OptFEM2DP1 Toolbox  V1.2
Matlab/Octave Optimized P1-Lagrange Finite Element Method in 2D
common/SaveFigure.m
Go to the documentation of this file.
00001 function SaveFigure(issave,Name,percent)
00002 % function SaveFigure(issave,Name,percent)
00003 %   To manage the saving of figures. Save in eps, jpg and png format.
00004 %   
00005 % Parameters:
00006 %  issave: boolean. If true saving figure is done.
00007 %  Name: name of the destination file without extension (string)
00008 %  percent: value for resizing the figure (only png format under unix)
00009 %
00010 % Copyright:
00011 %   See \ref license
00012 if issave
00013   [SUCCESS,MESSAGE,MESSAGEID] = mkdir('images');
00014   eval(sprintf('print -depsc2 images/%s.eps',Name))
00015   fprintf(' -> save figure(%d) in images/%s.eps\n',gcf,Name);
00016   eval(sprintf('print -djpeg90 images/%s.jpg',Name))
00017   fprintf(' -> save figure(%d) in images/%s.jpg\n',gcf,Name);
00018   if isunix
00019     system(sprintf('convert -resize %d%% images/%s.eps images/%s.png',percent,Name,Name));
00020     fprintf(' -> save figure(%d) in images/%s.png (resize %d%%)\n',gcf,Name,percent);
00021   else
00022     eval(sprintf('print -dpng images/%s.png',Name))
00023     fprintf(' -> save figure(%d) in images/%s.png \n',gcf,Name);
00024   end
00025 end
 All Files Functions