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MITgcm Sealion Release Home Page |
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<title>MITgcm Sealion Release Home Page</title> |
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<div align="Justify"><font FACE="HELVETICA" SIZE="3"> |
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The M.I.T. General Circulation Model (MITgcm) Release 1 contains code for |
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simulating a wide variety of ocean and atmosphere problems. The model is |
<br> |
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compatible with platforms ranging from desktop and commodity |
<blockquote> |
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cluster x86 systems to high-end multi-processor supercomputers. Minimum requirements |
<blockquote><font size=+1>Welcome to the web page of release 1 of MITgcm, |
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are a Fortran compiler (the free g77 compiler is sufficient) and a UNIX like |
a numerical model designed for the study of the atmosphere, ocean and climate.</font> |
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operating system (such as Linux, Solaris, IRIX). |
<p><font size=+1>MITgcm is freely available to all; we encourage you to |
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download it, use it, give us <a href=mailto:support@mitgcm.org>feedback</a> and help us to improve it.</font></blockquote> |
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<br> |
<font size=+1>MITgcm</font> |
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A broad span of example problem |
<ul> |
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configurations are included in the release. These examples range from planetary scale |
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circulation simulations of the ocean and atmosphere to high-resolution, small-scale |
<font size=+1>can be used to study both |
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process studies encompassing non-hydrostatic dynamics. In addition to conventional |
<a href="../online_documents/manual/atmos.html">atmospheric</a> |
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prognostic operation, differentiated forms (both tangent-linear and adjoint) |
and |
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of the MITgcm code can be generated automatically using either the TAMC or TAF |
<a href="../online_documents/manual/ocean.html">oceanic</a> circulation</font></li> |
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automatic differentiation tools. These derivative forms can be used for dynamical |
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sensitivity studies and can also be used, together with appropriate optimisation and |
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control infrastructure, for mathematically rigorous state-estimation and |
<font size=+1>has a |
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data-assimilation. A seamless interface to the ECCO group optimisation |
<a href="../online_documents/manual/nonhydro.html">non-hydrostatic</a> |
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environment is available. |
capability</font></li> |
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</div> |
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</blockquote> |
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</blockquote> |
<font size=+1>supports |
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<a href="../online_documents/manual/horizcurve.html">horizontal orthogonal curvilinear coordinates</a></font></li> |
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<br><center> |
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<h1>MITgcm Release 1 Features:</h1> |
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</center> |
<font size=+1>has a |
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<br> <center> |
<a href="../online_documents/manual/overview.html#fig:finite-volume">finite volume</a> treatment of topography</font></li> |
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<h3> |
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<A href="online_documents/online_documents.html"> |
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Oceanic and Atmospheric Simulations |
<font size=+1>supports a wide range of <a href="../online_documents/manual/packages.html"> |
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</A> |
physical parameterizations</a></font></li> |
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</h3> |
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</center> |
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<br> <center> |
<font size=+1>has |
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<h3> |
<a href="../online_documents/manual/paramsens.html">tangent |
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<A href="online_documents/online_documents.html"> |
linear and adjoint code</a> maintained alongside the forward model</font></li> |
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Automatic Differentiation and Adjoint Sensitivity</h3> |
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</A> |
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</center> |
<font size=+1>can run on your pc, workstation or parallel computer using |
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flexible <a href=../online_documents/manual/tiles.html#fig:domaindecomp>domain decomposition</a></font></li> |
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<A href="online_documents/online_documents.html"> |
</ul> |
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<h3>Open Boundaries, Regional and Process Studies</h3> |
<font size=+1>Here you can:</font> |
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</A> |
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</center> |
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<br> <center> |
<font size=+1><a href="../download_software/index.html" target="mainFrame">download |
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the code</a></font></li> |
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<h3>Packaged Source Repository</h3> |
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</A> |
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</center> |
<font size=+1><a href="../online_documents/index.html" target="mainFrame">access |
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on-line documentation</a></font></li> |
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<h3>Algorithm and Code Documentation</h3> |
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</A> |
<font size=+1>follow <a href="../getting_started/index.html" target="mainFrame">tutorial |
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examples</a> of the use of MITgcm in the study of atmospheric and oceanic |
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flows</font></li> |
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</table> |
<font size=+1><a href="../code_reference/index.html" target="mainFrame">browse |
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the hyperlinked code</a></font></li> |
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<p><br><font size=+1>If you have any comments contact us <a href=mailto:support@mitgcm.org>here</a>.</font> |
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<p><font size=+1>Alistair Adcroft,</font> |
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<br><font size=+1>Jean-Michel Campin,</font> |
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<br><font size=+1>Patrick Heimbach,</font> |
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<br><font size=+1>Chris Hill,</font> |
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<br><font size=+1>John Marshall</font> |
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<p><font size=+1>Earth, Atmospheric and Planetary Sciences,</font> |
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<br><font size=+1>Massachusetts Institute of Technology</font> |
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