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Notes on tags used in MITgcmUV |
Notes on tags used in MITgcmUV |
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============================== |
============================== |
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o diagnostics: rename few diags: |
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s/'PRESSURE'/'RCENTER '/g |
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s/'TICE '/'oceFreez'/g |
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s/'TAUX '/'oceTAUX '/g |
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s/'TAUY '/'oceTAUY '/g |
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s/'SWFLUX '/'oceQsw '/g |
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s/DIFx/DFxE/g |
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s/DIFy/DFyE/g |
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and add few ocean-forcing diagnostics: |
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atmPload, sIceLoad, oceQnet, oceFWflx, oceSflux, surForcT & surForcS |
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o modifications to pkg/seaice/growth.F and budget.F, which change results of |
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lab_sea experiment: HSNOW was sometimes treated as effective and sometimes |
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as actual snow thickness. It now refers everywhere to effective snow |
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thickness, meaning that for non-zero AREA, actual thickness is HEFF/AREA. |
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checkpoint58r_post |
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o modifications to pkg/seaice/growth.F, which change results of |
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lab_sea experiment: fixes pertain to melting snow over open water, to |
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masking EVAP under sea ice, and to using the correct AREA variable for |
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computations of EVAP, PRECIP, HSNOW, and GHEFF |
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o add ability to read bathy, salt, and theta using MNC (off by def) |
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o add flooding algorithm and advection of HSNOW for pkg/seaice; |
o add flooding algorithm and advection of HSNOW for pkg/seaice; |
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both are turned off by default and do no change any results |
both are turned off by default and do no change any results |
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o seaice advection with pkg/thsice: a step toward the use of non-linear |
o seaice advection with pkg/thsice: a step toward the use of non-linear |
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