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value | repo_name stringlengths 13 113 | name stringlengths 3 74 | ext stringclasses 1
value | path stringlengths 12 229 | size int64 23 843k | source_encoding stringclasses 9
values | md5 stringlengths 32 32 | text stringlengths 23 843k |
|---|---|---|---|---|---|---|---|---|
github | gmaze/gmaze_legacy-master | url_code.m | .m | gmaze_legacy-master/matlab/codes/inout/url_code.m | 2,140 | utf_8 | 454e342bb5e43d3523358f826c197a89 | % url_code Percent encode/decode of a string
%
% URL = url_code(URL,[DIR])
%
% This function will translate a string URL into
% or from percent-encoding
%
% see: http://en.wikipedia.org/wiki/Percent-encoding
%
% Created: 2009-06-16.
% Copyright (c) 2009 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This progr... |
github | gmaze/gmaze_legacy-master | gmat.m | .m | gmaze_legacy-master/matlab/codes/inout/gmat.m | 4,788 | utf_8 | 780f670985de0b489c512d1c1e9ed323 | % gmat Grep a string into comments of Matlab routines within a given folder or file
%
% [] = gmat(STRING,[[FOLDER],[OPT]])
%
% This function sparses all *.m files into the optional directory FOLDER
% (default is ".") and look for occurances of STRING (case insensitive)
% into the file comments.
%
% OPT is also an opti... |
github | gmaze/gmaze_legacy-master | packver.m | .m | gmaze_legacy-master/matlab/codes/inout/packver.m | 4,558 | utf_8 | ebc1bb521c389f7ce332b21d352fe368 | % packver Manage Package Version file
%
% pack_info = packver(PACK_DIR,ACTION,{'PROP','VAL'},{'PROP','VAL'},...)
%
% Manage a Package Version file version.ver
%
% Inputs:
% PACK_DIR: path to package
% ACTION:
% 'r': read package version information
% 'w': create version.ver version file
% 'u': update any property ... |
github | gmaze/gmaze_legacy-master | file_list.m | .m | gmaze_legacy-master/matlab/codes/inout/file_list.m | 7,322 | utf_8 | 4b9638dd127013831e8fc9e507d1065d | % file_list Create a file list from a folder
%
% FLIST = file_list(FOLDER_PARENT,[OPTION1,VALUE1,...]);
%
% Inputs:
% FOLDER_PARENT (string): path to the folder to scan
%
% Options:
% WFILE (double): 1 to backup all files, 0 to backup files with known extensions (defined in get_list_ext_ok);
% NREC (double): depth of ... |
github | gmaze/gmaze_legacy-master | mailsend.m | .m | gmaze_legacy-master/matlab/codes/inout/mailsend.m | 2,412 | utf_8 | b99a94ad3e24a06b69aed6ab4fb3d19b | % MAILSEND Send an email via the system command 'mail'
%
% [] = mailsend(email,subject,'body string') % Use a string
% [] = mailsend(email,subject,'body line1 \nline 2') % Use \n in string to add new lines
% [] = mailsend(email,subject,{'body line1','line 2'}) % Use cell array of strings
% [] = mailsend(ema... |
github | gmaze/gmaze_legacy-master | get_plotlistfields.m | .m | gmaze_legacy-master/matlab/codes/inout/get_plotlistfields.m | 2,877 | utf_8 | bd42669280dd94c8fc9e26adcc747b0e | % get_plotlistfields Returns the list of fields required by a diag
%
% [LIST] = get_plotlistfields(MASTER,SUBDIR)
%
% This function returns the list of fields required by
% the modules of MASTER file in SUBDIR
%
%
% Rev. by Guillaume Maze on 2013-07-03: Get rid of variables sla, using fullfile
% Created: 2006-05-06.
%... |
github | gmaze/gmaze_legacy-master | diag_screen.m | .m | gmaze_legacy-master/matlab/codes/inout/diag_screen.m | 2,541 | utf_8 | a1be17a68397e7b086442f4f42722445 | % DIAG_SCREEN Same as DISP but allow to print in a log file
%
% [] = DIAG_SCREEN(MESSAGE,PID,[FIDLOGFILE],[FORMAT])
%
% Print to the screen and/or in a log file
% PID = 1 : Print to screen
% PID = 2 : Print to file LOGFILE (fid pointer)
%
% May also use: PID = [1 2]
% To make to implementation easier in big routines, a... |
github | gmaze/gmaze_legacy-master | getcomputername.m | .m | gmaze_legacy-master/matlab/codes/inout/getcomputername.m | 735 | utf_8 | b88359706b55407965dc544c90b48e50 | % GETCOMPUTERNAME returns the name of the computer (hostname)
%
% name = getComputerName()
%
% WARN: output string is converted to lower case
%
% See also SYSTEM, GETENV, ISPC, ISUNIX
%
function name = getcomputername()
[ret, name] = system('hostname');
name = strrep(name,'.cshrc: No such file or directory.','');... |
github | gmaze/gmaze_legacy-master | nlines.m | .m | gmaze_legacy-master/matlab/codes/inout/nlines.m | 2,185 | utf_8 | 2d9d7faf4d10ca4da1f76ebade41b8b2 | % nlines Number of lines in a text file
%
% N = nlines(file)
%
% Determine the number of lines in a text file.
% Input: file (string)
% Output: N (double), number of lines or return NaN if failed
%
% Created: 2009-11-18.
% Copyright (c) 2009, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
... |
github | gmaze/gmaze_legacy-master | mtags.m | .m | gmaze_legacy-master/matlab/codes/inout/mtags.m | 5,085 | utf_8 | 191d64dd15265fba2e6a402e27b4cc3c | % mtags Read/write tags to Matlab function header section
%
% tags_list = mtags(FILE)
% Read the list of tags documented in a Matlab script FILE
%
% tags_list = mtags(FILE,'add',TAGS)
% Add TAGS to the list of tags documented in Matlab script FILE
%
% tags_list = mtags(FILE,'remove',TAGS)
% Remove TAGS from the lis... |
github | gmaze/gmaze_legacy-master | ltx_tbll.m | .m | gmaze_legacy-master/matlab/codes/inout/ltx_tbll.m | 3,090 | utf_8 | e388c07c4b8c9e3abe9b429520a17ab0 | % ltx_tbll Print a LaTeX table line
%
% str = ltx_tbll(FORMAT,CONTENT)
%
% Eg:
% ltx_tbll('%0.1f \pm %0.1f',[2 3; 34 12])
%
% Created: 2010-11-10.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source a... |
github | gmaze/gmaze_legacy-master | tweet.m | .m | gmaze_legacy-master/matlab/codes/inout/tweet.m | 3,397 | utf_8 | 9543371611d622f9a25ce2ca12585f55 | % tweet Send tweets !
%
% [] = tweet(MESSAGE,[PROP,VAL]);
%
% Send tweets using the system command 'ttytter'.
%
% Inputs:
% MESSAGE: A string with the tweet.
