/[MITgcm]/manual/s_getstarted/text/customization.tex
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revision 1.6 by molod, Thu Apr 20 22:09:08 2006 UTC revision 1.9 by jmc, Thu Aug 6 19:12:47 2009 UTC
# Line 29  of the model parameters related to the m Line 29  of the model parameters related to the m
29  for the packages are located in the package descriptions), their meaning,  for the packages are located in the package descriptions), their meaning,
30  and their default values:  and their default values:
31    
32  {\footnotesize \begin{verbatim}  \input{./part3/main-parms.tex}
   
 \end{verbatim} }  
33    
34  In what follows the parameters are grouped into categories related to  In what follows the parameters are grouped into categories related to
35  the computational domain, the equations solved in the model, and the  the computational domain, the equations solved in the model, and the
# Line 56  simulation controls. Line 54  simulation controls.
54    through the logical variables \textbf{usingCartesianGrid},    through the logical variables \textbf{usingCartesianGrid},
55    \textbf{usingSphericalPolarGrid}, and \textbf{usingCurvilinearGrid}.    \textbf{usingSphericalPolarGrid}, and \textbf{usingCurvilinearGrid}.
56    In the case of spherical and curvilinear grids, the southern    In the case of spherical and curvilinear grids, the southern
57    boundary is defined through the variable \textbf{phiMin} which    boundary is defined through the variable \textbf{ygOrigin} which
58    corresponds to the latitude of the southern most cell face (in    corresponds to the latitude of the southern most cell face (in
59    degrees). The resolution along the x and y directions is controlled    degrees). The resolution along the x and y directions is controlled
60    by the 1D arrays \textbf{delx} and \textbf{dely} (in meters in the    by the 1D arrays \textbf{delx} and \textbf{dely} (in meters in the
# Line 204  variables. Line 202  variables.
202  \begin{description}  \begin{description}
203  \item[initialization] \  \item[initialization] \
204        
205    The velocity components are initialized to 0 unless the simulation    The initial horizontal velocity components can be specified from
206    is starting from a pickup file (see section on simulation control    binary files \textbf{uVelInitFile} and \textbf{vVelInitFile}.
207    parameters).    These files should contain 3D data ordered in an (x,y,r) fashion with
208      k=1 as the first vertical level (surface level).
209      If no file names are provided, the velocity is initialised to zero.
210      The initial vertical velocity is always derived from the horizontal velocity
211      using the continuity equation, even in the case of non-hydrostatic simulation
212      (see, e.g.: {\it tutorial\_deep\_convection/input/data}).
213    
214      In the case of a restart (from the end of a previous simulation),
215      the velocity field is read from a pickup file
216      (see section on simulation control parameters)
217      and the initial velocity files are ignored.
218    
219  \item[forcing] \  \item[forcing] \
220        
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