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The test is a 1-cpu, 10-hour integration. Both the atmospheric |
The test is a 1-cpu, 10-hour integration. Both the atmospheric |
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state and the open-water surface fluxes are provided by pkg/exf. |
state and the open-water surface fluxes are provided by pkg/exf. |
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More pkg/seaice test experiments, configured for low and |
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high-resolution global cube-sphere domains are described |
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in MITgcm_contrib/high_res_cube/README_ice. |
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Using testscript to test sea-ice code |
Using testscript to test sea-ice code |
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===================================== |
===================================== |
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Running the testscript experiment: |
Running the testscript experiment: |
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cd MITgcm/verification |
cd MITgcm/verification |
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./testreport -t lab_sea |
./testreport -t lab_sea |
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The default experiment is Experiment 8, below. |
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It uses pkg/gmredi, pkg/kpp, pkg/seaice, and pkg/exf. |
To look at output using matlab: |
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cd lab_sea/matlab |
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matlab -nojvm -nosplash |
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Note that fairly large differences in accuracy occur across different |
Note that fairly large differences in accuracy occur across different |
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platforms. For example, testscript comparisons between g77 (Linux) |
platforms. For example, testscript comparisons between g77 (Linux) |