% PROP:
% - 'to': Send a direct message to VAL
% - 'id': Define the account to use to send the tweet.
% In this case, VAL is such that the keyfile tty... |
github | gmaze/gmaze_legacy-master | updatecolorbar.m | .m | gmaze_legacy-master/matlab/codes/colors/updatecolorbar.m | 2,441 | utf_8 | 915e34fa01655a6a43aadb0f3cfe2d03 | % updatecolorbar Update colorbars
%
% [] = updatecolorbar()
%
% Update colorbars:
% When the colormap of a figure is changed, colorbars
% are not updated. This function fix this !
%
% Note: the function is automatically called by 'colormap'
%
% Example:
% figure;
% colormap(jet(128));colorbar
% colormap(jet(12));
% d... |
github | gmaze/gmaze_legacy-master | mycolormap.m | .m | gmaze_legacy-master/matlab/codes/colors/mycolormap.m | 1,035 | utf_8 | 88c53777f8d42724774885177491c26e | % MYCOLORMAP Change colormap resolution
%
% CMAP = MYCOLORMAP(MAP,NCL)
% Change colormap MAP resolution to NCL points
%
%
% Copyright (c) 2004 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under the terms of the GNU General ... |
github | gmaze/gmaze_legacy-master | cseason.m | .m | gmaze_legacy-master/matlab/codes/colors/cseason.m | 2,209 | utf_8 | c42a1f1b67421931d8795357dff75d41 | % cseason Colormap for seasons
%
% [] = cseason()
%
% Colormap for seasons
%
% Created: 2010-02-08.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification,... |
github | gmaze/gmaze_legacy-master | cmaptwo.m | .m | gmaze_legacy-master/matlab/codes/colors/cmaptwo.m | 1,940 | utf_8 | 6dd73e02a5219b830230591f15806e48 | %cmaptwo Join two colormaps
%
% [] = cmaptwo()
%
% HELPTEXT
%
% Created: 2013-01-17.
% Copyright (c) 2013, Guillaume Maze (Ifremer, Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification, are p... |
github | gmaze/gmaze_legacy-master | vivid_contrast.m | .m | gmaze_legacy-master/matlab/codes/colors/vivid_contrast.m | 978 | utf_8 | 5cd01947ff2b38c0b8aa84cc3c87a058 | % vivid_contrast H1LINE
%
% [] = vivid_contrast()
%
% HELPTEXT
%
%
% Created: 2009-08-06.
% Copyright (c) 2009 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under the
% terms of the GNU General Public License as published by the Free Sof... |
github | gmaze/gmaze_legacy-master | colormap_plt.m | .m | gmaze_legacy-master/matlab/codes/colors/colormap_plt.m | 3,235 | utf_8 | 17d5cbba5d0fa2088230bdcc2e16682a | % colormap_plt Load a colormap from the Matplotlib palette
%
% [CMAP] = colormap_plt([NAME])
%
% Load a colormap from the Matplotlib palette.
% If no NAME is specified, we loop through all colormaps on the current figure.
%
% Created: 2012-02-16.
% Copyright (c) 2012, Guillaume Maze (Laboratoire de Physique des Oceans... |
github | gmaze/gmaze_legacy-master | bluewhitered.m | .m | gmaze_legacy-master/matlab/codes/colors/bluewhitered.m | 3,963 | utf_8 | 27f9034a270248c7bf501a60f87f4256 | % BLUEWHITERED Blue, white, and red color map.
%
% CMAP = BLUEWHITERED(M)
% returns an M-by-3 matrix containing a blue to white
% to red colormap, with white corresponding to the CAXIS value closest
% to zero. This colormap is most useful for images and surface plots
% with positive and negative values. ... |
github | gmaze/gmaze_legacy-master | logcolormap.m | .m | gmaze_legacy-master/matlab/codes/colors/logcolormap.m | 2,736 | utf_8 | fb6dc1282fefb80e867a17ea6bb1f07a | % LOGCOLORMAP Stretch a colormap extremum toward black and white
%
% cmap = logcolormap(Ncol,c1,c2,cmapO,[TOPcol,BOTcol])
% Ncol is the number of points in the colormap
% [c1 c2] are the stretching parameters
% cmap0 is the initial colormap to stretch (N,3)
%
% EG:
% cmap = logcolormap(256,1,2,jet);
% % or:
% c = [... |
github | gmaze/gmaze_legacy-master | clabelcmap.m | .m | gmaze_legacy-master/matlab/codes/colors/clabelcmap.m | 3,562 | utf_8 | 00b0056f4fbf42fdf62a7f383219f521 | % clabelcmap Create labels for colorbar
%
% [yt ytl] = clabelcmap(hcb,cx,N,[C,F])
%
% Create clean labels for a colorbar
% Inputs:
% hcb: handle of the colorbar
% cx: 2 values of the caxis
% N: Number of colors in the colormap
% C = 0(default) or 1: specified if labels have to be centered on
% each colors or placed o... |
github | gmaze/gmaze_legacy-master | canom.m | .m | gmaze_legacy-master/matlab/codes/colors/canom.m | 2,275 | utf_8 | d21302147afb400c42127e6ec7af31e2 | % CANOM Center the color axis around zero
%
% [CX] = CANOM()
%
% Center the coloraxis on zero
% and change the colormap to:
% AdvancedColormap('kbswopk') if AdvancedColormap is available
% otherwise to:
% mapanom2
%
%
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
% Revised: 2016-05-25 (G. Maz... |
github | gmaze/gmaze_legacy-master | unif.m | .m | gmaze_legacy-master/matlab/codes/colors/unif.m | 1,882 | utf_8 | bd1c9642b7ce06f9e7d4a3a7c18162cb | % UNIF Uniformize colorscale on different figures
%
% UNIF(FLIST,[CX])
%
% Change caxis in all figures (given by their handles in FLIST)
% so that they are of the same limits
%
% Copyright (c) 2004 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modi... |
github | gmaze/gmaze_legacy-master | thinnercolorbar.m | .m | gmaze_legacy-master/matlab/codes/colors/thinnercolorbar.m | 4,679 | utf_8 | aed5d66ab18dbb8cb45d35136a5e9042 | % thinnercolorbar Change colorbars thickness in groups
%
% [] = thinnercolorbar(CL,OPTIONS)
%
% Change colorbars thickness in groups
%
% Inputs:
% CL: a list of colorbars handles
% OPTIONS: a pair from:
% 'verticalAlignment' (string) : 'b' (bottom) or 'm' (middle, default) or 't' (top)
% 'horizontalAlignment' (st... |
github | gmaze/gmaze_legacy-master | test_vivid.m | .m | gmaze_legacy-master/matlab/codes/colors/test_vivid.m | 4,748 | utf_8 | b4def9f1cc18e0852a2676842f3c2f2f | function varargout = test_vivid(varargin)
% TEST_VIVID M-file for test_vivid.fig
% TEST_VIVID, by itself, creates a new TEST_VIVID or raises the existing
% singleton*.
