The jupiter const.def Input File

 1 #planetary radius : real (default=37122E6)
 2 radius         = 7.1492000E7
 3 
 4 # gravity : real (default=9.80616)
 5 g              = 24.79
 6 
 7 #planetary rotation rate (default=7.292E-5)
 8 omega          = 0.000175803
 9 
10 # WARNING MUST BE COMPLIANT WITH PHYSIQ
11 # kappa = Rd/cpp (default=0.2857143)
12 # kappa = 8314.45986145 / (cpp*mugaz) 
13 kappa          = 0.314346314
14 
15 # Heat capacity at constant pressure real (default=1004.70885)
16 cpp            = 11500.
17 
18 # Reference pressure : real (default=101325.)
19 preff          = 2000000.
20 
21 # length of the day (s) (default=86400)
22 #day_length     = 35733
23 day_length     = 35740
24 
25 # length of the year (s) (default=365.25*86400)
26 # -> year_length = 10475.5 * 35733
27 #year_length    = 374321041.5
28 year_length    = 374340760
29 
30 # truc pour decomposition
31 # 1/3 jour manquant
32 # ... 10474 * 35740 = 374340760
33 
34 #starting day
35 start_day      = 0
36 
37 # Scale height of the atmosphere (m) : real (default=8000.)
38 scale_height   = 27000.
39 
40 # Scale factor for small planet experiment : real (default=1.)
41 scale_factor   = 1.
42 
43 # Precision of NetCDF output
44 netcdf_prec    = double
45 
46 
47 
48 daysec = 35740
49 
50 ## Additional stuff for LMDZ physics:
51 #################################################
52 # Length of year, in days (somewhat redundant)
53 #year_day       = 10475.5
54 year_day       = 10474
55 
56 # Orbital parameters:
57 # Periastron (AU)
58 periastron     = 4.95
59 
60 # Apoastron (AU)
61 apoastron      = 5.46
62 
63 # Periastron date, in days
64 periastron_day = 1520
65 
66 # Obliquity (degrees)
67 obliquity      = 3.13