out, real, int sqrt_flag=0)
void	print_sigma_nonmergers (sigma_out, real)
void	print_sigma_mergers (sigma_out out, real)
void	summarize_scattering_initial (scatter_profile &prof, int n_rand, real dt_snap, real snap_cube_size)
void	summarize_scattering_final (scatter_exp exp, int level, real cpu)
void	single_scatter_init (sdyn *b, scatter_profile &prof, real rho_sq_min, real rho_sq_max, int &n_rand, int scatter_summary, real dt_snap, real snap_cube_size)
int	single_scatter (sdyn *b, scatter_input input, scatter_exp &experiment)
int	single_scatter (sdyn *b, scatter_exp &experiment, real eta, real delta_t, real dt_out, real cpu_time_check, real dt_snap, real ttf, real snap_cube_size, int debug)
void	single_scatter_stats (scatter_exp *exp, sigma_out &out)
int	multiscatter (sigma_out &out, sigma_input &input, MPI_Datatype inputtype, scatter_exp &experiment, MPI_Datatype scatter_exp_type, real &cpu_save, int &scatt_total, real &cpu_total)
int	multiscatter (scatter_profile &prof, sigma_out &out, real eta, real delta_t, real dt_out, real dt_snap, real ttf, real snap_cube_size, real cpu_time_check, real cpu_init, real &cpu_save, int &scatt_total, real &cpu_total, int debug, int scatter_summary_flag)
sdyn*	mkscat (int, char **, sigma_input &)
sdyn*	mkscat (char *, sigma_input &input)
void	print_scatter_specific_information (sdyn *b, sigma_input input, scatter_exp experiment)

---

Define Documentation

#define ECC_TOL   2

Definition at line 30 of file sigma.h.

#define N_OSC_BIN   15

Definition at line 37 of file sigma.h.

#define N_STEP_BIN   10

Definition at line 36 of file sigma.h.

#define RHO_SQ_FACTOR   2

Definition at line 34 of file sigma.h.

#define RHO_SQ_SCALE   0.5

Definition at line 33 of file sigma.h.

#define USE_specific_function

Value: Definition at line 27 of file sigma.h.

---

Function Documentation

void counts_to_sigma ( sigma_out & out )

Definition at line 536 of file sig_helper3.C.

void get_sigma ( sigma_input & input, MPI_Datatype inputtype, scatter_exp & experiment, MPI_Datatype scatter_exp_type )

Definition at line 819 of file sig_helper.C. Referenced by execute_sigma_experiment().

void make_standard_profile ( scatter_profile & prof )

Definition at line 70 of file sig_helper3.C.

sdyn* mkscat ( char * s, sigma_input & input )

Definition at line 575 of file makesigm.C.

sdyn* mkscat ( int argc, char ** argv, sigma_input & input )

Definition at line 327 of file makesigm.C.

int multiscatter ( scatter_profile & prof, sigma_out & out, real eta, real delta_t, real dt_out, real dt_snap, real ttf, real snap_cube_size, real cpu_time_check, real cpu_init, real & cpu_save, int & scatt_total, real & cpu_total, int debug, int scatter_summary_flag )

Referenced by get_sigma().

int multiscatter ( sigma_out & out, sigma_input & input, MPI_Datatype inputtype, scatter_exp & experiment, MPI_Datatype scatter_exp_type, real & cpu_save, int & scatt_total, real & cpu_total )

int n_coll ( sigma_out out )

void print_all_sigma_counts ( sigma_out &, ostream & s = cerr )

void print_profile ( ostream & s, scatter_profile & p, int prec = 6 )

Definition at line 18 of file sig_helper3.C.

void print_scatter_specific_information ( sdyn * b, sigma_input input, scatter_exp experiment )

Definition at line 69 of file specific_function.C.

void print_sigma ( sigma_out & out, real v2 )

Definition at line 419 of file sig_helper.C. Referenced by get_sigma().

void print_sigma_array ( sigma_out out, real scale_factor, int sqrt_flag = 0 )

Definition at line 257 of file sig_helper.C. Referenced by print_sigma().

void print_sigma_counts ( sigma_out & out )

Definition at line 156 of file sig_helper.C. Referenced by print_sigma().

void print_sigma_mergers ( sigma_out out, real v2 )

Definition at line 349 of file sig_helper.C.

void print_sigma_nonmergers ( sigma_out out, real v2 )

Definition at line 294 of file sig_helper.C. Referenced by print_sigma().

int single_scatter ( sdyn * b, scatter_exp & experiment, real eta, real delta_t, real dt_out, real cpu_time_check, real dt_snap, real ttf, real snap_cube_size, int debug )

int single_scatter ( sdyn * b, scatter_input input, scatter_exp & experiment )

void single_scatter_init ( sdyn * b, scatter_profile & prof, real rho_sq_min, real rho_sq_max, int & n_rand, int scatter_summary, real dt_snap, real snap_cube_size )

void single_scatter_stats ( scatter_exp * exp, sigma_out & out )

int specific_counts ( scatter_exp * hi, scatter_discriptor discription )

void summarize_scattering_final ( scatter_exp exp, int level, real cpu )

void summarize_scattering_initial ( scatter_profile & prof, int n_rand, real dt_snap, real snap_cube_size )

real zone_area ( sigma_out & out, int i )

Definition at line 510 of file sig_helper3.C.

real zone_density ( sigma_out & out, int i )

Definition at line 520 of file sig_helper3.C.

real zone_weight ( sigma_out & out, scatter_exp * hi, int i )

---