cWB: /home/cWB_docker/git/cWB/config/O2/SEARCHES/OFFLINE/IMBHB/LH/SIM/SEOBNRv4/user

#include <O2/SEARCHES/OFFLINE/IMBHB/LH/PP_Cuts.hh>
#include <O2/CHUNKS/Chunks_Cuts.hh>

Include dependency graph for user_pparameters.C:

Macros
#define	BKG_NTUPLE "True"

#define	CHI_BIN 0.15

#define	FAR_BIN1_FILE_NAME "report/postprod/M1.V_hvetoLH.C_bin1_cut.R_rMRA_hveto_i0cc00_i1rho0_freq16_1024/data/far_rho.txt"

#define	FIXMAXDISTANCE 6800000

#define	FIXMAXRATIO 10.05

#define	FIXMAXTOT MAX_plot_mass1+MAX_plot_mass2

#define	FIXMINDISTANCE 0

#define	FIXMINRATIO 0.95

#define	FIXMINTOT MIN_plot_mass1+MIN_plot_mass2

#define	HVETO_VETO

#define	LIVE_ZERO 442056.0

#define	MASS_BIN 30.0

#define	MAX_EFFECTIVE_RADIUS 5000.

#define	MAX_MASS 630.

#define	MAX_plot_mass1 400

#define	MAX_plot_mass2 400

#define	MAXCHI 1

#define	MIN_MASS 0.0

#define	MIN_plot_mass1 0.0

#define	MIN_plot_mass2 0.0

#define	MINCHI -1

#define	nCHUNKS 21

#define	NFACTOR 12

#define	nRHO 300

#define	PLOT_CHIRP

#define	PLOT_CHIRP

#define	PLOT_MASS_RATIO

#define	PLOT_MASS_RATIO

#define	REDSHIFT

#define	RUN_LABEL "O2 IMBH redshifted SEOBNRv4 12 MDC sets: C02 Callbration"

#define	TOLERANCE 0.01

#define	VOL_Mtotq

#define	VOL_Mtotq

#define	WRITE_ASCII

#define	WRITE_ASCII

Functions
	for (int n=0;n< xfile.size();n++) far_bin1_cut_file[n+2]

	if (xfile.size()!=nCHUNKS)

	sprintf (vdqf[0].file, "%s/O2/DATA/%s/HVETO/L1/HVETO_L1_ANALYSIS_SEGMENTS_MERGED.txt", cwb_config_env, calibVer.Data())

	sprintf (vdqf[1].file, "%s/O2/DATA/%s/HVETO/H1/HVETO_H1_ANALYSIS_SEGMENTS_MERGED.txt", cwb_config_env, calibVer.Data())

Variables
TString	far_bin1_cut_file [1024]

	hours = 1.

int	NINJ [NFACTOR]

const int	nvdqf =2

	pp_drho = 0.1

	pp_inetcc = 0

	pp_irho = 1

	pp_max_nloudest_list = 20

	pp_rho_max = 10

	pp_rho_min = 4.5

float	SFmasses [NFACTOR][2] =100.0

	T_cor = 0.0

	T_cut = 0.0

	T_ifar = 2.94

	T_out = 0.0

	T_win = 0.2

	TMC = 24537601

dqfile	vdqf [2]

	VT = 75.9783

vector< TString >	xfile = CWB::Toolbox::readFileList("config/far_rho.lst")

Macro Definition Documentation

◆ BKG_NTUPLE

#define BKG_NTUPLE "True"

Definition at line 26 of file user_pparameters.C.

◆ CHI_BIN

#define CHI_BIN 0.15

Definition at line 22 of file user_pparameters.C.

◆ FAR_BIN1_FILE_NAME

#define FAR_BIN1_FILE_NAME "report/postprod/M1.V_hvetoLH.C_bin1_cut.R_rMRA_hveto_i0cc00_i1rho0_freq16_1024/data/far_rho.txt"

Definition at line 60 of file user_pparameters.C.

◆ FIXMAXDISTANCE

#define FIXMAXDISTANCE 6800000

Definition at line 43 of file user_pparameters.C.

◆ FIXMAXRATIO

#define FIXMAXRATIO 10.05

Definition at line 48 of file user_pparameters.C.

◆ FIXMAXTOT

#define FIXMAXTOT MAX_plot_mass1+MAX_plot_mass2

Definition at line 52 of file user_pparameters.C.

◆ FIXMINDISTANCE

#define FIXMINDISTANCE 0

Definition at line 44 of file user_pparameters.C.

◆ FIXMINRATIO

#define FIXMINRATIO 0.95

Definition at line 47 of file user_pparameters.C.

◆ FIXMINTOT

#define FIXMINTOT MIN_plot_mass1+MIN_plot_mass2

Definition at line 51 of file user_pparameters.C.

◆ HVETO_VETO

#define HVETO_VETO

Definition at line 58 of file user_pparameters.C.

◆ LIVE_ZERO

#define LIVE_ZERO 442056.0

Definition at line 35 of file user_pparameters.C.

◆ MASS_BIN

#define MASS_BIN 30.0

Definition at line 16 of file user_pparameters.C.

◆ MAX_EFFECTIVE_RADIUS

#define MAX_EFFECTIVE_RADIUS 5000.

Definition at line 15 of file user_pparameters.C.

