# Eureka! Control File for Stage 5: Lightcurve Fitting ncpu 1 # The number of CPU threads to use when running emcee or dynesty in parallel allapers False # Run S5 on all of the apertures considered in S4? Otherwise will use newest output in the inputdir rescale_err False # Rescale uncertainties to have reduced chi-squared of unity verbose True # If True, more details will be printed about steps # NORMAL FITTING fit_method [exoplanet, nuts] run_myfuncs [starry, sinusoid_pc, polynomial, expramp, ypos, ywidth] fit_par ./S5_WASP-43b_fitpar_starry_white.epf # Manual clipping in time manual_clip [[None,779]] # A list of lists specifying the start and end integration numbers for manual removal. # Force positive phase variations force_positivity False # Limb darkening controls # IMPORTANT: limb-darkening coefficients are not automatically fixed then, change to 'fixed' in .epf file whether they should be fixed or fitted! use_generate_ld None # use the generated limb-darkening coefficients from Stage 4? Options: exotic-ld, None. For exotic-ld, the limb-darkening laws available are linear, quadratic, 3-parameter and 4-parameter non-linear. ld_file None # Fully qualified path to the location of a limb darkening file that you want to use ld_file_white None # Fully qualified path to the location of a limb darkening file that you want to use for the white-light light curve (required if ld_file is not None and any EPF parameters are set to white_free or white_fixed). # General fitter old_fitparams None # filename relative to topdir that points to a fitparams csv to resume where you left off (set to None to start from scratch) # PyMC3 NUTS sampler settings tune 6000 draws 6000 chains 3 target_accept 0.95 # Plotting controls interp False # Should astrophysical model be interpolated (useful for uneven sampling like that from HST) # Diagnostics isplots_S5 5 # Generate few (1), some (3), or many (5) figures (Options: 1 - 5) nbin_plot 100 # The number of bins that should be used for figures 5104 and 5304. Defaults to 100. testing_S5 False # Boolean, set True to only use the first spectral channel testing_model False # Boolean, set True to only inject a model source of systematics hide_plots True # If True, plots will automatically be closed rather than popping up # Project directory topdir /Volumes/DataDrive/WASP43b_Phasecurve # Directories relative to project dir inputdir Stage4_white outputdir Stage5_white