pyccl package

Subpackages

• pyccl.baryons package
  • Submodules
    • pyccl.baryons.baccoemu_baryons module
      • BaryonsBaccoemu
      • BaccoemuBaryons
    • pyccl.baryons.baryons_base module
      • Baryons
    • pyccl.baryons.schneider15 module
      • BaryonsSchneider15
    • pyccl.baryons.vandaalen19 module
      • BaryonsvanDaalen19
  • Module contents
• pyccl.emulators package
  • Submodules
    • pyccl.emulators.baccoemu_linear_pk module
      • BaccoemuLinear
    • pyccl.emulators.baccoemu_nonlinear_pk module
      • BaccoemuNonlinear
    • pyccl.emulators.cosmicemu_pk module
      • CosmicemuMTIVPk
      • CosmicemuMTIIPk
    • pyccl.emulators.emu_base module
      • EmulatorPk
  • Module contents
• pyccl.halos package
  • Subpackages
    • pyccl.halos.concentration package
      • Submodules
      • Module contents
    • pyccl.halos.hbias package
      • Submodules
      • Module contents
    • pyccl.halos.hmfunc package
      • Submodules
      • Module contents
    • pyccl.halos.profiles package
      • Submodules
      • Module contents
  • Submodules
    • pyccl.halos.halo_model module
      • HMCalculator
    • pyccl.halos.halo_model_base module
      • HMIngredients
      • Concentration
      • MassFunc
      • HaloBias
      • get_delta_c()
    • pyccl.halos.massdef module
      • mass2radius_lagrangian()
      • convert_concentration()
      • MassDef
      • mass_translator()
    • pyccl.halos.pk_1pt module
      • halomod_mean_profile_1pt()
      • halomod_bias_1pt()
    • pyccl.halos.pk_2pt module
      • halomod_power_spectrum()
      • halomod_Pk2D()
    • pyccl.halos.pk_4pt module
      • halomod_trispectrum_1h()
      • halomod_Tk3D_1h()
      • halomod_trispectrum_2h_22()
      • halomod_trispectrum_2h_13()
      • halomod_trispectrum_3h()
      • halomod_trispectrum_4h()
      • halomod_Tk3D_2h()
      • halomod_Tk3D_3h()
      • halomod_Tk3D_4h()
      • halomod_Tk3D_SSC_linear_bias()
      • halomod_Tk3D_SSC()
      • halomod_Tk3D_cNG()
    • pyccl.halos.profiles_2pt module
      • Profile2pt
      • Profile2ptHOD
      • Profile2ptCIB
  • Module contents
• pyccl.modified_gravity package
  • Submodules
    • pyccl.modified_gravity.modified_gravity_base module
      • ModifiedGravity
    • pyccl.modified_gravity.mu_Sigma module
      • MuSigmaMG
  • Module contents
• pyccl.nl_pt package
  • Submodules
    • pyccl.nl_pt.bacco_lbias module
      • BaccoLbiasCalculator
    • pyccl.nl_pt.ept module
      • EulerianPTCalculator
    • pyccl.nl_pt.lpt module
      • LagrangianPTCalculator
    • pyccl.nl_pt.tracers module
      • translate_IA_norm()
      • PTTracer
      • PTMatterTracer
      • PTNumberCountsTracer
      • PTIntrinsicAlignmentTracer
  • Module contents