%
% H = TEST_VIVID returns the handle to a new TEST_VIVID or the handle to
% the existing singleton*.
%
% TEST_VIVID('CALLBACK'... |
github | gmaze/gmaze_legacy-master | newclim.m | .m | gmaze_legacy-master/matlab/codes/colors/newclim.m | 2,140 | utf_8 | 2aac5d7d69ee61e08f273e8a54e65e1b | % NEWCLIM Used to get more than 1 colormap in subplot windows
%
% CLim = newclim(BeginSlot,EndSlot,CDmin,CDmax,CmLength)
% Convert slot number and range
% to percent of colormap
% Used to get more than 1 colormap in subplot windows.
%
% For example:
%
% z = peaks(25);
% map1=jet... |
github | gmaze/gmaze_legacy-master | mycolormaps_create.m | .m | gmaze_legacy-master/matlab/codes/colors/mycolormaps_create.m | 1,769 | utf_8 | 93b01dfd531bea0b39dc02488b751e85 | % mycolormaps_create H1LINE
%
% [] = mycolormaps_create(which_cmap)
%
% HELPTEXT
%
%
% Created: 2009-06-18.
% Copyright (c) 2009 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published ... |
github | gmaze/gmaze_legacy-master | cmapa.m | .m | gmaze_legacy-master/matlab/codes/colors/cmapa.m | 2,955 | utf_8 | ed3bacc95f552fd826e9c00a5cd7c9cc | % cmapa change colormap for anomalies
%
% [] = cmapa([TYP],[Nc])
%
% TYP=1 Color (default)
% TYP=2 B&W
%
% Created: 2010-01-11.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, wit... |
github | gmaze/gmaze_legacy-master | thincolorbar.m | .m | gmaze_legacy-master/matlab/codes/colors/thincolorbar.m | 15,908 | utf_8 | ea46237527ab2484d6f88339fc1475cd | % THINCOLORBAR Display thinner colorbar
%
% This is a modification of Matlab's colorbar function that
% generates thinner colorbars.
%
% THINCOLORBAR('vert') appends a vertical color scale to the current
% axes. THINCOLORBAR('horiz') appends a horizontal color scale.
%
% THINCOLORBAR(H) places the thincolorbar in... |
github | gmaze/gmaze_legacy-master | scalprod.m | .m | gmaze_legacy-master/matlab/codes/geophysic/scalprod.m | 5,904 | utf_8 | eca3096fc4d5d6c64ae33da29be49756 | % scalprod Cross or dot product of two 3D scalar fields
%
% [a1,a2,a3] = scalprod(DZ,DY,DX,A,B,WPROD)
%
% Compute either the cross or dot products of the two
% scalar fields A and B.
% A and B are of dimensions: (NZ,NY,NX)
% DX,DY,DZ are distances between A,B grid points
% DX: DX(NZ,NY,NX-1)
% DY: DY(NZ,NY-1,NX)
% ... |
github | gmaze/gmaze_legacy-master | simplify_unit.m | .m | gmaze_legacy-master/matlab/codes/geophysic/simplify_unit.m | 11,680 | utf_8 | e307109e75528c4abe4c81abf5fd358d | % simplify_unit Simplify unit expression
%
% U = simplify_unit(U,[VERB])
%
% Simplify unit expression U.
% U is a string with products and ratios of units
% such like: 'm^2/s'
% Option VERB set to 1/true will print some infomations on
% screen.
%
% Remarks:
% Powers can be handled if between (.)
% Blank spaces are ... |
github | gmaze/gmaze_legacy-master | get_thdv2.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_thdv2.m | 6,609 | utf_8 | d5659a3d9d892230bed210252e1b4cda | % get_thdv2 H1LINE
%
% [] = get_thdv2()
%
% HELPTEXT
%
% Created: 2011-06-07.
% Copyright (c) 2011, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification, are permitted provide... |
github | gmaze/gmaze_legacy-master | get_mmld_along_track.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_mmld_along_track.m | 2,870 | utf_8 | 6e700a1421d03c000de5256015634de9 | % get_mmld_along_track Get Boyer-Montegut MLD climatology along a track
%
% H = get_mmld_along_track(x,y,[M])
%
% Compute the MLD from the de Boyer Montegut Argo monthly climatology along a set of stations.
%
% Inputs:
% x,y: longitude,latitude coordinates of the stations
% M: from 1 to 12 for a single month or 112 fo... |
github | gmaze/gmaze_legacy-master | get_pyc.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_pyc.m | 3,671 | utf_8 | b2da3aa10086597efdf1f27af644ba37 | % get_pyc Compute pycnocline characteristics
%
% pyc = get_pyc([ARG,VAL],...)
%
% HELPTEXT
%
% Created: 2013-05-10.
% Copyright (c) 2013, Guillaume Maze (Ifremer, Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with o... |
github | gmaze/gmaze_legacy-master | shiftxORCA025.m | .m | gmaze_legacy-master/matlab/codes/geophysic/shiftxORCA025.m | 5,711 | windows_1250 | d7ba928da53630fe71be57f79dbe8949 | function FIELD = shiftxORCA025(FIELD)
% shiftxORCA025 Shift an ORCA025 2/3D field for 0-360 longitude convention
%
% FIELD = shiftxORCA025(FIELD)
% Shift an ORCA025 2/3D field for 0-360 longitude convention
%
% REQUIRED INPUTS:
% FIELD: a (1442x1021xZ) array from the original grid
% OUTPUTS:
% FIELD (1442x1021xZ) shi... |
github | gmaze/gmaze_legacy-master | get_WOA05_grid.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_WOA05_grid.m | 1,609 | utf_8 | ef0b384a9fd15b8899ebedc8880da774 | % WOA05_grid Read World Ocean Atlas 2005 grid
%
% [t,z,y,x] = WOA05_grid(tp)
%
% tp = '0112' for monthly atlas
% tp = '00' for climatology
%
%
% Created: 2009-06-17.
% Copyright (c) 2009 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under... |
github | gmaze/gmaze_legacy-master | get_woa05_along_track.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_woa05_along_track.m | 5,217 | utf_8 | 13026a1936f25fcc5c7b51bae7459703 | % get_woa_along_track Interpolate World Ocean Atlas data along a ship track
%
% [val z] = get_woa_along_track(x,y,'VAR',[IM])
%
% Interpolate World Ocean Atlas data along a ship track given by (x,y)
% VAR:
% 'temp','t','temperature','theta'
% 'psal','salt','s','salinity'
% 'oxyl'
% 'aou'
% 'oxsl'
%
% IM could be a num... |
github | gmaze/gmaze_legacy-master | drawmpoly.m | .m | gmaze_legacy-master/matlab/codes/geophysic/drawmpoly.m | 3,797 | utf_8 | 24993885a0ef76d9623aa9c72ecca045 | % drawpoly Draw a polygon on a map (using m_map)
%
% [LON LAT HL] = drawmpoly;
%
% Draw a polygon on a map by mouse clicks and return coordinates
% of the closed polygon.
