/[MITgcm]/manual/s_examples/advection_in_gyre/adv_gyre.tex
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revision 1.8 by cnh, Tue Jan 15 21:48:27 2008 UTC revision 1.15 by jmc, Fri Aug 27 13:25:31 2010 UTC
# Line 10  Line 10 
10  \begin{rawhtml}  \begin{rawhtml}
11  <!-- CMIREDIR:eg-adv-gyre: -->  <!-- CMIREDIR:eg-adv-gyre: -->
12  \end{rawhtml}  \end{rawhtml}
13    \begin{center}
14    (in directory: {\it verification/tutorial\_advection\_in\_gyre/})
15    \end{center}
16    
17    Author: Oliver Jahn and Chris Hill
18    
19    
20    
21  This set of examples is based on the barotropic and baroclinic gyre MITgcm configurations,  This set of examples is based on the barotropic and baroclinic gyre MITgcm configurations,
22  that are described in the tutorial sections \ref{sect:eg-baro} and \ref{sect:eg-fourlayer}.  that are described in the tutorial sections \ref{sect:eg-baro} and \ref{sect:eg-fourlayer}.
# Line 61  the $-U \cdot \nabla C$ term that are av Line 68  the $-U \cdot \nabla C$ term that are av
68  \end{enumerate}  \end{enumerate}
69    
70    
71  \subsection{Introducting a tracer into the flow}  \subsection{Introducing a tracer into the flow}
72    
73   The ptracers package (see section \ref{sec:pkg:ptracers} for a more complete discussion   The MITgcm ptracers package (see section \ref{sec:pkg:ptracers} for a more complete discussion
74  of the ptracers package)  of the ptracers package and section \ref{sec:pkg:using} for a general introduction to MITgcm
75  - activating ptracers  packages) provides pre-coded support for a simple passive tracer with an initial
76  - setting initial distribution  distribution at simulation time $t=0$ of $C_0(x,y,z)$. The steps required to use this capability
77    are
78    \begin{enumerate}
79    \item{\bf Activating the ptracers package.} This simply requires adding the line {\tt ptracers} to
80    the {\tt packages.conf} file in the {\it code/} directory for the experiment.
81    \item{\bf Setting an initial tracer distribution.}
82    \end{enumerate}
83    
84    Once the two steps above are complete we can proceed to examine how the tracer we have created is
85    carried by the flow field and what properties of the tracer distribution are preserved under
86    different advection schemes.
87    
 To intro  
88  \subsection{Selecting an advection scheme}  \subsection{Selecting an advection scheme}
89    
90  - flags in data and data.ptracers  - flags in data and data.ptracers
# Line 86  To intro Line 102  To intro
102  \item{Positive definite}  \item{Positive definite}
103  \end{enumerate}  \end{enumerate}
104    
105    \input{s_examples/advection_in_gyre/adv_gyre_figure.tex}
106    
107    \begin{figure}
108    \begin{center}
109     \includegraphics*[width=\textwidth]{s_examples/advection_in_gyre/stats.eps}
110    \end{center}
111    \caption{Maxima, minima and standard deviation (from left) as a function of time (in months)
112    for the gyre circulation experiment from figure~\ref{fig:adv-gyre-all}.}
113    \label{fig:adv-gyre-stats}
114    \end{figure}
115    
116    \subsection{Code and Parameters files for this tutorial}
117    
118    The code and parameters for the experiments can be found in the MITgcm example experiments
119    directory {\it verification/tutorial\_advection\_in\_gyre/}.
120    
   
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123    
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