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revision 1.4 by adcroft, Thu Oct 11 19:54:43 2001 UTC revision 1.6 by cnh, Fri Oct 12 19:50:53 2001 UTC
# Line 27  MITgcm Sealion Release Home Page Line 27  MITgcm Sealion Release Home Page
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29  <blockquote>  <blockquote>
 <div align="Justify"><font FACE="HELVETICA" SIZE="3">  
 The M.I.T. General Circulation Model (MITgcm) Release 1 contains code for  
 simulating a wide variety of ocean and atmosphere problems. The model is  
 compatible with platforms ranging from desktop and commodity  
 cluster x86 systems to high-end multi-processor supercomputers. Minimum  
 requirements are a Fortran compiler (the free g77 compiler is sufficient)  
 and a UNIX like operating system (such as Linux, Solaris, IRIX).  
 <br>  
 <br>  
 A broad span of example problem configurations are included in the  
 release. These examples range from planetary scale  
 circulation simulations of the ocean and atmosphere to high-resolution,  
 small-scale process studies encompassing non-hydrostatic dynamics. In  
 addition to conventional  
 prognostic operation, differentiated forms (both tangent-linear and adjoint)  
 of the MITgcm code can be generated automatically using either the TAMC or TAF  
 automatic differentiation tools. These derivative forms can be used for  
 dynamical sensitivity studies and can also be used, together with appropriate  
 optimisation and  
 control infrastructure, for mathematically rigorous state-estimation and  
 data-assimilation. A seamless interface to the ECCO group optimisation  
 environment is available.  
 </div>  
 </blockquote>  
30    
31    <center> <h1>MITgcm Release 1 Features:</h1> </center>  <p>Welcome to the webpage of release 1 of MITgcm.</p>
32    <center> <h3>  <p>MITgcm </p>
33     <A href="../online_documents/"> Oceanic and Atmospheric Simulations </A>  <ul>
34     </h3> </center>    <li>can be used to study both atmospheric and oceanic circulation</li>
35    <center> <h3> <A href="../online_documents/">    <li>has a non-hydrostatic capability</li>
36      Automatic Differentiation and Adjoint Sensitivity</h3>    <li>has tangent linear and adjoint code maintained alongside the forward
37     </A> </center>  model</li>
38    <center> <A href="../online_documents/">  </ul>
39     <h3>Open Boundaries, Regional and Process Studies</h3>  <p>Here you can:</p>
40     </A> </center>  <ul>
41    <center> <A href="http://mitgcm.org/cgi-bin/cvsweb.cgi/models/MITgcmUV/?only_with_tag=release1_beta1">    <li><a href=../download_software/index.html>download the code</a></li>
42      <h3>Packaged Source Repository</h3>    <li>access on-line documentation</li>
43     </A> </center>    <li>follow tutorial examples of the use of MITgcm in the study of
44    <center> <A href="../online_documents/">  atmospheric
45      <h3>Algorithm and Code Documentation</h3>      and oceanic flows<br>
46     </A> </center>    </li>
47    </ul>
48    
49   </td>   </td>
50   </tr>   </tr>
51  </table>  </table>
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