%
% Outputs:
% LON: Longitude of the polygon points
% LAT: Latitude of the polygon points
% HL: Handle of the polygon plotted on the map
%
% Use
% ... |
github | gmaze/gmaze_legacy-master | dwn_nao.m | .m | gmaze_legacy-master/matlab/codes/geophysic/dwn_nao.m | 3,188 | utf_8 | a465f46ba91a64f83c86f0eca43b584e | % dwn_nao Download the monthly NAO index
%
% [NAO_index, NAO_time] = dwn_nao([DT])
%
% Download the monthly NAO index at:
% http://www.cpc.noaa.gov/products/precip/CWlink/pna/norm.nao.monthly.b5001.current.ascii
%
% Inputs:
% DT is the time step of the time serie:
% 'm': Monthly mean (default)
% 'y': Annual mean
% ... |
github | gmaze/gmaze_legacy-master | compute_air_sea_o2_flux.m | .m | gmaze_legacy-master/matlab/codes/geophysic/compute_air_sea_o2_flux.m | 4,750 | utf_8 | 07c1b9ca8845457b820d56e0ebd50b85 | % compute_air_sea_o2_flux Compute air-sea oxygen flux
%
% F = compute_air_sea_o2_flux(METHOD,PARAMETERS)
%
% Compute air-sea oxygen flux in mol/m2/s
% F is positive upward, ie for outgasing (reduction of oceanic O2)
%
% Inputs:
% METHOD can 1 or 2:
% METHOD = 1 : Compute the thermal component of the flux
% as: F = -d... |
github | gmaze/gmaze_legacy-master | constraint_jstar.m | .m | gmaze_legacy-master/matlab/codes/geophysic/constraint_jstar.m | 6,836 | utf_8 | 45da55460bf6c59b4efe9b833802ac45 | % constraint_jstar H1LINE
%
% [Jstarinv Jstar zstar z0 zt zb zthd] = constraint_jstar(DPT,T,S,O2)
%
% Eg:
%
%
% Created: 2009-12-30.
% Copyright (c) 2009, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary form... |
github | gmaze/gmaze_legacy-master | dinterp3bin_grid.m | .m | gmaze_legacy-master/matlab/codes/geophysic/dinterp3bin_grid.m | 1,706 | utf_8 | 50b6be44169bd99955dd70694cd0f907 | % DINTERP3BIN_GRID Compute the new grid for DINTERP3BIN interpolated fields
%
% [xHR,yHR,zHR] = DINTERP3BIN_GRID(x,y,z,subdomain,Rfact)
%
% subdomain = [ix1 ix2 iy1 iy2 iz1 iz2] is the domain for which the new grid
% is computed.
% x positive eastward
% y positive northward
% z<0, from top to bottom
%
% Created by Gu... |
github | gmaze/gmaze_legacy-master | udunits.m | .m | gmaze_legacy-master/matlab/codes/geophysic/udunits.m | 3,889 | utf_8 | d1b8a9ef7f171db07f75f13e6f099e48 | % udunits Unidata units library
%
% [INFO] = udunits(UNIT)
%
% Standard units definitions for Unidata softwares (netcdf...)
%
% Input:
% UNIT is a string to look for in the database units name.
% It is case sensitive.
%
% Output:
% INFO is a cell of structure with fields:
% name: Unit name
% plural: indicates whet... |
github | gmaze/gmaze_legacy-master | select_1transect.m | .m | gmaze_legacy-master/matlab/codes/geophysic/select_1transect.m | 3,844 | utf_8 | dd68a91dbfb8c026812e1fbb95f41937 | % select_1transect Extract only one transect from a campaign
%
% [] = select_1transect(x,y,x0,y0,[dd])
%
% From a serie of profiles, we select only those
% forming a specific section within a multiple
% transects campaign.
%
%
% Created: 2009-06-15.
% Copyright (c) 2009 Guillaume Maze.
% http://codes.guillaumemaze.or... |
github | gmaze/gmaze_legacy-master | get_woa13_along_track.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_woa13_along_track.m | 6,265 | windows_1250 | 559043a0a010fe6eeb2c8d7ff97c179c | function varargout = get_woa13_along_track(varargin)
% get_woa13_along_track H1LINE
%
% [val z] = get_woa13_along_track(x,y,'VAR')
%
% Inteprolate WOA13 with Bi-linear interpolation at each depth level
% TIME SPAN:
% 5564: 1955 - 1964 (First decade with sufficient data for climatological mean fields)
% 6574: 1965 -... |
github | gmaze/gmaze_legacy-master | piston_velocity.m | .m | gmaze_legacy-master/matlab/codes/geophysic/piston_velocity.m | 3,001 | utf_8 | d8bc27c1f8a349eb880c7f1c9d2eb64b | % piston_velocity Compute a gaz air-sea interface transfer velocity (piston velocity)
%
% K = piston_velocity(GAZ,PARAMETERS)
%
% Compute a gaz transfer velocitiy (piston velocity) for gaz GAZ.
% PARAMETERS depend on GAZ (see inputs here-after)
%
% Inputs:
% GAZ (string): the gaz to compute piston velocity for. In ca... |
github | gmaze/gmaze_legacy-master | load_maskOCCA.m | .m | gmaze_legacy-master/matlab/codes/geophysic/load_maskOCCA.m | 2,320 | utf_8 | 430d25863a1717bb357b84afbf4b9c8d | % LOAD_MASKOCCA Load any mask from OCCA
%
% [mask_C mask_U mask_V mask_W] = load_maskOCCA(path_to_the_hrid_files)
%
%
% Created by Guillaume Maze on 2008-10-14.
% Copyright (c) 2008 Guillaume Maze.
% http://www.guillaumemaze.org/codes
%
% This program is free software: you can redistribute it and/or modify
% it... |
github | gmaze/gmaze_legacy-master | typicalyear.m | .m | gmaze_legacy-master/matlab/codes/geophysic/typicalyear.m | 1,890 | utf_8 | 1211efc5eb6f20a4f6786ecde5f64976 | % typicalyear Compute a typical year from a daily volume time serie
%
% [] = typicalyear(V,pivot,t0)
%
% pivot = '1231'
% t0 = datenum('First date of the timeserie')
%
% Created: 2008-11-06.
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute ... |
github | gmaze/gmaze_legacy-master | m_drawbox.m | .m | gmaze_legacy-master/matlab/codes/geophysic/m_drawbox.m | 1,341 | utf_8 | 103b1377967daeadebba44db5d7f8ac6 | % M_DRAWBOX Draw a rectangular box using m_line
%
% h = m_drawbox(NW,SE,[OPTIONS])
%
% Draw a box on a map with upper-left corner coordinates
% given by NW(lon,lat) and lower-right corner coord. by SE(lon,lat)
% OPTION is any thing from the LINE function options
% H is handle of the plotted box
%
%
% Created by Guillau... |
github | gmaze/gmaze_legacy-master | distsphere.m | .m | gmaze_legacy-master/matlab/codes/geophysic/distsphere.m | 1,525 | utf_8 | 1493ddf57f02868968d6745b68e34075 | % distsphere Compute the angle between two points on the sphere
%
% ALPHA = DISTSPHERE(LON1,LAT1,LON2,LAT2,[FLAG])
%
% Compute the angle ALPHA on the sphere between two points given
% by (LON1,LAT1) and (LON2,LAT2).
