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Table 1.

Parameters involved in the code.

Parameter Type Default value Description
Administrative parameters

silent Boolean False Allows MINOT to provide information when running
output_dir String “./minot_output” Full path to the output directory for products saving

Global physical properties

cosmo Cosmology (a) Planck15 Cosmological model
name String “Cluster” Name of the cluster
coord SkyCoord (b) [0, 0] deg Coordinates of the cluster center
redshift Float 0.01 redshift of the cluster
D_ang Quantity (c) (⋆) Angular diameter distance
D_lum Quantity (c) (⋆) Luminosity distance
M500 Quantity (c) 1015M Characteristic cluster mass
R500 Quantity (c) (⋆) Characteristic cluster physical radius
theta500 Quantity (c) (⋆) Characteristic cluster angular radius
R_truncation Quantity (c) 3 × R500 Physical extent (boundary) of the cluster
theta_truncation Quantity (c) 3 × θ500 Angular extent (boundary) of the cluster
helium_mass_fraction Float 0.2735 Helium mass fraction
metallicity_sol Float 0.0153 Reference metallically of the Sun
abundance Float 0.3 The metal abundance relative to the solar value
EBL_model String “dominguez” Name of the extragalactic background light model
hse_bias Float 0.2 Hydrostatic mass bias
Epmin Quantity (c) ∼1.22 GeV Minimal energy of the CRp
Epmax Quantity (c) 10 PeV Maximal energy of the CRp
Eemin Quantity (c) mec2 Minimal energy of the CRe1
Eemax Quantity (c) 10 PeV Maximal energy of the CRe1
pp_interaction_model String “Pythia8” Name of the proton-proton interaction model
cre1_loss_model String “None” Loss model to apply to the input primary CRe distribution

Radial and spectral modeling

pressure_gas_model Dict P13UPP (d) Model to be used for the thermal gas pressure profile
density_gas_model Dict Model to be used for the thermal gas number density profile
magfield_model Dict G Model to be used for the magnetic field profile
X_crp_E Dict 1% within R500 CRp to thermal energy ratio and reference radius
X_cre1_E Dict 1% within R500 CRe1 to thermal energy ratio and reference radius
density_crp_model Dict Pe(r) Model to be used for the CRp number density profile
density_cre1_model Dict Pe(r) Model to be used for CRe1 number density profile
spectrum_crp_model Dict Index 2.5 power law Model to be used for the CRp spectrum
spectrum_cre1_model Dict Index 3.0 power law Model to be used for CRe1 spectrum

Sampling parameters

Rmin Quantity (c) 1 kpc Minimum radius used for log integration
Npt_per_decade_integ Int 30 Number of points per decade
map_coord SkyCoord (b) [0, 0] deg Coordinates of the map center
map_reso Quantity (c) 0.01 deg Map resolution (pixel size)
map_fov Quantity (c) list [5, 5] deg Map field-of-view size along RA and Dec
map_header String None Header of the map

Notes.

(a)

From the astropy package.

(b)

From the astropy.coordinates package.

(c)

From the astropy.units pacakge.

(d)

Universal pressure profile based on mass and redshift, from Planck Collaboration V (2013).

(⋆)Quantities that are computed from other parameters.

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