API

deprojected_sersic_models Package

Functions

interpolate_entire_table([R, table, ...])	Interpolate entire table, returning new profiles sampled at r.
interpolate_entire_table_nearest([R, ...])	Interpolate entire table, returning new profiles sampled at r, using the nearest values of n and invq that are included in the Sersic profile table collection.
interpolate_sersic_profile_VC([R, ...])	Interpolate vcirc(R) at arbitrary radii R, for arbitrary Mtot and Reff.
interpolate_sersic_profile_VC_nearest([R, ...])	Interpolate vcirc(R) at arbitrary radii R, for arbitrary Mtot and Reff, using the nearest values of n and invq that are included in the Sersic profile table collection.
interpolate_sersic_profile_dlnrho_dlnR([R, ...])	Interpolate dlnrho/dlnR at arbitrary radii R, for arbitrary Reff.
interpolate_sersic_profile_dlnrho_dlnR_function([...])	Return function to interpolate dlnrho/dlnR (R) at arbitrary radii R, for arbitrary Mtot and Reff.
interpolate_sersic_profile_dlnrho_dlnR_nearest([...])	Interpolate dlnrho_g/dlnR at arbitrary radii R, for arbitrary Reff, using the nearest values of n and invq that are included in the Sersic profile table collection.
interpolate_sersic_profile_dlnrho_dlnR_two_component_nearest([...])	Interpolate dlnrho_g/dlnR at arbitrary radii R, for a composite system.
interpolate_sersic_profile_logrho_function([...])	Return function to interpolate log10(rho(R)) at arbitrary radii R, for arbitrary Mtot and Reff.
interpolate_sersic_profile_menc([R, ...])	Interpolate Menc3D_sphere(R) at arbitrary radii R, for arbitrary Mtot and Reff.
interpolate_sersic_profile_menc_nearest([R, ...])	Interpolate Menc3D_sphere(R) at arbitrary radii R, for arbitrary Mtot and Reff, using the nearest values of n and invq that are included in the Sersic profile table collection.
interpolate_sersic_profile_rho([R, ...])	Interpolate Rho(R) at arbitrary radii R, for arbitrary Mtot and Reff.
interpolate_sersic_profile_rho_nearest([R, ...])	Interpolate Rho(R) at arbitrary radii R, for arbitrary Mtot and Reff, using the nearest values of n and invq that are included in the Sersic profile table collection.
nearest_n_invq([n, invq])	Nearest value of n and invq for which a Sersic profile table has been calculated, using the DEFAULT array of n and invq which have been used here.

Classes

DeprojSersicModel([total_mass, Reff, n, q, ...])	Deprojected Sersic mass distribution, with arbitrary flattening (or elongation).
InterpFunc([f_interp, f_extrap, table_Rad, ...])	Helper class to wrap a returned interpolation function: to allow for cubic/other interpolation within table coverage, but linear extrapolation outside of coverage.

deprojected_sersic_models.table_generation Module

Functions

calculate_sersic_profile_table([n, invq, ...])	Calculate the Sersic profile table for a specific Sersic index n and inverse axis ratio invq.
wrapper_calculate_sersic_profile_tables([...])	Wrapper function to calculate Sersic profile tables over a range of n and invq values.
wrapper_calculate_full_table_set([...])	Wrapper function to calculate the full set of Sersic profile tables.

deprojected_sersic_models.io Module

Functions

save_profile_table([table, path, ...])	Save the table of Sersic profile values in a binary FITS table.
read_profile_table([n, invq, path, ...])	Read the table of Sersic profile values from the binary FITS table.

deprojected_sersic_models.utils Package

Functions

check_for_inf([table])	Check core table quantities for non-finite entries, to determine if numerical errors occured.
find_rhalf3D_sphere([R, menc3D_sph, total_mass])	Evalutation of the radius corresponding to the sphere that encloses half of the total mass for a Sersic profile of a given intrinsic axis ratio, effective radius, and Sersic index.
menc_spherical_symmetry([R, vcirc])	Determine Menc for a spherically symmetric mass distribution, given vcirc:
vcirc_spherical_symmetry([R, menc])	Determine vcirc for a spherically symmetric mass distribution:
virial_coeff_3D(R[, m3D, vc])	Evalutation of the "total" virial coefficient ktot, which satisfies
virial_coeff_tot(R[, total_mass, vc])	Evalutation of the "total" virial coefficient ktot, which satisfies

deprojected_sersic_models.plot Package

Functions

plot_density(sersic_profs[, r, rlim, rlog, ...])	Function to show mass density profile(s) for the Sersic mass distribution(s).
plot_dlnrho_dlnR(sersic_profs[, r, rlim, ...])	Function to show dlnrho/dlnr profile(s) for the Sersic mass distribution(s).
plot_enclosed_mass(sersic_profs[, r, rlim, ...])	Function to show enclosed mass profile(s) for the Sersic mass distribution(s).
plot_profiles(sersic_profs[, r, rlim, rlog, ...])	Function to show all six parameter profiles for the Sersic mass distribution(s).
plot_profiles_single_type(sersic_profs[, ...])	Base function to plot single parameter profile(s) for the Sersic mass distribution(s).
plot_projected_enclosed_mass(sersic_profs[, ...])	Function to show projected (2D) enclosed mass profile(s) for the Sersic mass distribution(s).
plot_surface_density(sersic_profs[, r, ...])	Function to show surface density profile(s) for the Sersic mass distribution(s).
plot_vcirc(sersic_profs[, r, rlim, rlog, ...])	Function to show circular velocity profile(s) for the Sersic mass distribution(s).

deprojected_sersic_models.paper.paper_plots Module

Functions

make_all_paper_plots([output_path, table_path])	Wrapper function to make all plots for the paper.
list_table1_values([table_path, n_arr, ...])	Wrapper to list ktot, k3D values for Table 1.