% If FLAG = 0, angles are in radian (default)
% If FLAG = 1, angles are in degree,
%
% Create... |
github | gmaze/gmaze_legacy-master | guiOCCA.m | .m | gmaze_legacy-master/matlab/codes/geophysic/guiOCCA.m | 37,221 | utf_8 | f13573c98d0ebe2659c8be1591cbb576 | % guiOCCA GUI to OCCA dataset
%
% [] = guiOCCA()
%
% Graphical User Interface to hlpe create scripts for
% Integral Layer Volume Budget (ILVB) diagnostics.
%
%
% Created: 2008-12-12.
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/o... |
github | gmaze/gmaze_legacy-master | lldist.m | .m | gmaze_legacy-master/matlab/codes/geophysic/lldist.m | 6,764 | utf_8 | ede26c5d9f6eac6ee5a934a0494a3e59 | % lldist Compute distance in m between two points on Earth
%
% D = lldist(LAT,LON,[METHOD])
%
% Compute distance in m between two points on Earth.
%
% Inputs:
% LAT (double): Latitude (degree)
% LON (double): Longitude (degree)
% METHOD (optional, integer): Define the method to use:
% 1: (default) Haversine formula
%... |
github | gmaze/gmaze_legacy-master | convert_oxygen.m | .m | gmaze_legacy-master/matlab/codes/geophysic/convert_oxygen.m | 3,974 | utf_8 | 205e9d81819e310bd94493bf63eea1a6 | % convert_oxygen O2 unit conversion
%
% [valout] = convert_oxygen(valin,uin,uout,[aST0])
%
% !!! Now call convert_unit routine to convert oxygen !!!
%
% Cette fonction convertit les données d'oxygène d'une unité à l'autre.
% Voir: convert_unit
%
% valout = valeur d'oxygene converties dans l'unité uout
% valin = ... |
github | gmaze/gmaze_legacy-master | oc_vmodes.m | .m | gmaze_legacy-master/matlab/codes/geophysic/oc_vmodes.m | 2,993 | utf_8 | 5f2a6c58b85dc9f188652fd34237b128 | % oc_vmodes Compute vertical mode solutions
%
% [] = oc_vmodes(Z,ST)
%
% Computing oceanic vertical mode profiles
%
% Created: 2011-01-13.
% Copyright (c) 2011, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary... |
github | gmaze/gmaze_legacy-master | getdH.m | .m | gmaze_legacy-master/matlab/codes/geophysic/getdH.m | 3,614 | utf_8 | 436a8f5da76abb65ff1c797976180b3d | % getdH Compute Layer thickness from a vertical axis
%
% [dH Zw dZw] = getdH(Z) Return the layer thickness of each level
% assuming that centers are at middle between interfaces.
%
% Also return the interface depth (Zw) and interface distance (dZw)
%
% Created: 2013-07-22.
% Copyright (c) 2013, Guillaume Maze (Ifreme... |
github | gmaze/gmaze_legacy-master | convX.m | .m | gmaze_legacy-master/matlab/codes/geophysic/convX.m | 2,774 | utf_8 | a2c3c614874253accb0e5593efed61c0 | % convX Convert longitude convention
%
% lon = convX(lon,[idconv])
%
% Convert longitude from one convention to another:
% Inputs:
% lon: The longitudes to convert (any dimensions)
% idconv: One of the following:
% 1 (default): Convert to longitude East, ie: 0 < lon < 360
% 0: Convert to longitude East/West, ie:... |
github | gmaze/gmaze_legacy-master | dlowerres.m | .m | gmaze_legacy-master/matlab/codes/geophysic/dlowerres.m | 3,151 | utf_8 | e601af4edc6f80a32997adffada3fdb8 | % DLOWERRES Reduce the resolution of a field
%
% Clr = DLOWERRES(DS_Fact,Chr,[Mopt])
%
% Lower the resolution of a field by summing grid cells
% DS_fact is the downscaling factor
% Chr(z,y,x) or Chr(y,x)
% Mopt = 0 (default) to average cell values
% Mopt = 1 to sum cell values
% DS_fact is the downscaling factor
%
% Cr... |
github | gmaze/gmaze_legacy-master | get_pyc_idvgrads_v2b.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_pyc_idvgrads_v2b.m | 34,540 | utf_8 | 15d152b6cc89e131ead996c97827aa7c | % idvgrads_v2 Identify profile properties based on N2
%
% [] = idvgrads_v2([PARAMETER,VALUES])
%
% Identify profile properties based on N2
%
% Inputs:
%
% Outputs:
%
%
% Created: 2013-03-12
% http://code.google.com/p/copoda
% Copyright 2013, COPODA
% Permission is hereby granted, free of charge, to any person obtaini... |
github | gmaze/gmaze_legacy-master | get_thd.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_thd.m | 15,148 | utf_8 | f421283881c4c178284ec36bed09eb05 | % get_thd Determine the seasonal and main thermocline depths
%
% [THD THD_sc QC R D] = get_thd(ST,DPT,[PLOT],[DZMETHOD],[SMOOTHING])
%
% Determine the seasonal and main thermocline depths from the vertical
% density gradient.
%
% We assume the seasonal and main thermoclines to induce two significant
% peaks in the ver... |
github | gmaze/gmaze_legacy-master | diag_PV.m | .m | gmaze_legacy-master/matlab/codes/geophysic/diag_PV.m | 1,159 | utf_8 | a7ea27fa6f533c064c5ec886ff0d748e | % PV = diag_PV(LON,LAT,DPT,SIGMATHETA,RHO)
%
% Compute a simple potential vorticity as:
% PV = -f/RHO * dSIGMATHETA/dz
%
% PV is given on the SIGMATHETA vertical grid
%
% 2008/02/14
% gmaze@mit.edu
%
function varargout = diag_PV(varargin)
% Axis:
lon = varargin{1};
lat = varargin{2};
dpt = varargin{3};
nlon = length... |
github | gmaze/gmaze_legacy-master | diagHatisoC.m | .m | gmaze_legacy-master/matlab/codes/geophysic/diagHatisoC.m | 4,286 | utf_8 | 8cdbad5f74038cef3cc958e358fcc521 | % diagHatisoC Compute iso-surface of a 3D field
%
% [H,[dH,h,dh]] = diagHatisoC(C,Z,isoC,[dC])
%
% Given the 3D field C(depth,n1,n2) and the vertical
% axis Z(<0,downward), this function computes the 2D
% iso-surface such like C(H or h) = isoC
% Eventualy computes a thickness with parameter dC.
