#include <ModelFunction_TwoPointCorrelation1D.h>

Collaboration diagram for cbl::modelling::twopt::STR_data_HOD:

Public Member Functions
	STR_data_HOD ()=default
	default constructor

Public Attributes
std::shared_ptr< cosmology::Cosmology >	cosmology
	cosmology

double	redshift = 0.
	redshift

std::string	model_MF = "Tinker"
	author(s) of the mass function

std::string	model_bias = "Tinker"
	author(s) of the bias

double	Mh_min = 1.e8
	minimum halo mass

double	Mh_max = 1.e16
	maximum halo mass

double	pi_max = 100.
	the upper limit of the line-of-sight integration

double	r_max_int = 100.
	the maximum separation used to count pairs; it is used to compute the upper limit of the line-of-sight integration in approximate projected clustering estimators

double	r_min = 1.e-3
	minimum separation up to which the correlation function is computed

double	r_max = 350.
	maximum separation up to which the correlation function is computed

double	k_min = 1.e-4
	minimum wave vector module up to which the power spectrum is computed

double	k_max = 100.
	maximum wave vector module up to which the power spectrum is computed

int	step = 200
	number of steps used to compute the binned dark matter correlation function

std::vector< double >	kkvec
	vector of wave vector module to compute the power spectrum

double	m_min = 1.e7
	minimum mass for mass function and bias interpolation

double	m_max = 1.e17
	maximum mass for mass function and bias interpolation

int	m_step = 100
	number of points used for mass function and bias interpolation

std::vector< double >	massvec
	vector containing mass values for interpolation

std::vector< double >	mass_function_vec
	vector containing mass function values for interpolation

std::vector< double >	bias_vec
	vector containing bias values for interpolation

std::vector< double >	pk_vec
	vector containing bias values for interpolation

cbl::glob::FuncGrid	interpMF
	interpolated mass function

cbl::glob::FuncGrid	interpBias
	interpolated bias

cbl::glob::FuncGrid	interpPk
	interpolated power spectrum

std::string	method_Pk = "CAMB"
	method used to compute the power spectrum and σ(mass);

bool	NL = false
	false → linear power spectrum; true → non-linear power spectrum

bool	store_output = true
	true \(\rightarrow\) the output files created by the Boltmann solver are stored; false \(\rightarrow\) the output files are removed

std::string	output_root = "test"
	output_root of the parameter file used to compute the power spectrum

double	Delta = 200.
	Δ, the overdensity

double	kk = 0.
	wave vector module

std::string	interpType = "Linear"
	method to interpolate the power spectrum

int	norm = -1
	norm 0 → don't normalize the power spectrum; 1 → normalise the power spectrum

double	prec = 1.e-2
	accuracy of the GSL integration

std::string	input_file = par::defaultString
	name of eiter the parameter file or the power spectrum file; if !=NULL, it will be used, ignoring the cosmological parameters of the object

bool	is_parameter_file = true
	if true the input_file is the parameter file, if false is the power spectrum file

std::string	model_cM = "Duffy"
	the author(s) of the concentration-mass relation (see cbl::modelling::twopt::concentration)

std::string	profile = "NFW"
	the density profile, see cbl::modelling::twopt::concentration

std::string	halo_def = "vir"
	the halo definition, see cbl::modelling::twopt::concentration

std::shared_ptr< glob::FuncGrid >	func_Pk
	pointer to a function of func_grid_GSL class, used to interpolate the power spectrum

std::shared_ptr< glob::FuncGrid >	func_sigma
	pointer to a function of func_grid_GSL class, used to interpolate \(\sigma(M)\)

std::shared_ptr< glob::FuncGrid >	func_dlnsigma
	pointer to a function of func_grid_GSL class, used to interpolate \(d\ln\sigma(M)/d\ln M\)

Detailed Description

the STR_data_HOD structure

This structure contains the data used for the HOD modelling of the two-point correlation function

Definition at line 57 of file ModelFunction_TwoPointCorrelation1D.h.

The documentation for this struct was generated from the following file:

Headers/ModelFunction_TwoPointCorrelation1D.h

Public Member Functions

Public Attributes

Detailed Description