Submodules

• pyccl.background module
  • Species
    • Species.CRITICAL
    • Species.MATTER
    • Species.DARK_ENERGY
    • Species.RADIATION
    • Species.CURVATURE
    • Species.NEUTRINOS_REL
    • Species.NEUTRINOS_MASSIVE
  • compute_distances()
  • h_over_h0()
  • comoving_radial_distance()
  • scale_factor_of_chi()
  • comoving_angular_distance()
  • angular_diameter_distance()
  • luminosity_distance()
  • distance_modulus()
  • hubble_distance()
  • comoving_volume_element()
  • comoving_volume()
  • lookback_time()
  • age_of_universe()
  • sigma_critical()
  • omega_x()
  • rho_x()
  • growth_factor()
  • growth_factor_unnorm()
  • growth_rate()
• pyccl.boltzmann module
  • get_camb_pk_lin()
  • get_isitgr_pk_lin()
  • get_class_pk_lin()
• pyccl.cells module
  • angular_cl()
• pyccl.correlations module
  • CorrelationMethods
    • CorrelationMethods.FFTLOG
    • CorrelationMethods.BESSEL
    • CorrelationMethods.LEGENDRE
  • CorrelationTypes
    • CorrelationTypes.NN
    • CorrelationTypes.NG
    • CorrelationTypes.GG_PLUS
    • CorrelationTypes.GG_MINUS
  • correlation()
  • correlation_3d()
  • correlation_multipole()
  • correlation_3dRsd()
  • correlation_3dRsd_avgmu()
  • correlation_pi_sigma()
• pyccl.cosmology module
  • TransferFunctions
    • TransferFunctions.BBKS
    • TransferFunctions.EISENSTEIN_HU
    • TransferFunctions.EISENSTEIN_HU_NOWIGGLES
    • TransferFunctions.BOLTZMANN_CLASS
    • TransferFunctions.BOLTZMANN_CAMB
    • TransferFunctions.BOLTZMANN_ISITGR
    • TransferFunctions.CALCULATOR
    • TransferFunctions.EMULATOR_LINPK
  • MatterPowerSpectra
    • MatterPowerSpectra.LINEAR
    • MatterPowerSpectra.HALOFIT
    • MatterPowerSpectra.CAMB
    • MatterPowerSpectra.CALCULATOR
    • MatterPowerSpectra.EMULATOR_NLPK
  • Cosmology
    • Cosmology.to_dict()
    • Cosmology.write_yaml()
    • Cosmology.read_yaml()
    • Cosmology.compute_growth()
    • Cosmology.compute_linear_power()
    • Cosmology.compute_nonlin_power()
    • Cosmology.compute_sigma()
    • Cosmology.get_linear_power()
    • Cosmology.get_nonlin_power()
    • Cosmology.has_distances
    • Cosmology.has_growth
    • Cosmology.has_linear_power
    • Cosmology.has_nonlin_power
    • Cosmology.has_sigma
    • Cosmology.CIBTracer()
    • Cosmology.CMBLensingTracer()
    • Cosmology.ISWTracer()
    • Cosmology.NumberCountsTracer()
    • Cosmology.WeakLensingTracer()
    • Cosmology.age_of_universe()
    • Cosmology.angular_cl()
    • Cosmology.angular_cl_cov_SSC()
    • Cosmology.angular_cl_cov_cNG()
    • Cosmology.angular_diameter_distance()
    • Cosmology.comoving_angular_distance()
    • Cosmology.comoving_radial_distance()
    • Cosmology.comoving_volume()
    • Cosmology.comoving_volume_element()
    • Cosmology.compute_distances()
    • Cosmology.convert_concentration()
    • Cosmology.correlation()
    • Cosmology.correlation_3d()
    • Cosmology.correlation_3dRsd()
    • Cosmology.correlation_3dRsd_avgmu()
    • Cosmology.correlation_multipole()
    • Cosmology.correlation_pi_sigma()
    • Cosmology.distance_modulus()
    • Cosmology.get_camb_pk_lin()
    • Cosmology.get_class_pk_lin()
    • Cosmology.get_delta_c()
    • Cosmology.get_density_kernel()
    • Cosmology.get_isitgr_pk_lin()
    • Cosmology.get_kappa_kernel()
    • Cosmology.get_lensing_kernel()
    • Cosmology.growth_factor()
    • Cosmology.growth_factor_unnorm()
    • Cosmology.growth_rate()
    • Cosmology.h_over_h0()
