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Example.par
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123 lines (101 loc) · 1.84 KB
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[Global]
xsec_path = /home/mb987/data/xsec/xsec_sampled_R15000_0.3-50
cia_path = /home/mb987/data/hitran
use_radis = False
radis_grid = 5000,12000,200
[Chemistry]
chemistry_type = ace
metallicity = 1
co_ratio = 0.55
fill_gases = H2,He
ratio = 0.17
[[H2O]]
gas_type = constant
mix_ratio = 1e-5
[[CH4]]
gas_type = constant
mix_ratio = 1e-2
[[CO]]
gas_type = constant
mix_ratio = 1e-2
[[CO2]]
gas_type = constant
mix_ratio = 1e-6
[[N2]]
gas_type = constant
mix_ratio = 1e-2
[Temperature]
profile_type = MadhuSeager2009
T_top=3200
P_top=1e-5
T_1 = 1100
T_2 = 1500
T_3 = 2000
P_1 = 700
P_2 = 9e3
P_3 = 1e5
alpha_1 = 0.7
alpha_2 = 0.2
beta_1 = 0.5
beta_2 = 0.5
[Pressure]
profile_type = Simple
atm_min_pressure = 1e-1
atm_max_pressure = 1e6
nlayers = 100
[Planet]
planet_type = Simple
planet_mass = 0.85
planet_radius = 1.53
albedo = 0
[Star]
star_type = blackbody
radius = 1.51
temperature = 6600
[Model]
model_type = transmission
[[Absorption]]
[[CIA]]
cia_pairs = H2-He,H2-H2
[[Rayleigh]]
[Observation]
observed_spectrum =
#grid_type = native
[Optimizer]
optimizer = multinest
num_live_points = 1200
max_iterations = 0
evidence_tolerance = 0.5
resume=False
verbose_output= True
multi_nest_path =
[Fitting]
planet_radius:fit = False
planet_radius:bounds = 1.5,2
planet_mass:fit = False
planet_mass:bounds = 0.1, 0.5
H2O:fit = True
H2O:bounds = 1e-2,1e-12
T_top:fit = True
T_top:bounds=100,3000
T_1:fit = True
T_1:bounds=100,3000
#T_2:fit = True
#T_2:bounds=100,3000
#T_3:fit = True
#T_3:bounds=100,3000
#P_top:fit = True
#P_top:bounds=1e6,1e-4
P_1:fit = True
P_1:bounds=1e6,1e-4
P_1:mode=log
P_2:fit = True
P_2:bounds=1e6,1e-4
P_2:mode=log
P_3:fit = True
P_3:bounds=1e6,1e-4
P_3:mode=log
alpha_1:fit = True
alpha_1:bounds=0.15,0.27
alpha_2:fit = True
alpha_2:bounds=0.15,0.27