%
% OUTPUTS:
% H(n1,n2)... |
github | gmaze/gmaze_legacy-master | plotts.m | .m | gmaze_legacy-master/matlab/codes/geophysic/plotts.m | 3,075 | utf_8 | e44e0d1c3ab0ff1f3d55b669190782d7 | % plotts Plot Temperature, Salinity on a T,S diag
%
% [p,h,cs,cl] = plotts(TEMP,SALT,[OPT,VAL])
%
% Plot temperature TEMP and salinity SALT on a T/S diagram.
% Output:
% - p: handle for points
% - h: handle for density contours
% - cs: density contours matrix
% - cl: handle of density labels
%
% Options OPT/VAL:
% - ... |
github | gmaze/gmaze_legacy-master | csvreadargo2.m | .m | gmaze_legacy-master/matlab/codes/geophysic/csvreadargo2.m | 5,119 | utf_8 | a578625b15fdba472b19a97d8ae77138 | % csvreadargo2 H1LINE
%
% [] = csvreadargo2()
%
% HELPTEXT
%
% Created: 2009-11-18.
% Copyright (c) 2009, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification, are permitted p... |
github | gmaze/gmaze_legacy-master | diag_interpallREQ.m | .m | gmaze_legacy-master/matlab/codes/geophysic/diag_interpallREQ.m | 5,502 | utf_8 | 5f577e2adb98ebaa16d3d84e9010311d | % NEWFIELD = diag_interpallREQ(FIELD,LON,LAT,netcdf_domain,resolution,...
% [grid])
%
% We interpolate linearly FIELD(LAT,LON) on a grid, independant of the dataset
% with a resolution on the domain netcdf_domain.
%
% [grid] = 'T' or 'U' or 'V'
% Indicate where the field is on the C-grid
% ... |
github | gmaze/gmaze_legacy-master | csvreadargo.m | .m | gmaze_legacy-master/matlab/codes/geophysic/csvreadargo.m | 4,693 | utf_8 | 83308ed4ab87d1933f0c1692880d6d19 | % csvreadargo H1LINE
%
% [] = csvreadargo()
%
% HELPTEXT
%
% Created: 2009-11-17.
% Copyright (c) 2009, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification, are permitted pro... |
github | gmaze/gmaze_legacy-master | getdSb.m | .m | gmaze_legacy-master/matlab/codes/geophysic/getdSb.m | 3,799 | utf_8 | 8f566ce7e0261579063739d24d8b8fd9 | function dS = getdSb(lat,lon,varargin)
% getdSb Compute centered surface elements from latitude/longitude axis
%
% dS = getdSb(lat,lon) Compute centered surface elements from
% lat/lon axis using quadrangles.
%
% Inputs:
% with N the number of latitude, M the number of longitude:
% lat [1xN] or [MxN] is latitude ax... |
github | gmaze/gmaze_legacy-master | get_mld.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_mld.m | 4,026 | ibm852 | 95e314c15fb404c5a4940e0e64354e39 | % get_mld Compute a mixed layer depth
%
% ------------------ Method 1:
% H = get_mld(S,T,Z) Compute a mixed layer depth (MLD) from vertical profiles
% of salinity and temperature, given depth of samples.
% The MLD is the first depth for which:
% SIG0(T,S) > SIG0(T(z=0)-0.8,S(z=0))
% Inputs:
% S: salinity (PSS-78, ... |
github | gmaze/gmaze_legacy-master | is_in_box.m | .m | gmaze_legacy-master/matlab/codes/geophysic/is_in_box.m | 2,970 | utf_8 | 45586af7abb8a9494d8efd382097feb8 | % is_in_box Identify points inside a geographical domain or box
%
% I = is_in_box(BOX,x,y)
%
% Determine indeces I in the list of points (x,y) which
% are inside the polygon defined by [BOX.lon,BOX.lat]
%
% Created: 2013-03-14.
% Copyright (c) 2013, Guillaume Maze (Ifremer, Laboratoire de Physique des Oceans).
% All r... |
github | gmaze/gmaze_legacy-master | getGRD.m | .m | gmaze_legacy-master/matlab/codes/geophysic/getGRD.m | 5,726 | utf_8 | 02b5968cff38f19cb6d940b1eda244bf | % getGRD Compute horizontal gradient of a geographical field
%
% [dCdx dCdy] = getGRD(C,LAT,LON,[flag,grid])
%
% Compute horizontal gradient of a geographical field C(LAT,LON)
%
% OPTIONS:
%
% flag = 0: lat,lon are normal axis coordinates
% flag = 1: lat,lon specify the spacing between coordinates
% ie, leng... |
github | gmaze/gmaze_legacy-master | schmidt_number.m | .m | gmaze_legacy-master/matlab/codes/geophysic/schmidt_number.m | 2,423 | utf_8 | 32b6ae56ea6d57c7bfb97a59891c861b | % schmidt_number Compute a Schmidt number
%
% Sc = schmidt_number(SPECIES,T,S)
%
% Compute Schmidt number for SPECIES
%
% Inputs:
% SPECIES (string): Can be:
% OXY for oxygen
% T (double): temperature in Celsius
% S (double): salinity in psu
%
% Output:
% Sc: Schmidt number for SPECIES
%
% Note:
% The Schmidt number ... |
github | gmaze/gmaze_legacy-master | get_ovide_track.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_ovide_track.m | 2,618 | utf_8 | 37a52e018cb0239ac075fb2252a4fa60 | % get_ovide_track Load OVIDE track
%
% [lat,lon,dist] = get_ovide_track()
%
% Load the OVIDE track (lat,lon) of all stations and their distances to Cape Farewell, Greenland
%
% Created: 2010-03-02.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaum... |
github | gmaze/gmaze_legacy-master | fillgaps.m | .m | gmaze_legacy-master/matlab/codes/geophysic/fillgaps.m | 2,030 | utf_8 | 6b9135b7aec185345b8f5378b5b852e6 | % fillgaps Try to fill gaps in 2D geograpical field
%
% [] = fillgaps(LON,LAT,LSMASK,FIELD)
%
% HELPTEXT
%
% Created: 2010-07-07.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, w... |
github | gmaze/gmaze_legacy-master | dfromo.m | .m | gmaze_legacy-master/matlab/codes/geophysic/dfromo.m | 2,214 | utf_8 | 3bdc459b06fbdd065da527d7c76a461b | % dfromo Compute distances of points from an origin
%
% d = dfromo(LON0,LAT0,LON,LAT,[METHOD])
%
% Compute the distance in meters between the point of coordinates
% [LON0,LAT0] and all points defined by [LON,LAT].
%
% See lldist help for the METHOD option
%
% Created: 2010-05-31.
