84 |
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|
85 |
- Parallel execution. Hybrid |
- Parallel execution. Hybrid |
86 |
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|
87 |
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o Cutomising the code |
88 |
|
|
89 |
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Model structure |
90 |
|
=============== |
91 |
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The "numerical" model is contained within a execution |
92 |
|
environment support wrapper. This wrapper is designed |
93 |
|
to provide a general framework for grid-point models. |
94 |
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MITgcmUV is a specific numerical model that uses the |
95 |
|
framework. |
96 |
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Under this structure the model is split into |
97 |
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execution environment support code and conventional |
98 |
|
numerical model code. The execution environment |
99 |
|
support code is held under the "eesupp" directory. |
100 |
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The grid point model code is held under the |
101 |
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"model" directory. |
102 |
|
Code execution actually starts in the eesupp |
103 |
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routines and not in the model routines. For this |
104 |
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reason the top level main.F is in the eesupp/src |
105 |
|
directory. End-users should not need to worry about |
106 |
|
this level. The top-level routine for the numerical |
107 |
|
part of the code is in model/src/the_model_main.F. |
108 |
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|
109 |
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|
110 |
o References |
o References |
111 |
Web sites - HP |
Web sites - HP |
112 |
for doc Digital |
for doc Digital |