API Reference

• Algorithms (algorithms)
• Structured arrays (arrays)
• IndexingError
• DataArray
  • DataArray.save()
  • DataArray.load()
• SphericalArray
  • SphericalArray.__getitem__()
  • SphericalArray.__setitem__()
  • SphericalArray.vectorise()
• CartesianArray
  • CartesianArray.__getitem__()
  • CartesianArray.__setitem__()
  • CartesianArray.vectorise()
• Fourier bases (bases)
• spherical_harmonic()
• spherical_besselj()
• spherical_besselj_root()
• Spectrum discretisation (discretisation)
• DiscreteSpectrum
  • DiscreteSpectrum.wavenumbers
  • DiscreteSpectrum.normalisations
• Numerical integration (integration)
• angular_integral()
• radial_integral()
• pixelated_angular_integral()
• Cosmological modelling (cosmology)
• Background geometry (geometry)
• redshift_from_distance()
• differential_AP_distortion()
• Scale dependence (scale_dependence)
• scale_dependence_modification()
• scale_dependent_bias()
• modified_power_spectrum()
• BaseModel
• Catalogue mapper (mapper)
• Catalogue maker (catalogue_maker)
• spherical_indicator()
• RandomCatalogue
• SourceCatalogue
• SphericalFKPCatalogue
• Map transform (map_transform)
• SphericalMap
  • SphericalMap.density_contrast
  • SphericalMap.mode_power
• CartesianMap
• Map reader (reader)
• Spherical couplings (couplings)
  • Kernels
  • Couplings
• SphericalCoefficientWarning
• Couplings
  • Couplings.__getitem__()
  • Couplings.load_angular_couplings()
  • Couplings.compile_couplings()
  • Couplings.compute_coefficient()
  • Couplings.save()
  • Couplings.load()
• Cosmological likelihoods (likelihoods)
  • Probability distributions
  • Likelihood inference
• chi_square()
• complex_normal_pdf()
• multivariate_normal_pdf()
• modified_student_pdf()
• LikelihoodWarning
• spherical_covariance()
• cartesian_moments()
• LogLikelihood
  • LogLikelihood.spherical_map_likelihood()
  • LogLikelihood.cartesian_map_likelihood()
• Two-point correlator models (models)
  • Cartesian multipoles
  • Spherical correlator
• CartesianMultipoles
  • CartesianMultipoles.convolved_power_multipoles()
  • CartesianMultipoles.kaiser_factors()
• SphericalCorrelator
  • SphericalCorrelator.two_point_correlator()
  • SphericalCorrelator.correlator_matrix()
  • SphericalCorrelator.radialised_power()
• Survey factory (surveyor)
• Coordinates (coordinates)
• cartesian_to_spherical()
• spherical_to_cartesian()
• sky_to_spherical()
• spherical_to_sky()
• to_box_coords()
• Definition (definition)
• generate_mask_by_sky_fraction()
• generate_mask_from_map()
• generate_selection_by_distribution()
• generate_selection_by_cut()
• generate_selection_samples()
• generate_selection_from_samples()
• Synthesis (synthesis)
• SyntheticCatalogue
  • SyntheticCatalogue.compute_spherical_coefficients()
  • SyntheticCatalogue.compute_power()
  • SyntheticCatalogue.compute_window()
  • SyntheticCatalogue.compute_mask()
• CovarianceEstimator
  • CovarianceEstimator.save()
  • CovarianceEstimator.load()
  • CovarianceEstimator.get_fiducial_vector()
  • CovarianceEstimator.get_fiducial_covariance()
• generate_compression_matrix()
• Utilities (utils)
• Progress
  • Progress.report()
• setup_logger()
• clean_warning_format()
• restore_warnings()
• mpi_compute()
• const_function()
• binary_search()
• covar_to_corr()
• mat_logdet()
• PositiveDefinitenessWarning
• is_positive_definite()