% Copyright (c) 2010, Guillaume Maze (... |
github | gmaze/gmaze_legacy-master | getdS.m | .m | gmaze_legacy-master/matlab/codes/geophysic/getdS.m | 6,420 | utf_8 | 895a2db7c698be61ba092da783264889 | % getdS Compute 2D surface elements matrix
%
% [dS, dx, dy] = getdS(LATITUDE,LONGITUDE,[ISSYM,METHOD])
%
% Compute 2D surface elements matrix from geographical
% axis LATITUDE(northward) and LONGITUDE(eastward)
%
% Options:
% ISSYM = 0/1 indicates if the longitudinal axis is zonaly
% symetric or not (by default it's ... |
github | gmaze/gmaze_legacy-master | get_pyc_idvgrads_v2.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_pyc_idvgrads_v2.m | 34,324 | utf_8 | 0c59dab5065189c270c16831f97467df | % idvgrads_v2 Identify profile properties based on N2
%
% [] = idvgrads_v2([PARAMETER,VALUES])
%
% Identify profile properties based on N2
%
% Inputs:
%
% Outputs:
%
%
% Created: 2012-06-12.
% http://code.google.com/p/copoda
% Copyright 2012, COPODA
% Permission is hereby granted, free of charge, to an... |
github | gmaze/gmaze_legacy-master | get_elev_along_track.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_elev_along_track.m | 1,654 | utf_8 | ab4ee24f910641a34d72c702048da280 | % elev_along_track Determine topograpahy along ship track
%
% h = elev_along_track(x,y)
%
% Determine the bathymetry along the track given
% by vectors x,y.
%
%
% Created: 2009-06-16.
% Copyright (c) 2009 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/... |
github | gmaze/gmaze_legacy-master | convert_unit.m | .m | gmaze_legacy-master/matlab/codes/geophysic/convert_unit.m | 13,966 | utf_8 | b1703e3f22d4684eadd4bbf8b79c7dac | % convert_unit Convert unit of oceanic concentration substance
%
% NEW_SUBST_CONTENT = convert_unit(SUBST_CONTENT,SUBST_TYPE,UNIT_IN,UNIT_OUT,[SIG0,VERBOSE])
%
% Convert concentration of substance SUBST_CONTENT of type SUBST_TYPE
% from UNIT_IN to UNIT_OUT.
%
% Inputs:
% SUBST_CONTENT: a double array of any dimension... |
github | gmaze/gmaze_legacy-master | eos_insitu_pot.m | .m | gmaze_legacy-master/matlab/codes/geophysic/eos_insitu_pot.m | 5,443 | utf_8 | c18815af2e94348b364212076ea24b1a | % [prd,prhop]=eos_insitu_pot( ptem, psal ,dept,nn_eos)
% ptem ! potential temperature [Celcius]
% psal ! salinity [psu]
% dept ! depth [m]
% prd ! in situ density
% prhop ! potential density (surface referenced)
% ptem psal and dept must be ... |
github | gmaze/gmaze_legacy-master | densjmd95.m | .m | gmaze_legacy-master/matlab/codes/geophysic/densjmd95.m | 6,587 | utf_8 | cc431f7236ecce45da2226e4202c021a | % DENSJMD95 Density of sea water
%=========================================================================
%
% USAGE: dens = densjmd95(S,Theta,P)
%
% DESCRIPTION:
% Density of Sea Water using Jackett and McDougall 1995 (JAOT 12)
% polynomial (modified UNESCO polynomial).
%
% INPUT: (all must have same dimensi... |
github | gmaze/gmaze_legacy-master | project3don2d.m | .m | gmaze_legacy-master/matlab/codes/geophysic/project3don2d.m | 4,002 | utf_8 | ae1e8130a73a74ab452dc4d3234d4fc1 | % project3don2d Project a 3D field on a 2D surface
%
% C = projetc3don2d(Z,THREEDFIELD,TWODSURFACE)
% [Cup Cdw] = projetc3don2d(Z,THREEDFIELD,TWODSURFACE)
% [C Cup Cdw] = projetc3don2d(Z,THREEDFIELD,TWODSURFACE)
%
% Given the vertical axis Z, project the 3D variable THREEDFIELD on the
% 2D surface variable TWODSURFACE.... |
github | gmaze/gmaze_legacy-master | dinterp3bin.m | .m | gmaze_legacy-master/matlab/codes/geophysic/dinterp3bin.m | 2,555 | utf_8 | 796ec42aa66f2a13d2a6ab7543bf0621 | % DINTERP3BIN Interpolate a 3D field
%
% C_HR = DINTERP3BIN(C_LR,Rfact)
%
% Interpolate a 3D field C_LR(Z,Y,X)
% LRfact is the factor by which the initial
% number of points is increased (must be even)
%
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can r... |
github | gmaze/gmaze_legacy-master | load_climOCCA.m | .m | gmaze_legacy-master/matlab/codes/geophysic/load_climOCCA.m | 7,151 | utf_8 | 4c49cb7a11c725445f622bfb4f943d45 | % LOAD_CLIMOCCA Load any climatological fields from OCCA
%
% [FIELD1, FIELD2, ...] = load_climOCCA('FIELD1;FIELD2;...',MONTHS)
%
% MONTHS can be 1 to 12 of a subset like: [1:3]
% It may also be simply: 'y', 'year', 'annual' to mean MONTHS=[1:12];
%
% EG:
% [SST,SSH,U] = load_climOCCA('sst;ssh;u',3);
% Will give back t... |
github | gmaze/gmaze_legacy-master | getdV.m | .m | gmaze_legacy-master/matlab/codes/geophysic/getdV.m | 3,302 | utf_8 | e0eaa6257969d730928bc105c7d01e6d | % getdV Compute 3D volume elements matrix
%
% dV = getdV(DEPTH,LATITUDE,LONGITUDE,[ISSYM])
%
% Compute 3D volume elements matrix from geographical
% axis DEPTH(<0,downward), LATITUDE(northward) and
% LONGITUDE(eastward)
%
% Rev. by Guillaume Maze on 2013-07-18: Added issym option
% Created: 2009-04-21.
% Copyright (c) ... |
github | gmaze/gmaze_legacy-master | get_occaclim_along_track.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_occaclim_along_track.m | 3,034 | utf_8 | ca1f6db5416378adc40d693486d0b9f3 | % get_occa_along_track H1LINE
%
% [] = get_occa_along_track()
%
% HELPTEXT
%
% Created: 2010-02-23.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification,... |
github | gmaze/gmaze_legacy-master | diagVOLU.m | .m | gmaze_legacy-master/matlab/codes/geophysic/diagVOLU.m | 6,166 | utf_8 | 8dacf1b27c50a00186210877aa53d193 | % [V,Cm,E,Vt,CC] = diagVOLU(FLAG,C1,C2,CLASS,LON,LAT,DPT,DV,[Ca(Z,Y,X),Cb(Z,Y,X),...])
%
% DESCRIPTION:
% Compute the volume of water for a particular CLASS of potential
% temperature or density.
% Also compute mean values of additional 3D fields (such as Ca, Cb ...) along
% the CLASS of the analysed field.
