API Documentation

Information on specific functions, classes, and methods.

• clmm.clusterensemble module
  • ClusterEnsemble
    • ClusterEnsemble.add_individual_radial_profile()
    • ClusterEnsemble.compute_bootstrap_covariance()
    • ClusterEnsemble.compute_jackknife_covariance()
    • ClusterEnsemble.compute_sample_covariance()
    • ClusterEnsemble.load()
    • ClusterEnsemble.make_individual_radial_profile()
    • ClusterEnsemble.make_stacked_radial_profile()
    • ClusterEnsemble.save()
• clmm.constants module
  • Constants
    • Constants.CLIGHT
    • Constants.CLIGHT_KMS
    • Constants.GNEWT
    • Constants.GNEWT_SOLAR_MASS
    • Constants.PC_TO_METER
    • Constants.SOLAR_MASS
• clmm.cosmology package
  • Submodules
    • clmm.cosmology.ccl module
    • clmm.cosmology.cluster_toolkit module
    • clmm.cosmology.numcosmo module
    • clmm.cosmology.parent_class module
      • CLMMCosmology
        • CLMMCosmology.eval_da()
        • CLMMCosmology.eval_da_a1a2()
        • CLMMCosmology.eval_da_z1z2()
        • CLMMCosmology.eval_linear_matter_powerspectrum()
        • CLMMCosmology.eval_sigma_crit()
        • CLMMCosmology.get_E2()
        • CLMMCosmology.get_E2Omega_m()
        • CLMMCosmology.get_Omega_m()
        • CLMMCosmology.get_a_from_z()
        • CLMMCosmology.get_desc()
        • CLMMCosmology.get_rho_c()
        • CLMMCosmology.get_rho_m()
        • CLMMCosmology.get_z_from_a()
        • CLMMCosmology.init_from_params()
        • CLMMCosmology.mpc2rad()
        • CLMMCosmology.rad2mpc()
        • CLMMCosmology.set_be_cosmo()
• clmm.dataops package
  • compute_background_probability()
  • compute_galaxy_weights()
  • compute_tangential_and_cross_components()
  • make_radial_profile()
  • make_stacked_radial_profile()
• clmm.galaxycluster module
  • GalaxyCluster
    • GalaxyCluster.add_critical_surface_density()
    • GalaxyCluster.compute_background_probability()
    • GalaxyCluster.compute_galaxy_weights()
    • GalaxyCluster.compute_tangential_and_cross_components()
    • GalaxyCluster.draw_gal_z_from_pdz()
    • GalaxyCluster.load()
    • GalaxyCluster.make_radial_profile()
    • GalaxyCluster.plot_profiles()
    • GalaxyCluster.save()
    • GalaxyCluster.set_ra_lower()
• clmm.gcdata module
  • GCData
    • GCData.get_pzpdfs()
    • GCData.has_pzpdfs()
    • GCData.update_cosmo()
    • GCData.update_cosmo_ext_valid()
    • GCData.update_info_ext_valid()
  • GCMetaData
• clmm.redshift package
  • Submodules
    • clmm.redshift.distributions module
      • chang2013()
      • desc_srd()
    • clmm.redshift.tools module
      • compute_for_good_redshifts()
• clmm.theory package
  • backend_is_available()
  • load_backend_env()
  • Submodules
    • clmm.theory.ccl module
      • CCLCLMModeling
      • Modeling
    • clmm.theory.cluster_toolkit module
      • CTCLMModeling
      • Modeling
    • clmm.theory.func_layer module
      • compute_3d_density()
      • compute_convergence()
      • compute_critical_surface_density_eff()
      • compute_excess_surface_density()
      • compute_excess_surface_density_2h()
      • compute_magnification()
      • compute_magnification_bias()
      • compute_mean_surface_density()
      • compute_reduced_tangential_shear()
      • compute_surface_density()
      • compute_surface_density_2h()
      • compute_tangential_shear()
    • clmm.theory.generic module
      • compute_magnification_bias_from_magnification()
      • compute_profile_mass_in_radius()
      • compute_rdelta()
      • compute_reduced_shear_from_convergence()
      • convert_profile_mass_concentration()
    • clmm.theory.numcosmo module
      • Modeling
      • NumCosmoCLMModeling
        • NumCosmoCLMModeling.get_mset()
        • NumCosmoCLMModeling.set_mset()
    • clmm.theory.parent_class module
      • CLMModeling
        • CLMModeling.cdelta
        • CLMModeling.convert_mass_concentration()
        • CLMModeling.delta_mdef
        • CLMModeling.eval_3d_density()
        • CLMModeling.eval_convergence()
        • CLMModeling.eval_critical_surface_density_eff()
        • CLMModeling.eval_excess_surface_density()
        • CLMModeling.eval_excess_surface_density_2h()
        • CLMModeling.eval_magnification()
        • CLMModeling.eval_magnification_bias()
        • CLMModeling.eval_mass_in_radius()
        • CLMModeling.eval_mean_surface_density()
        • CLMModeling.eval_rdelta()
        • CLMModeling.eval_reduced_tangential_shear()
        • CLMModeling.eval_surface_density()
        • CLMModeling.eval_surface_density_2h()
        • CLMModeling.eval_tangential_shear()
        • CLMModeling.get_einasto_alpha()
        • CLMModeling.halo_profile_model
        • CLMModeling.massdef
        • CLMModeling.mdelta
        • CLMModeling.set_concentration()
        • CLMModeling.set_cosmo()
        • CLMModeling.set_einasto_alpha()
        • CLMModeling.set_halo_density_profile()
        • CLMModeling.set_mass()
        • CLMModeling.set_projected_quad()
• clmm.plotting package
  • plot_profiles()
• clmm.utils package
  • Submodules
    • clmm.utils.beta_lens module
      • compute_beta()
      • compute_beta_s()
      • compute_beta_s_func()
      • compute_beta_s_mean_from_distribution()
      • compute_beta_s_mean_from_weights()
      • compute_beta_s_square_mean_from_distribution()
      • compute_beta_s_square_mean_from_weights()
    • clmm.utils.boost module
      • compute_nfw_boost()
      • compute_powerlaw_boost()
      • correct_sigma_with_boost_model()
      • correct_sigma_with_boost_values()
    • clmm.utils.ellipticity module
      • build_ellipticities()
      • compute_lensed_ellipticity()
      • convert_shapes_to_epsilon()
    • clmm.utils.statistic module
      • compute_radial_averages()
      • compute_weighted_bin_sum()
      • gaussian()
      • make_bins()
    • clmm.utils.units module
      • convert_units()
    • clmm.utils.validation module
      • arguments_consistency()
      • validate_argument()
• clmm.support package
  • Submodules
    • clmm.support.mock_data module
      • generate_galaxy_catalog()
    • clmm.support.sampler module
      • basinhopping()
      • scicurve_fit()
      • sciopt()