17 |
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18 |
cd MITgcm/utils/exch2/matlab-topology-generator/ |
cd MITgcm/utils/exch2/matlab-topology-generator/ |
19 |
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20 |
modify matlab script driver_llc.m |
modify matlab script driver.m |
21 |
line |
line |
22 |
nr = 360; ng = 90; nb = 90; tnx=90;tny=90; |
nr = 360; ng = 90; nb = 90; tnx=90;tny=90; |
23 |
to (e.g.) |
to (e.g.) |
24 |
nr = 360; ng = 90; nb = 90; tnx=30;tny=30; |
nr = 360; ng = 90; nb = 90; tnx=45;tny=45; |
25 |
run script |
for compact format, set |
26 |
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mapIO=1 |
27 |
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make sure blanklist.txt is correct |
28 |
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(or empty, if no tiles to be omitted) |
29 |
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then run driver.m |
30 |
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31 |
This generates routine and header |
This generates routine and header |
32 |
w2_e2setup.F |
w2_e2setup.F |
46 |
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|
47 |
I've generated artificial tile #18 with all zeros |
I've generated artificial tile #18 with all zeros |
48 |
blanklist.txt needs to be generated by hand. |
blanklist.txt needs to be generated by hand. |
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Not clear how many procs to invoke in presence of blank list. |
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49 |
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50 |
Setup code_15lev/, input_15lev/ |
Setup code_15lev/, input_15lev/ |
51 |
------------------------------- |
------------------------------- |
60 |
(which also contains link pattern to standard tile00${i}.mitgrid fields), |
(which also contains link pattern to standard tile00${i}.mitgrid fields), |
61 |
then link to run directory. |
then link to run directory. |
62 |
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63 |
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Setup code_50lev/, input_50lev/ |
64 |
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------------------------------- |
65 |
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66 |
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* Based on ETOPO2 bathy, |
67 |
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* 50 vertical level exactly matching high_res_cube (ECCO2), incl. partial cell params. |
68 |
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* forced by 6-hourly NCEP atmos. state, uses original reduced Gaussian grid |
69 |
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and exf interpolation on-the-fly |
70 |
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* initial conditions generated via scripts in |
71 |
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MITgcm_contrib/eh3/llc/ecco-godae/climatology/ |
72 |
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resulting fields are |
73 |
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llc90x90x360_50lev_ptemp.bin, llc90x90x360_50lev_salt.bin |
74 |
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these fields are run are run with a diffusion/conv.adj. setup of MITgcm |
75 |
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for 10 days to remove some instabilities |
76 |
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* input fields can be obtained at |
77 |
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http://channel.mit.edu/datasets/MITgcm_input_files/MITgcm_contrib/eh3/llc/ecco-godae/data_50lev/ |
78 |
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79 |
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Required input to generate bathy & initial conditions: |
80 |
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(1) |
81 |
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(in directory input/ ) |
82 |
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llc_p90_1.nc |
83 |
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llc_p90_2.nc |
84 |
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llc_p90_3.nc |
85 |
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llc_p90_4.nc |
86 |
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llc_p90_5.nc |
87 |
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llc_p90_6.nc |
88 |
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(2) |
89 |
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ETOPO2.raw.bin |
90 |
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(3) |
91 |
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directory CLIMannual/ |
92 |
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|
93 |
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Generation steps: |
94 |
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95 |
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1) run script "gen_bathy" |
96 |
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Input: |
97 |
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----- |
98 |
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llc_p90_1.nc |
99 |
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llc_p90_2.nc |
100 |
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llc_p90_3.nc |
101 |
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llc_p90_4.nc |
102 |
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llc_p90_5.nc |
103 |
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llc_p90_6.nc |
104 |
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Output: |
105 |
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----- |
106 |
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llc_p90_bathy.f001.nc |
107 |
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llc_p90_bathy.f002.nc |
108 |
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llc_p90_bathy.f003.nc |
109 |
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llc_p90_bathy.f004.nc |
110 |
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llc_p90_bathy.f005.nc |
111 |
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112 |
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2) run script "gen_initial_cond_50_lev" |
113 |
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Input: |
114 |
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----- |
115 |
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(a) above llc_p90_*.nc |
116 |
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(b) orig. climatology fields in CLIMannual/ |
117 |
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Output: |
118 |
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----- |
119 |
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120 |
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3) run script "t18_to_global_inputs.m" |
121 |
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122 |
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4) run script "fill_shallow_regions_and_isolated_basins.m" |
123 |
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