onepower.hmi.HaloModelIngredients

class onepower.hmi.HaloModelIngredients(*args, **kwargs)

A class to compute various ingredients for the halo model. This includes halo mass functions, bias models, halo profiles, and concentration models. Based on the hmf and halomod packages.

Methods

Tk_cold_ratio(k, g, ommh2, h, f_nu, N_nu[, ...])	Ratio of cold to matter transfer function from Eisenstein & Hu (1999).
__init__([k_vec, lnk_min, lnk_max, dlnk, ...])
clone(**kwargs)	Create and return an updated clone of the current object.
f_Mead(x, y, p0, p1, p2, p3)	Fitting function from Mead et al. 2021 (2009.01858), eq A3, used in \(\delta_c\) and \(\Delta_{\rm v}\) calculations.
get_all_parameter_defaults([recursive])	Dictionary of all parameters and defaults.
get_all_parameter_names()	Yield all parameter names in the class.
get_dependencies(*q)	Determine all parameter dependencies of the quantities in q.
get_halo_collapse_redshifts(M, z, dc, g, ...)	Calculate halo collapse redshifts according to the Bullock et al. (2001) prescription.
parameter_info([names])	Prints information about each parameter in the class.
quantities_available()	Obtain a list of all available output quantities.
sigmaR_cc(power, k, r)	Calculate the variance of the cold matter density field smoothed on scale R.
update(**kwargs)	Update parameters of the framework with kwargs.
validate()	Perform validation of the input parameters as they relate to each other.

Attributes

Dv_Mead	Overdensity \(\Delta_{\rm v}\) fitting function from Mead et al. 2021 (2009.01858), eq A.2.
K	Sets the c(M) normalisations to the one used in HMCode.
Mmax	Maximum halo mass (for hmf).
Mmin	Minimum halo mass (for hmf).
Neff	Effective number of neutrino species.
bias_model	Halo bias model (for halomod).
conc_cen	Return the concentration for matter/central galaxies.
conc_sat	Return the concentration for satellite galaxies.
cosmo_model	Return the astropy cosmology object assuming Flatw0waCDM model.
dc_Mead	The critical overdensity for collapse \(\delta_c\) fitting function from Mead et al. 2021 (2009.01858).
delta_c	Critical density threshold for collapse \(\delta_c\).
disable_mass_conversion	Dissables the mass conversion for the mass definitions defined in HMCode.
dlnk	Spacing in natural log of wavenumber (for hmf).
dlog10m	Spacing in log10 of halo mass (for hmf).
dndlnm	Return the differential mass function.
eta_cen	Bloating parameter for central galaxies.
eta_sat	float Bloating parameter for satellite galaxies.
fnu	Return the neutrino density fraction.
get_mead_accumulated_growth	Calculates the accumulated growth at scale factor 'a'.
get_mead_growth	Return the Mead growth factor at the scale factors.
get_mead_growth_fnc	Solve the linear growth ODE and returns an interpolating function for the solution.
growth_factor	Return the growth factor.
growth_model	Growth function model (for hmf).
growth_params	Parameters for the growth function (for hmf).
h0	Hubble parameter (small h).
halo_bias	Return the halo bias.
halo_concentration_model_dm	Halo concentration model of dark matter / central galaxies (for halomod).
halo_concentration_model_sat	Halo concentration model of satellite galaxies (for halomod).
halo_overdensity_mean	Return the mean halo overdensity.
halo_profile_model_dm	Halo profile model of dark matter / central galaxies (for halomod).
halo_profile_model_sat	Halo profile model of satellite galaxies (for halomod).
halo_profile_params	Packs the cosmology to a dictionary to be passed to the hmf.
hmf_model	Halo mass function model (for hmf).
k_vec	Array of wavenumbers.
kh	Return the k vector defined using lnk in hmf.
lnk_max	Maximum natural log of wavenumber (for hmf).
lnk_min	Minimum natural log of wavenumber (for hmf).
log10T_AGN	Log10 of AGN temperature.
m_nu	Neutrino mass.
mass	Return the masses.
mdef_model	Mass definition model (for hmf).
mdef_params	Sets the overdensity parameter to the one used in HMCode or to the one for virial collapse.
mead_correction	Correction model from Mead et al.
mean_density0	Return the mean density at redshift zero.
mean_density_z	Return the mean density at the given redshifts.
n_s	Spectral index.
neff	Return the effective spectral index.
nfw_cen	Return the density profile for matter/central galaxies.
nfw_sat	Return the density profile for satellite galaxies.
nonlinear_power	Return the non-linear power spectrum at z (if options passed).
norm_cen	Normalization of c(M) relation for central galaxies.
norm_sat	Normalization of c(M) relation for satellite galaxies.
nu	Return the peak height parameter.
omega_b	Baryon density parameter.
omega_c	Cold dark matter density parameter.
omega_m	Matter density parameter.
overdensity	Overdensity parameter.
parameter_values	Dictionary of all parameters and their current values
power	Return the linear power spectrum at z.
r_s_cen	Return the scale radius for matter/central galaxies.
r_s_sat	Return the scale radius for satellite galaxies.
rho_halo	Return the halo density.
rvir_cen	Return the virial radius for matter/central galaxies.
rvir_sat	Return the virial radius for satellite galaxies.
scale_factor	Return the scale factor.
sigma8_z	Return the amplitude of matter fluctuations on 8 Mpc scales at the given redshifts.
sigma_8	Amplitude of matter fluctuations on 8 Mpc scales.
tcmb	Temperature of the CMB.
transfer_model	Transfer function model (for hmf).
transfer_params	Parameters for the transfer function (for hmf).
u_dm	Return the normalized density profile for dark matter.
u_sat	Return the normalized density profile for satellite galaxies.
w0	Dark energy equation of state parameter.
wa	Dark energy equation of state parameter.
z_vec	Array of redshifts.