%
% The vol... |
github | gmaze/gmaze_legacy-master | diagCatH.m | .m | gmaze_legacy-master/matlab/codes/geophysic/diagCatH.m | 2,297 | utf_8 | bcaf02cc95a4d5250c64a7c1a5612cd9 | % diagCatH Compute a 3D field projection on a 2D surface
%
% Ch = diagCatH(C,depth,h)
%
% Get field C(depth,lat,lon) on surface h(lat,lon) using a linear depth level interpolation.
%
% depth < 0 is the vertical axis
% h < 0 is the surface to compute C on.
%
% Rq:
% - Respect upper/lower case in the function name
%... |
github | gmaze/gmaze_legacy-master | get_WOA13_grid.m | .m | gmaze_legacy-master/matlab/codes/geophysic/get_WOA13_grid.m | 2,877 | utf_8 | f312eea1a160235e1af7b922a8665292 | % get_WOA13grid H1LINE
%
% [t,z,y,x] = get_WOA13grid(GR)
%
% Load the WOA13 3D grid given a grid resolution
%
% [gr]-[grlong] represents the grid size, two digit code as follows:
% 04 – 0.25 (quarter-degree grid resolution)
% 01 – 1.00 (one-degree grid resolution)
% 5d – 5.00 (five-degree grid resolution)
%
% Create... |
github | gmaze/gmaze_legacy-master | exportf.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/exportf.m | 4,716 | utf_8 | 622fe75df7b21568d1c0dfe04a40ba26 | % exportf Export a figure to A4 color PDF format
%
% exportf(GCF,[ORIENTATION,FILE,FOOTNOTE])
%
% Export a figure GCF to A4 color pdf,png anf eps formats.
%
% Default output files are: fig.pdf, fig.png and fig.eps in current directory
% or specify it into FILE (extensions are automatic).
%
% ORIENTATION is an o... |
github | gmaze/gmaze_legacy-master | figur.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/figur.m | 1,621 | utf_8 | 9fc1e82e7a700c4a427b6f61099d4fb2 | % FIGUR Create figure window without Menu Bar
%
% FIGUR, by itself, creates a new figure window, and returns
% its handle.
%
% FIGUR(H) makes H the current figure, forces it to become visible,
% and raises it above all other figures on the screen. If Figure H
% does not exist, and H is an integ... |
github | gmaze/gmaze_legacy-master | maximizeplots.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/maximizeplots.m | 2,090 | utf_8 | 007f18653d6415caae89393d91cb03d8 | % maximizeplots H1LINE
%
% [] = maximizeplots()
%
% HELPTEXT
%
% Created: 2010-07-12.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification, are permitted... |
github | gmaze/gmaze_legacy-master | sgetool.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/sgetool.m | 1,992 | utf_8 | da9c8db3ce484128b201729c43474dd4 | % sgetool Add a button to a figure toolbar to check on SGE scripts in the queue
%
% [] = sgetool()
%
% Add a button to a figure toolbar to check on SGE scripts in the queue
%
%
% Created: 2008-11-19.
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redi... |
github | gmaze/gmaze_legacy-master | footstamp.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/footstamp.m | 2,045 | utf_8 | 51649fa968f0fb9d37f30156f6f21ed9 | % footstamp Create the default footnote for figure
%
% STR = footstamp([TYP])
%
% Create the default footnote string for figure
%
% TYP (optional):
% 1 (default) :
% >> footstamp
% code@guillaumemaze.org (22-Jul-2009 14:09)
% macbook://Users/gmaze/work/Postdoc/work/main/hydrolpo
% 2:
% >> footstamp(2,[mfilename(... |
github | gmaze/gmaze_legacy-master | realgnfootnote.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/realgnfootnote.m | 1,908 | utf_8 | 415b42f0baf63e6dcddc0861c966f186 | % realgnfootnote H1LINE
%
% [] = realgnfootnote()
%
% HELPTEXT
%
% Created: 2010-01-13.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribution and use in source and binary forms, with or without
% modification, are permitt... |
github | gmaze/gmaze_legacy-master | graphtool.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/graphtool.m | 1,715 | utf_8 | 87817389dee2c64cd1d77bb732c84dc8 | % graphtool Custom graphic toolbar for figure
%
% [] = graphtool()
%
% In devel !
%
%
% Created: 2008-11-18.
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published... |
github | gmaze/gmaze_legacy-master | mailtool.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/mailtool.m | 10,909 | utf_8 | 05eace1d88df8f1047c095a9d083e5dc | % mailtool Email button to figure toolbar
%
% [] = mailtool()
%
% Add an "send by email" button to the figure toolbar to
% email the figure.
%
% Created: 2008-11-13.
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under... |
github | gmaze/gmaze_legacy-master | ffband.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/ffband.m | 2,314 | utf_8 | 4690c65277f1ed2ba50f576d063afd90 | % ffband White background thin landscape figure
%
% [] = ffband()
%
% Change gcf figure to white background, thin, full screen wide and landscape.
%
% Created: 2011-06-24.
% Rev. by Guillaume Maze on 2012-12-21: Change name from figure_band to ffband
% Copyright (c) 2011, Guillaume Maze (Laboratoire de Physique des Oc... |
github | gmaze/gmaze_legacy-master | algnfootnote.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/algnfootnote.m | 2,190 | utf_8 | 834234b525c33c008c08ea37cc022d9f | % algnfootnote Horizontal alignement of the footnote for export
%
% [] = algnfootnote([GCF])
%
% Horizontal alignement of the footnote for export.
%
% Created: 2010-01-13.
% Copyright (c) 2010, Guillaume Maze (Laboratoire de Physique des Oceans).
% All rights reserved.
% http://codes.guillaumemaze.org
%
% Redistribu... |
github | gmaze/gmaze_legacy-master | figure_tall.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/figure_tall.m | 1,190 | utf_8 | 1580e7fa081d9a8bef0b84207cb2673f | % FIGURE_TALL White background portrait figure
%
% figure_tall([H])
%
% Set current figure, or with handle H, to a portrait format.
%
% Copyright (c) 2004 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under the terms of the GNU General P... |
github | gmaze/gmaze_legacy-master | figs2pdf.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/figs2pdf.m | 20,055 | utf_8 | 4b2eb26ea725f1fa6112fb25f945c43d | % figs2pdf Save several figures in 1 pdf file
%
% [] = figs2pdf(PDFFILE,[FIGLIST])
%
% Save several figures in 1 pdf file with multiple pages.
%
% Inputs:
% PDFFILE: the output pdf file name (without the pdf extension)
% FIGLIST(optional): the list of figure's handle to include in the file
% If not specified (default... |
github | gmaze/gmaze_legacy-master | showmenu.m | .m | gmaze_legacy-master/matlab/codes/graphicxFigures/showmenu.m | 942 | utf_8 | 7f66461b23082753365b7bc6356b1ab3 | % SHOWMENU Ensure the menu bar is shown on a figure
%
% showmenu(GCF)
%
% Created by Guillaume Maze on 2008-10-14.
% Copyright (c) 2008 Guillaume Maze.
% http://codes.guillaumemaze.org
%
% This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as publ... |
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