source: trunk/MESOSCALE/LMD_MM_MARS/SIMU/namelist.input_nests @ 679

Last change on this file since 679 was 262, checked in by aslmd, 13 years ago

MESOSCALE: major commit at an absurd hour. new version for user manual finished.

File size: 3.2 KB
Line 
1 &time_control
2 start_year         = 2024, 2024, 2024,   !! Any information about dates have to be duplicated for each nest     
3 start_month        =   10,   10,   10,   !! ..
4 start_day          =   03,   03,   03,   !! ..
5 start_hour         =   06,   06,   06,   !! ..
6 end_year           = 2024, 2024, 2024,   !! ..
7 end_month          =   10,   10,   10,   !! ..
8 end_day            =   07,   07,   07,   !! ..
9 end_hour           =   06,   06,   06,   !! ..
10 history_interval   =   37,   37,   37,   !! Any information about model outputs have to be set for each nest   
11 frames_per_outfile =   24,   24,   24,   !! ... NB: could be different for each nest
12 restart            = .false.
13 restart_interval   = 8880
14 io_form_history    = 2
15 io_form_restart    = 2
16 io_form_input      = 2
17 io_form_boundary   = 2
18 debug_level        = 0
19 /
20
21 &domains
22 time_step              =     40    !! This is time_step for the parent nest
23 p_top_requested        =     10     
24 force_sfc_in_vinterp   =      5
25 num_metgrid_levels     =     33
26 max_dom                =      3                !! Set number of nests here   
27 grid_id                =      1,     2,    3,  !! Identify each grid by a number
28 parent_id              =      0,     1,    2,  !! Identify parents for each nested domain
29                                                !! ....(two nested domains can have the same parent)
30 parent_grid_ratio      =      1,     3,    3,  !! "Zooming" ratio between nests. 3 is a good choice.
31  !! WARNING: parent_grid_ratio must divide e_we - s_we plus 1
32 parent_time_step_ratio =      1,     2,    3,  !! Time step ratio between nests.
33 i_parent_start         =      0,    40,   40,  !! \  Those subscripts are used to place the nested
34 j_parent_start         =      0,    40,   40,  !! /  domains with respect to their respective parents.
35 e_we                   =    117,   121,  121,  !! IMPORTANT: e_we[parent domain] = e_we[child domains] - 4
36 e_sn                   =    117,   121,  121,  !! IMPORTANT: e_sn[parent domain] = e_sn[child domains] - 4
37  !! WARNING: number of processors must divide e_we minus 1 and e_sn minus 1
38 e_vert                 =     61,    61,   61,  !! Vertical levels must be duplicated
39 dx                     =  63000, 21000, 7000,  !! Compute dx[child] with parent_grid_ratio and dx[parent]
40 dy                     =  63000, 21000, 7000,  !! .... (keep 10^-2 accuracy if result of division is not int)
41 feedback               =      1                !! Set 0 for 1-way nesting / 1 for 2-way nesting
42 smooth_option          =      2                !! We recommend using smooth_option = 2
43 blend_width            =      5                !! We recommend using blend_width = 5
44 /
45
46 &physics
47 /
48
49 &fdda
50 /
51
52 &dynamics
53 tiso = 100.
54 non_hydrostatic  =   F, F, F,       !! We recommend using hydrostatic integration in all nests
55                                     !! .... (non-hydrostatic nested runs might be unstable)
56 /
57
58 &grib2
59 /
60
61 &bdy_control
62 specified        =   T, F, F,       !! Only the parent domain has specified GCM boundary conditions
63 nested           =   F, T, T,       !! ... the child domains are nested within the parent domain
64 /
65
66 &namelist_quilt
67 nio_tasks_per_group = 0,
68 nio_groups = 1,
69 /
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