--- MITgcm_contrib/gmaze_pv/Contents.m	2006/07/10 15:09:01	1.4
+++ MITgcm_contrib/gmaze_pv/Contents.m	2007/01/30 22:10:10	1.6
@@ -1,4 +1,4 @@
-% CLIMODE: potential vorticity toolbox
+% ECCO2: potential vorticity toolbox
 %
 % This package tries to provide some useful and simple routines to compute, visualize and 
 % analyze Potential Vorticity from the global high resolution (1/8deg) simulation of the 
@@ -8,14 +8,24 @@
 % Enjoy !
 %
 % gmaze@mit.edu
-% Last update: 07/06/06
+% Last update: Jan30/2007
 %
 % ---------------------------------------------------------------------------------------------
 % PROGRAMS LIST (NOT A FUNCTIONS):
 %
-% main_getPV_eg
-%                             This program is an exemple of how to define global setup and 
+% eg_main_getPV
+%                             This program is an example of how to define global setup and 
 %                             to launch the PV computing.
+% eg_write_bin2cdf_latlongrid_subdomain
+%                             This program is an example of how to extract a subdomain from 
+%                             a lat/lon grid (1/8) binary file and write it into netcdf. A 
+%                             directory is created for each time step.
+% eg_write_bin2cdf_csgrid_subdomain
+%                             This program is an example of how to extract a subdomain from 
+%                             a cube sphere grid (CS510) binary file and write it into netcdf
+%                             and lat/lon grid (1/4). A directory is created for each time step.
+% eg_write_UVbin2cdf_csgrid_subdomain
+%                             Idem, except adapted to U and V fields.
 %
 % ---------------------------------------------------------------------------------------------
 % FUNCTIONS LIST 1: NETCDF FILES DIAGNOSTICS
@@ -52,6 +62,12 @@
 % compute_QEk(SNAPSHOT)
 %                             Computes QEk, the lateral heat flux induced by Ekman currents
 %                             from JFz, the PV flux induced by frictional forces.
+% compute_EKL(SNAPSHOT)
+%                             Compute the Ekman Layer Depth from the wind stress and the density
+%                             fields.
+% compute_MLD(SNAPSHOT)
+%                             Compute the Mixed Layer Depth from the SST, SSS and potential
+%                             density fields.
 %
 % ---------------------------------------------------------------------------------------------
 % FUNCTIONS LIST 2: ANALYSIS FUNCTIONS