Support for retrieving the Eddington approximation as P-T profile (pt_profile='eddington').
Support for retrieving gray clouds with a cloud top (log_kappa_gray and log_cloud_top) and optional single scattering albedo (albedo). When not including the albedo parameter in bounds, scattering can typically be set to False since the clouds will be non-scattering.
Added check_phot_press to AtmosphericRetrieval.run_multinest. A sample is removed if the photospheric pressure that is calculated for the P-T profile deviates (by the specified factor) from the photospheric pressure that is calculated from the Rosseland mean opacity of the non-gray opacities.
The distance is included as parameter with a Gaussian prior when using FitModel.
Warning added when using bt-settl instead of bt-settl-cifist.
Bug fix when reading a spectrum that contains some NaNs. The fluxes were removed but the optional covariance matrix is now also adjusted by add_object.
Added the get_evidence method to Database. It returns the log-evidence after using FitModel or AtmosphericRetrieval.
The get_residuals function calculates and prints the reduced chi2. The value is also stored in the returned ResidualsBox.
Added the pt_manual parameter to ReadRadtrans for providing an array with the P-T profile.
The output path for storing plots can be either and absolute or relative path so it is no longer relative to the current working folder.
Many small enhancements and overall maintenance of the package.
Added support for Python 3.10 and dropped support for Python 3.7.
petitRADTRANS.pt_profile='eddington').log_kappa_grayandlog_cloud_top) and optional single scattering albedo (albedo). When not including thealbedoparameter inbounds,scatteringcan typically be set toFalsesince the clouds will be non-scattering.check_phot_presstoAtmosphericRetrieval.run_multinest. A sample is removed if the photospheric pressure that is calculated for the P-T profile deviates (by the specified factor) from the photospheric pressure that is calculated from the Rosseland mean opacity of the non-gray opacities.FitModel.bt-settlinstead ofbt-settl-cifist.add_object.get_evidencemethod toDatabase. It returns the log-evidence after usingFitModelorAtmosphericRetrieval.get_residualsfunction calculates and prints the reduced chi2. The value is also stored in the returnedResidualsBox.pt_manualparameter toReadRadtransfor providing an array with the P-T profile.