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d6a28d3589 Jean*0001 Tutorial Example: "Barotropic gyre"
f8369b5e5d Jean*0002 (Barotropic Ocean Gyre In Cartesian Coordinates)
0003 ================================================
1c87316fba Jeff*0004 (replaces old "exp0" verification ;
f8369b5e5d Jean*0005 also "barotropic_gyre_in_a_box" in release.1 branch)
0006
0007 Configure and compile the code:
ce0d9af5ea Jeff*0008 ```
f8369b5e5d Jean*0009 cd build
0010 ../../../tools/genmake2 -mods ../code [-of my_platform_optionFile]
0011 make depend
0012 make
d6a28d3589 Jean*0013 cd ..
ce0d9af5ea Jeff*0014 ```
f8369b5e5d Jean*0015 To run:
ce0d9af5ea Jeff*0016 ```
d6a28d3589 Jean*0017 cd run
f8369b5e5d Jean*0018 ln -s ../input/* .
d6a28d3589 Jean*0019 ln -s ../build/mitgcmuv .
f8369b5e5d Jean*0020 ./mitgcmuv > output.txt
d6a28d3589 Jean*0021 cd ..
ce0d9af5ea Jeff*0022 ```
f8369b5e5d Jean*0023
0024 There is comparison output in the directory:
0025 results/output.txt
0026
0027 Comments:
1c87316fba Jeff*0028 The input data is real*4 and generated using the MATLAB script
f8369b5e5d Jean*0029 gendata.m.
0030