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put gravity by radius - avoid overlooking one or other #10

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2 changes: 1 addition & 1 deletion vulcan_cfg.py
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Expand Up @@ -40,6 +40,7 @@
# astronomy input
r_star = 0.805 # stellar radius in solar radius
Rp = 1.138*7.1492E9 # Planetary radius (cm) (for computing gravity)
gs = 2140. # surface gravity (cm/s^2) (HD189:2140 HD209:936)
orbit_radius = 0.03142 # planet-star distance in A.U.
sl_angle = 58 /180.*3.14159 # the zenith angle of the star in degree (usually 58 deg for the dayside average)
f_diurnal = 1. # to account for the diurnal average of solar flux (i.e. 0.5 for Earth; 1 for tidally-locked planets)
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K_max = 1e5 # for Kzz_prof = 'Pfunc'
K_p_lev = 0.1 # for Kzz_prof = 'Pfunc'
vz_prof = 'const' # Options: 'const' or 'file'
gs = 2140. # surface gravity (cm/s^2) (HD189:2140 HD209:936)
Tiso = 1000 # only read when atm_type = 'isothermal'
# setting the parameters for the analytical T-P from (126)in Heng et al. 2014. Only reads when atm_type = 'analytical'
# T_int, T_irr, ka_L, ka_S, beta_S, beta_L
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