/[MITgcm]/MITgcm_contrib/gmaze_pv/Contents.m
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revision 1.4 by gmaze, Mon Jul 10 15:09:01 2006 UTC revision 1.9 by gmaze, Wed Sep 19 15:37:38 2007 UTC
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1  % CLIMODE: potential vorticity toolbox  % ECCO2: potential vorticity toolbox
2  %  %
3  % This package tries to provide some useful and simple routines to compute, visualize and  % This package tries to provide some useful and simple routines to compute, visualize and
4  % analyze Potential Vorticity from the global high resolution (1/8deg) simulation of the  % analyze Potential Vorticity from the global high resolution (1/8deg) simulation of the
# Line 8  Line 8 
8  % Enjoy !  % Enjoy !
9  %  %
10  % gmaze@mit.edu  % gmaze@mit.edu
11  % Last update: 07/06/06  % Last update: Feb1/2007
12  %  %
13  % ---------------------------------------------------------------------------------------------  % ---------------------------------------------------------------------------------------------
14  % PROGRAMS LIST (NOT A FUNCTIONS):  % PROGRAMS LIST (NOT A FUNCTIONS):
15  %  %
16  % main_getPV_eg  % eg_main_getPV
17  %                             This program is an exemple of how to define global setup and  %                             This program is an example of how to define global setup and
18  %                             to launch the PV computing.  %                             to launch the PV computing.
19    % eg_write_bin2cdf_latlongrid_subdomain
20    %                             This program is an example of how to extract a subdomain from
21    %                             a lat/lon grid (1/8) binary file and write it into netcdf. A
22    %                             directory is created for each time step.
23    % eg_write_bin2cdf_csgrid_subdomain
24    %                             This program is an example of how to extract a subdomain from
25    %                             a cube sphere grid (CS510) binary file and write it into netcdf
26    %                             and lat/lon grid (1/4). A directory is created for each time step.
27    % eg_write_UVbin2cdf_csgrid_subdomain
28    %                             Idem, except adapted to U and V fields.
29  %  %
30  % ---------------------------------------------------------------------------------------------  % ---------------------------------------------------------------------------------------------
31  % FUNCTIONS LIST 1: NETCDF FILES DIAGNOSTICS  % FUNCTIONS LIST 1: NETCDF FILES DIAGNOSTICS
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37  %                             temperature THETA and anomalous salinity SALTanom.  %                             temperature THETA and anomalous salinity SALTanom.
38  % B_compute_relative_vorticity(SNAPSHOT)  % B_compute_relative_vorticity(SNAPSHOT)
39  %                             Computes the 3 components of the relative vorticity from the  %                             Computes the 3 components of the relative vorticity from the
40  %                             horizontal flow.  %                             horizontal flow. Take care to the (U,V) grid !
41  % C_compute_potential_vorticity(SNAPSHOT,[WANT_SPL_PV])  % C_compute_potential_vorticity(SNAPSHOT,[WANT_SPL_PV])
42  %                             Computes the potential vorticity field from the relative  %                             Computes the potential vorticity field from the relative
43  %                             vorticity components and the potential density. Option  %                             vorticity components and the potential density. Option
# Line 52  Line 62 
62  % compute_QEk(SNAPSHOT)  % compute_QEk(SNAPSHOT)
63  %                             Computes QEk, the lateral heat flux induced by Ekman currents  %                             Computes QEk, the lateral heat flux induced by Ekman currents
64  %                             from JFz, the PV flux induced by frictional forces.  %                             from JFz, the PV flux induced by frictional forces.
65    % compute_EKL(SNAPSHOT)
66    %                             Compute the Ekman Layer Depth from the wind stress and the density
67    %                             fields.
68    % compute_MLD(SNAPSHOT)
69    %                             Compute the Mixed Layer Depth from the SST, SSS and potential
70    %                             density fields.
71  %  %
72  % ---------------------------------------------------------------------------------------------  % ---------------------------------------------------------------------------------------------
73  % FUNCTIONS LIST 2: ANALYSIS FUNCTIONS  % FUNCTIONS LIST 2: ANALYSIS FUNCTIONS
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