dsf.utils package

Submodules

• dsf.utils.converters module
  • arcmin2_per_steradian()
  • comoving_delta_sigma_to_proper()
  • comoving_distance_h()
  • deg2_to_arcmin2()
  • hubble_constant_per_s_per_mpc()
  • hubble_over_c_cubed()
  • power_spectrum_to_correlation()
  • redshift_to_scale_factor()
  • resolve_h()
  • resolve_omega_m()
  • rho_critical_comoving_msun_mpc3()
  • rho_critical_projected_msun_pc2_per_mpc()
  • scale_factor_to_redshift()
  • sigma_crit_prefactor_msun_h_pc2()
  • speed_of_light_mpc_per_s()
• dsf.utils.integrators module
  • normalize_distribution()
  • trapezoid_integral()
  • weighted_trapezoid_average()
• dsf.utils.thread_limits module
  • limit_numerical_threads()
• dsf.utils.types module
• dsf.utils.validators module
  • as_1d_float_array()
  • as_2d_float_array()
  • is_non_negative_integer()
  • normalize_axis()
  • occupied_redshift_range_from_nz()
  • redshift_window_mask()
  • validate_1d_pair()
  • validate_finite_scalar()
  • validate_forecast_vector_and_covariance()
  • validate_integration_axis()
  • validate_integration_params()
  • validate_joint_covariance_blocks()
  • validate_nonnegative_1d_array()
  • validate_nonnegative_scalar()
  • validate_parameter_names()
  • validate_positive_1d_array()
  • validate_positive_scalar()
  • validate_positive_strictly_increasing_1d_array()
  • validate_power_spectrum_inputs()
  • validate_redshift_distribution()
  • validate_redshift_distribution_support()
  • validate_redshift_edges()
  • validate_redshift_pair()
  • validate_scale_factor()
  • validate_strictly_increasing()

Module contents