◆ MAX_MASS

#define MAX_MASS 630.

Definition at line 18 of file user_pparameters.C.

◆ MAX_plot_mass1

#define MAX_plot_mass1 400

Definition at line 11 of file user_pparameters.C.

◆ MAX_plot_mass2

#define MAX_plot_mass2 400

Definition at line 13 of file user_pparameters.C.

◆ MAXCHI

#define MAXCHI 1

Definition at line 21 of file user_pparameters.C.

◆ MIN_MASS

#define MIN_MASS 0.0

Definition at line 17 of file user_pparameters.C.

◆ MIN_plot_mass1

#define MIN_plot_mass1 0.0

Definition at line 10 of file user_pparameters.C.

◆ MIN_plot_mass2

#define MIN_plot_mass2 0.0

Definition at line 12 of file user_pparameters.C.

◆ MINCHI

#define MINCHI -1

Definition at line 20 of file user_pparameters.C.

◆ nCHUNKS

#define nCHUNKS 21

◆ NFACTOR

#define NFACTOR 12

◆ nRHO

#define nRHO 300

Definition at line 2 of file user_pparameters.C.

◆ PLOT_CHIRP [1/2]

#define PLOT_CHIRP

Definition at line 38 of file user_pparameters.C.

◆ PLOT_CHIRP [2/2]

#define PLOT_CHIRP

Definition at line 38 of file user_pparameters.C.

◆ PLOT_MASS_RATIO [1/2]

#define PLOT_MASS_RATIO

Definition at line 39 of file user_pparameters.C.

◆ PLOT_MASS_RATIO [2/2]

#define PLOT_MASS_RATIO

Definition at line 39 of file user_pparameters.C.

◆ REDSHIFT

#define REDSHIFT

Definition at line 54 of file user_pparameters.C.

◆ RUN_LABEL

#define RUN_LABEL "O2 IMBH redshifted SEOBNRv4 12 MDC sets: C02 Callbration"

Definition at line 8 of file user_pparameters.C.

◆ TOLERANCE

#define TOLERANCE 0.01

Definition at line 24 of file user_pparameters.C.

◆ VOL_Mtotq [1/2]

#define VOL_Mtotq

Definition at line 41 of file user_pparameters.C.

◆ VOL_Mtotq [2/2]

#define VOL_Mtotq

Definition at line 41 of file user_pparameters.C.

◆ WRITE_ASCII [1/2]

#define WRITE_ASCII

Definition at line 53 of file user_pparameters.C.

◆ WRITE_ASCII [2/2]

#define WRITE_ASCII

Definition at line 53 of file user_pparameters.C.

Function Documentation

◆ for()

for ( )

Definition at line 51 of file cwb_mklinks.C.

◆ if()

if ( xfile.size()! = nCHUNKS )

Definition at line 127 of file user_pparameters.C.

◆ sprintf() [1/2]

sprintf	(	vdqf.	file[0],
		"%s/O2/DATA/%s/HVETO/L1/HVETO_L1_ANALYSIS_SEGMENTS_MERGED.txt"	,
		cwb_config_env	,
		calibVer.	Data()
	)

◆ sprintf() [2/2]

sprintf	(	vdqf.	file[1],
		"%s/O2/DATA/%s/HVETO/H1/HVETO_H1_ANALYSIS_SEGMENTS_MERGED.txt"	,
		cwb_config_env	,
		calibVer.	Data()
	)

Variable Documentation

◆ far_bin1_cut_file

TString far_bin1_cut_file[1024]

Definition at line 124 of file user_pparameters.C.

◆ hours

hours = 1.

Definition at line 139 of file user_pparameters.C.

◆ NINJ

NINJ[11]

Initial value:

{
 
#define nCHUNKS
#define NFACTOR
  
  user_pp_label = ""

Definition at line 78 of file user_pparameters.C.

◆ nvdqf

const int nvdqf =2

Definition at line 159 of file user_pparameters.C.

◆ pp_drho

pp_drho = 0.1

Definition at line 147 of file user_pparameters.C.

◆ pp_inetcc

pp_inetcc = 0

Definition at line 144 of file user_pparameters.C.

◆ pp_irho

pp_irho = 1

Definition at line 143 of file user_pparameters.C.

◆ pp_max_nloudest_list

pp_max_nloudest_list = 20

Definition at line 149 of file user_pparameters.C.

◆ pp_rho_max

pp_rho_max = 10

Definition at line 146 of file user_pparameters.C.

◆ pp_rho_min

pp_rho_min = 4.5

Definition at line 145 of file user_pparameters.C.

◆ SFmasses

SFmasses[11][1] =100.0

Definition at line 92 of file user_pparameters.C.

◆ T_cor

T_cor = 0.0

Definition at line 136 of file user_pparameters.C.

◆ T_cut

T_cut = 0.0

Definition at line 137 of file user_pparameters.C.

◆ T_ifar

T_ifar = 2.94

Definition at line 140 of file user_pparameters.C.

◆ T_out

T_out = 0.0

Definition at line 138 of file user_pparameters.C.

◆ T_win

T_win = 0.2

Definition at line 141 of file user_pparameters.C.

◆ TMC

TMC = 24537601

Definition at line 120 of file user_pparameters.C.

◆ vdqf

dqfile vdqf[2]