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revision 1.10 by cnh, Wed Jul 8 15:29:22 1998 UTC revision 1.14 by cnh, Wed Oct 28 03:23:17 1998 UTC
# Line 24  o Installing Line 24  o Installing
24    the steps below:    the steps below:
25    
26    1. Extract MITgcmUV from the downloadable archive    1. Extract MITgcmUV from the downloadable archive
27       tar -xvf checkpoint12.tar       tar -xvf cNN.tar
28    
29    2. Create platform specific make file    2. Create platform specific make file
30       For example on a Digital UNIX machine the script "genmake.dec" can       For example on a Digital UNIX machine the script "genmake.dec" can
# Line 50  o Installing Line 50  o Installing
50                                                                                                                
51    
52       This runs a 4 degree global ocean climatological simulation.       This runs a 4 degree global ocean climatological simulation.
53       By default this code is set to use two porcessors splitting       By default this code is set to use two processors splitting
54       the model domain along the equator. Textual output is written       the model domain along the equator. Textual output is written
55       to files STDOUT.* and STDERR.* with one file for each process.       to files STDOUT.* and STDERR.* with one file for each process.
56       Model fileds are written to files suffixed .data and .meta       Model fileds are written to files suffixed .data and .meta
57       These files are written on a per process basis. The .meta       These files are written on a per process basis. The .meta
58       file indicates the location and shape of the subdomain in       file indicates the location and shape of the subdomain in
59       each .data file.       each .data file.
60        
61         This 4 degree global ocean climatological simulation is the baseline
62         configuration for the MITgcmUV code. The change files that
63         convert the model to a different configuration in the
64         verification directory all assume that the model is configured for
65         the baseline case and change the model code accordingly.
66    
67  o Running  o Running
68    
# Line 84  o Running Line 90  o Running
90    
91    - Parallel execution. Hybrid    - Parallel execution. Hybrid
92    
93    o Cutomising the code
94    
95      Model structure
96      ===============
97      The "numerical" model is contained within a execution
98      environment support wrapper. This wrapper is designed
99      to provide a general framework for grid-point models.
100      MITgcmUV is a specific numerical model that uses the
101      framework.
102       Under this structure the model is split into
103      execution environment support code and conventional
104      numerical model code. The execution environment
105      support code is held under the "eesupp" directory.
106      The grid point model code is held under the
107      "model" directory.
108       Code execution actually starts in the eesupp
109      routines and not in the model routines. For this
110      reason the top level main.F is in the eesupp/src
111      directory. End-users should not need to worry about
112      this level. The top-level routine for the numerical
113      part of the code is in model/src/the_model_main.F.
114    
115    
116  o References  o References
117    Web sites - HP    Web sites - HP
118    for doc     Digital    for doc     Digital
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