%
% A simple Matlab script to read the surface met netcdf file.
%
% Author: Nathan Bindoff
% Date: 28 March 2000
% The script uses Jim Mansbridge's netcdf routines for matlab.
%
% Documetation and description of these routines can be found at 
% http://www.marine.csiro.au/sw/matlab-netcdf.html.
%
% Examine the surface flux data
%
inqnc('CCVG.931007011v200')
%
file='CCVG.931007011v200'
%
cruise_track_code=getcdf(file,'cruise_track_code');
time=getcdf(file,'time');
woce_date=getcdf(file,'woce_date');
woce_time_of_day=getcdf(file,'woce_time_of_day');
latitude=getcdf(file,'latitude');
longitude=getcdf(file,'longitude');
PL_CRS=getcdf(file,'PL_CRS');
PL_SPD=getcdf(file,'PL_SPD');
DIR=getcdf(file,'DIR');
SPD=getcdf(file,'SPD');
P=getcdf(file,'P');
T=getcdf(file,'T');
TS=getcdf(file,'TS');
TD=getcdf(file,'TD');
TW=getcdf(file,'TW');
WX=getcdf(file,'WX');
TCA=getcdf(file,'TCA');
LMCA=getcdf(file,'LMCA');
ZCL=getcdf(file,'ZCL');
LCT=getcdf(file,'LCT');
MCT=getcdf(file,'MCT');
HCT=getcdf(file,'HCT');
flag=getcdf(file,'flag');
%
% The contents of the inqnc('CCVG.931007011v200')
%
%----- Get further information about the following variables -----
% 
%  -1) None of them (no further information)
%   0) All of the variables
%   1) cruise_track_code      2) woce_date              3) woce_time_of_day
%   4) time                   5) latitude               6) longitude
%   7) PL_CRS                 8) PL_SPD                 9) DIR
%  10) SPD                   11) P                     12) T
%  13) TS                    14) TD                    15) TW
%  16) WX                    17) TCA                   18) LMCA
%  19) ZCL                   20) LCT                   21) MCT
%  22) HCT                   23) flag                
%