% INITIALIZATION VARIABLES
var_vec = ['t';'s';'o']; % Data, temperature, salinity, oxygen
var_vec = ['t';'s']  % VECTOR OF STRINGS 
var_vec = ['n']
var_vec = ['i';'p']
var_vec = ['o']; % oxygen
res = '1d';       % STRING, either '1d' (1 degree) or '5d'
time_vec = '13';  % VECTOR OF STRINGS season '13' = winter
time_vec = ['14';'15';'16';'13'];
time_vec = ['01';'02';'03';'04';'05';'06';'07';'08';'09';'10';'11';'12'];
time_vec = '01';
%time_vec = ['01';'02';'03';'04';'05';'06';'07';'08';'09';'10';'11';'12';'13';'14';'15';'16'];
input_dir = '/Volumes/DataDrive/WOD/woa05/csv/';
output_dir = '/Volumes/DataDrive/WOD/woa05/mat/';

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% LOOP ON VARIABLE, TIME and DEPTH
for v = 1:length(var_vec);
  variable = var_vec(v);
  for t = 1:size(time_vec,1)
    time = time_vec(t,:);
    for dd = 1:33
      if dd<10
        depth = ['0',num2str(dd)];
      else
        depth = num2str(dd);
      end
   
      filename = strcat(variable,'_',time,'_',depth,'_',res);
      disp([filename]);
      if exist([input_dir,filename,'.csv'])==2
      read_csv_write_mat(input_dir,filename,output_dir);
      end
    end
  end
end