source: trunk/MESOSCALE/LMD_MM_MARS/SIMU/DEF/tests_idealcrater/namelist.input

Last change on this file was 559, checked in by aslmd, 13 years ago

MESOSCALE: debugged idealized crater case to solve problems found by JBM. the problems appeared because crater case forced the model to extrapolate at initialization ; hence the crater was not actually here. solved the problem by setting the input sounding at bottom of crater. at the same time introduced coriolis terms. it is now important to use the pert_coriolis keyword at T to avoid impacting background winds. updated all setting files for TESTCRATER, which now works fine.
File size: 2.9 KB
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1 &time_control
2 run_seconds         = 14800   !! Duration of simulation                       [LES: !=0] 
3 history_interval_s  = 600     !! Frequency of outputs in seconds              [LES: !=0]
4 frames_per_outfile  = 6       !! Size of time dimension in files
5 start_year          = 9999    !! Idealized simulation                         [LES: 9999]
6 end_year            = 9999    !! Idealized simulation                         [LES: 9999]
7 restart             = .false. !! (*) Output restart files ?
8 restart_interval    = 8880    !! (*) Frequency of output restart files ?
9 io_form_history     = 2       !! (*) Choice of NETCDF for ouputs
10 io_form_restart     = 2       !! (*) Choice of NETCDF for ouputs
11 io_form_input       = 2       !! (*) Choice of NETCDF for ouputs
12 io_form_boundary    = 2       !! (*) Choice of NETCDF for ouputs
13 debug_level         = 0       !! (*) Verbose level
14 input_from_file     = F,      !! (n)(p2) Initialize a given domain with an input file
15 /
16
17 &domains
18 ztop                = 25000.  !! Altitude above ground of model top           [LES: !=0]       
19 time_step           = 10      !! Dynamical timestep
20 time_step_fract_num = 0       !! Additional fraction to time_step: numerator
21 time_step_fract_den = 1       !! Additional fraction to time_step: denominator
22 dx                  = 10000   !! (p2) Horizontal resolution
23 dy                  = 10000   !! (p2) Horizontal resolution (should be equal to dx)
24 e_we                = 61      !! (r)(p2) Number of longitude grid points
25 e_sn                = 61      !! (r)(p2) Number of latitude grid points
26 e_vert              = 61      !! (r)(p2) Number of vertical levels
27 /
28
29 &physics
30 init_TI             = 250.    !! Define constant thermal inertia value        [LES: !=0]
31 init_AL             = 0.25    !! Define constant albedo value                 [LES: !=0]
32 !!
33 !! OPTIONAL
34 !!
35 radt                = 1       !! Ratio between physical and dynamical time step
36 mars                = 0       !! (r)(p2) Configuration of tracers:
37                               !!         0: no tracers, 1: water vapor + ice, 2: dust
38 init_MU             = 0.001   !! (p3) Multiply ini & bdy zonal wind by init_U
39 init_MV             = 0.001   !! (p3) Multiply ini & bdy meridional wind by init_V
40 init_U = 15.
41 init_V = 0.
42 /
43
44 &dynamics
45 pert_coriolis         = T        !! Coriolis only acts on wind perturbation (idealized)
46 /
47
48 &bdy_control
49 specified = F,              !! (n)(p3) Boundary conditions specified by GCM
50 open_xs = T,                !! (p3) Open boundary conditions @ western boundary
51 open_xe = T,                !! (p3) Open boundary conditions @ eastern boundary
52 open_ys = T,                !! (p3) Open boundary conditions @ southern boundary
53 open_ye = T,                !! (p3) Open boundary conditions @ northern boundary
54 /
55
56 &grib2
57 /
58
59 &fdda
60 /
61
62 &namelist_quilt              !! (*)
63 nio_tasks_per_group = 0,     !! (*)
64 nio_groups = 1,              !! (*)
65 /                            !! (*)
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