gael/profilesMatlabProcessing/MITprof_global.m

function []=MITprof_global(varargin);
%object:    take care of path and global variables (mygrid and mitprofenv), 
%           and sends global variables to caller routine workspace
%notes:     - in any call, if this has not yet been done, 
%           this routine also adds MITprof subdirectories 
%           to the matlab path, and it defines mitprofenv.
%           - this routine replaces MITprof_path

%get/define global variables:
gcmfaces_global;

%take care of path:
test0=which('MITprof_load.m');
if isempty(test0);
    test0=which('MITprof_global.m'); ii=strfind(test0,filesep);
    mydir=test0(1:ii(end));
    %
    addpath(fullfile(mydir));
    addpath(fullfile(mydir,'profiles_process_main_v2'));
    addpath(fullfile(mydir,'profiles_IO_v2'));
    addpath(fullfile(mydir,'profiles_IO_external'));
    addpath(fullfile(mydir,'profiles_misc'));
    addpath(fullfile(mydir,'profiles_stats'));
    addpath(fullfile(mydir,'ecco_v4'));
    addpath(fullfile(mydir,'profiles_devel'));
end;

%environment variables:
if ~isfield(myenv,'MITprof_dir');
    test0=which('MITprof_global.m'); ii=strfind(test0,filesep);
    myenv.MITprof_dir=test0(1:ii(end));
    %
    gridDir='';
    tmpDir=fullfile(myenv.gcmfaces_dir,'..','GRID',filesep);
    if isdir(tmpDir); gridDir=tmpDir; end;
    tmpDir=fullfile(myenv.gcmfaces_dir,'..','nctiles_grid',filesep);
    if isdir(tmpDir); gridDir=tmpDir; end;
    if isdir('GRID/'); gridDir='GRID/'; end;
    if isdir('nctiles_grid/'); gridDir='nctiles_grid/'; end;

    if isempty(gridDir); error('could not find grid'); end;
    addpath(gridDir);
    fil=which('GRID.0001.nc');
    if isempty(fil); fil=which('XC.meta'); end;
    if isempty(fil); error('could not find grid'); end;
    myenv.MITprof_griddir=[fileparts(fil) filesep];
    %
    climDir='';    
    tmpDir=fullfile(myenv.gcmfaces_dir,'sample_input','OCCAetcONv4GRID',filesep);
    if isdir(tmpDir); climDir=tmpDir; end;
    tmpDir=fullfile(myenv.MITprof_dir,'..','gcmfaces_climatologies',filesep);
    if isdir(tmpDir); climDir=tmpDir; end;
    tmpDir=fullfile('sample_input','OCCAetcONv4GRID',filesep);
    if isdir(tmpDir); climDir=tmpDir; end;
    tmpDir=fullfile('gcmfaces_climatologies',filesep);
    if isdir(tmpDir); climDir=tmpDir; end;

    addpath(climDir);
    fil=which('sigma_T_mad_feb2013.bin');
    if isempty(fil);
     fprintf('\n please indicate the climatologies directory (e.g., ''gcmfaces_climatologies/'') \n\n');
     fprintf('   It can be obtained as follows: \n');
     fprintf('   wget --recursive ftp://mit.ecco-group.org/gforget/OCCAetcONv4GRID .\n\n');
     fprintf('   mv mit.ecco-group.org/gforget/OCCAetcONv4GRID gcmfaces_climatologies \n\n');
     climDir=input('');
    end;
 
    addpath(climDir);
    fil=which('sigma_T_mad_feb2013.bin');
    if isempty(fil); error('could not find sigma_T_mad_feb2013.bin'); end;
    myenv.MITprof_climdir=[fileparts(fil) filesep];

end;

%send to workspace:
evalin('caller','global mygrid mitprofenv');

1	function []=MITprof_global(varargin);
2	%object: take care of path and global variables (mygrid and mitprofenv),
3	% and sends global variables to caller routine workspace
4	%notes: - in any call, if this has not yet been done,
5	% this routine also adds MITprof subdirectories
6	% to the matlab path, and it defines mitprofenv.
7	% - this routine replaces MITprof_path
8
9	%get/define global variables:
10	gcmfaces_global;
11
12	%take care of path:
13	test0=which('MITprof_load.m');
14	if isempty(test0);
15	test0=which('MITprof_global.m'); ii=strfind(test0,filesep);
16	mydir=test0(1:ii(end));
17	%
18	addpath(fullfile(mydir));
19	addpath(fullfile(mydir,'profiles_process_main_v2'));
20	addpath(fullfile(mydir,'profiles_IO_v2'));
21	addpath(fullfile(mydir,'profiles_IO_external'));
22	addpath(fullfile(mydir,'profiles_misc'));
23	addpath(fullfile(mydir,'profiles_stats'));
24	addpath(fullfile(mydir,'ecco_v4'));
25	addpath(fullfile(mydir,'profiles_devel'));
26	end;
27
28	%environment variables:
29	if ~isfield(myenv,'MITprof_dir');
30	test0=which('MITprof_global.m'); ii=strfind(test0,filesep);
31	myenv.MITprof_dir=test0(1:ii(end));
32	%
33	gridDir='';
34	tmpDir=fullfile(myenv.gcmfaces_dir,'..','GRID',filesep);
35	if isdir(tmpDir); gridDir=tmpDir; end;
36	tmpDir=fullfile(myenv.gcmfaces_dir,'..','nctiles_grid',filesep);
37	if isdir(tmpDir); gridDir=tmpDir; end;
38	if isdir('GRID/'); gridDir='GRID/'; end;
39	if isdir('nctiles_grid/'); gridDir='nctiles_grid/'; end;
40
41	if isempty(gridDir); error('could not find grid'); end;
42	addpath(gridDir);
43	fil=which('GRID.0001.nc');
44	if isempty(fil); fil=which('XC.meta'); end;
45	if isempty(fil); error('could not find grid'); end;
46	myenv.MITprof_griddir=[fileparts(fil) filesep];
47	%
48	climDir='';
49	tmpDir=fullfile(myenv.gcmfaces_dir,'sample_input','OCCAetcONv4GRID',filesep);
50	if isdir(tmpDir); climDir=tmpDir; end;
51	tmpDir=fullfile(myenv.MITprof_dir,'..','gcmfaces_climatologies',filesep);
52	if isdir(tmpDir); climDir=tmpDir; end;
53	tmpDir=fullfile('sample_input','OCCAetcONv4GRID',filesep);
54	if isdir(tmpDir); climDir=tmpDir; end;
55	tmpDir=fullfile('gcmfaces_climatologies',filesep);
56	if isdir(tmpDir); climDir=tmpDir; end;
57
58	addpath(climDir);
59	fil=which('sigma_T_mad_feb2013.bin');
60	if isempty(fil);
61	fprintf('\n please indicate the climatologies directory (e.g., ''gcmfaces_climatologies/'') \n\n');
62	fprintf(' It can be obtained as follows: \n');
63	fprintf(' wget --recursive ftp://mit.ecco-group.org/gforget/OCCAetcONv4GRID .\n\n');
64	fprintf(' mv mit.ecco-group.org/gforget/OCCAetcONv4GRID gcmfaces_climatologies \n\n');
65	climDir=input('');
66	end;
67
68	addpath(climDir);
69	fil=which('sigma_T_mad_feb2013.bin');
70	if isempty(fil); error('could not find sigma_T_mad_feb2013.bin'); end;
71	myenv.MITprof_climdir=[fileparts(fil) filesep];
72
73	end;
74
75	%send to workspace:
76	evalin('caller','global mygrid mitprofenv');
77