    • Cosmology.halomod_Pk2D()
    • Cosmology.halomod_Tk3D_1h()
    • Cosmology.halomod_Tk3D_2h()
    • Cosmology.halomod_Tk3D_3h()
    • Cosmology.halomod_Tk3D_4h()
    • Cosmology.halomod_Tk3D_SSC()
    • Cosmology.halomod_Tk3D_SSC_linear_bias()
    • Cosmology.halomod_Tk3D_cNG()
    • Cosmology.halomod_bias_1pt()
    • Cosmology.halomod_mean_profile_1pt()
    • Cosmology.halomod_power_spectrum()
    • Cosmology.halomod_trispectrum_1h()
    • Cosmology.halomod_trispectrum_2h_13()
    • Cosmology.halomod_trispectrum_2h_22()
    • Cosmology.halomod_trispectrum_3h()
    • Cosmology.halomod_trispectrum_4h()
    • Cosmology.hubble_distance()
    • Cosmology.kNL()
    • Cosmology.linear_matter_power()
    • Cosmology.linear_power()
    • Cosmology.lookback_time()
    • Cosmology.luminosity_distance()
    • Cosmology.mass2radius_lagrangian()
    • Cosmology.nonlin_matter_power()
    • Cosmology.nonlin_power()
    • Cosmology.omega_x()
    • Cosmology.parse_pk()
    • Cosmology.parse_pk2d()
    • Cosmology.rho_x()
    • Cosmology.scale_factor_of_chi()
    • Cosmology.sigma2_B_disc()
    • Cosmology.sigma2_B_from_mask()
    • Cosmology.sigma8()
    • Cosmology.sigmaM()
    • Cosmology.sigmaR()
    • Cosmology.sigmaV()
    • Cosmology.sigma_critical()
    • Cosmology.tSZTracer()
    • Cosmology.translate_IA_norm()
  • CosmologyVanillaLCDM()
  • CosmologyCalculator
• pyccl.covariances module
  • angular_cl_cov_cNG()
  • sigma2_B_disc()
  • sigma2_B_from_mask()
  • angular_cl_cov_SSC()
• pyccl.errors module
  • CCLError
  • CCLWarning
  • CCLDeprecationWarning
    • CCLDeprecationWarning.enable()
    • CCLDeprecationWarning.disable()
• pyccl.neutrinos module
  • NeutrinoMassSplits
    • NeutrinoMassSplits.SUM
    • NeutrinoMassSplits.SINGLE
    • NeutrinoMassSplits.EQUAL
    • NeutrinoMassSplits.NORMAL
    • NeutrinoMassSplits.INVERTED
    • NeutrinoMassSplits.LIST
  • nu_masses()
• pyccl.pk2d module
  • Pk2D
    • Pk2D.__call__()
    • Pk2D.from_function()
    • Pk2D.has_psp
    • Pk2D.extrap_order_lok
    • Pk2D.extrap_order_hik
    • Pk2D.from_model()
    • Pk2D.apply_halofit()
    • Pk2D.copy()
    • Pk2D.get_spline_arrays()
  • parse_pk2d()
  • parse_pk()
• pyccl.power module
  • linear_power()
  • nonlin_power()
  • linear_matter_power()
  • nonlin_matter_power()
  • sigmaM()
  • sigmaR()
  • sigmaV()
  • sigma8()
  • kNL()
• pyccl.pyutils module
  • ExtrapolationMethods
    • ExtrapolationMethods.NONE
    • ExtrapolationMethods.CONSTANT
    • ExtrapolationMethods.LINX_LINY
    • ExtrapolationMethods.LINX_LOGY
    • ExtrapolationMethods.LOGX_LINY
    • ExtrapolationMethods.LOGX_LOGY
  • IntegrationMethods
    • IntegrationMethods.QAG_QUAD
    • IntegrationMethods.SPLINE
  • debug_mode()
  • resample_array()
• pyccl.tk3d module
  • Tk3D
    • Tk3D.__call__()
    • Tk3D.has_tsp
    • Tk3D.extrap_order_lok
    • Tk3D.extrap_order_hik
    • Tk3D.get_spline_arrays()
• pyccl.tracers module
  • get_density_kernel()
  • get_lensing_kernel()
  • get_kappa_kernel()
  • Tracer
    • Tracer.chi_min
    • Tracer.chi_max
    • Tracer.get_kernel()
    • Tracer.get_f_ell()
    • Tracer.get_transfer()
    • Tracer.get_bessel_derivative()
    • Tracer.get_angles_derivative()
    • Tracer.get_avg_weighted_a()
    • Tracer.add_tracer()
    • Tracer.from_z_power()
  • NzTracer
    • NzTracer.get_dndz()
  • NumberCountsTracer()
  • WeakLensingTracer()
  • CMBLensingTracer()
  • tSZTracer()
  • CIBTracer()
  • ISWTracer()

Module contents