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the steps below: |
the steps below: |
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1. Extract MITgcmUV from the downloadable archive |
1. Extract MITgcmUV from the downloadable archive |
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tar -xvf checkpoint12.tar |
tar -xvf cNN.tar |
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2. Create platform specific make file |
2. Create platform specific make file |
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For example on a Digital UNIX machine the script "genmake.dec" can |
For example on a Digital UNIX machine the script "genmake.dec" can |
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This runs a 4 degree global ocean climatological simulation. |
This runs a 4 degree global ocean climatological simulation. |
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By default this code is set to use two porcessors splitting |
By default this code is set to use two processors splitting |
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the model domain along the equator. Textual output is written |
the model domain along the equator. Textual output is written |
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to files STDOUT.* and STDERR.* with one file for each process. |
to files STDOUT.* and STDERR.* with one file for each process. |
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Model fileds are written to files suffixed .data and .meta |
Model fileds are written to files suffixed .data and .meta |
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These files are written on a per process basis. The .meta |
These files are written on a per process basis. The .meta |
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file indicates the location and shape of the subdomain in |
file indicates the location and shape of the subdomain in |
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each .data file. |
each .data file. |
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This 4 degree global ocean climatological simulation is the baseline |
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configuration for the MITgcmUV code. The change files that |
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convert the model to a different configuration in the |
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verification directory all assume that the model is configured for |
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the baseline case and change the model code accordingly. |
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o Running |
o Running |
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