Mercurial > hg > octave-nkf
changeset 6178:830235f4984f
[project @ 2006-11-17 00:16:57 by jwe]
author | jwe |
---|---|
date | Fri, 17 Nov 2006 00:19:18 +0000 |
parents | 6ac0c826459e |
children | 235a1b456cf4 |
files | doc/ChangeLog doc/interpreter/sparseimages.m scripts/ChangeLog scripts/plot/__plot_globals__.m scripts/plot/__render_plot1__.m scripts/plot/__render_plot__.m scripts/plot/print.m scripts/plot/subplot.m |
diffstat | 8 files changed, 235 insertions(+), 181 deletions(-) [+] |
line wrap: on
line diff
--- a/doc/ChangeLog +++ b/doc/ChangeLog @@ -1,3 +1,7 @@ +2006-11-16 John W. Eaton <jwe@octave.org> + + * interpreter/sparseimages.m (femimages): Use plot3. + 2006-11-11 John W. Eaton <jwe@octave.org> * interpreter/Makefile.in (%.texi : %.txi):
--- a/doc/interpreter/sparseimages.m +++ b/doc/interpreter/sparseimages.m @@ -208,18 +208,11 @@ velems = reshape( V(elemx), 4, E); sz = size(xelems,2); - ## FIXME How can I do this without a gnuplot specific commands? plot3 anyone? - unwind_protect - __gnuplot_set__ parametric; - __gnuplot_raw__ ("set nohidden3d;\n"); - tmp = [([xelems; NaN*ones(1,sz)])(:), ([yelems; NaN*ones(1,sz)])(:), ([velems; NaN*ones(1,sz)])(:)]; - __gnuplot_splot__(tmp); - __gnuplot_raw__ ("set view 80,10;\n") - print(strcat(nm,".",typ),strcat("-d",typ)) - bury_output (); - unwind_protect_cleanup - __gnuplot_set__ noparametric; - end_unwind_protect + + __gnuplot_raw__ ("set view 80,10;\n") + plot3 (xelems, yelems, velems); + print(strcat(nm,".",typ),strcat("-d",typ)) + bury_output (); endif endfunction
--- a/scripts/ChangeLog +++ b/scripts/ChangeLog @@ -1,3 +1,10 @@ +2006-11-16 John W. Eaton <jwe@octave.org> + + * plot/__render_plot1__.m: New file. + * plot/__render_plot__.m: Use it. Loop over multiplots. + * plot/print.m, plot/subplot.m: Don't send "set multiplot" to + gnuplot. Let __render_plot__ do that. + 2006-11-16 Francesco Potorti` <Potorti@isti.cnr.it> * plot/plot.m: Fix doc string.
--- a/scripts/plot/__plot_globals__.m +++ b/scripts/plot/__plot_globals__.m @@ -70,57 +70,57 @@ endif if (length (__plot_data_offset__) < __current_figure__ - || any (size (__plot_data_offset__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) + || any (size (__plot_data_offset__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) - __plot_data_offset__{__current_figure__}(__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)) = 1; + __plot_data_offset__{__current_figure__}(__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)) = 1; endif if (length (__plot_data__) < __current_figure__ - || any (size (__plot_data__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_data__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_data__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_data__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_data_type__) < __current_figure__ - || any (size (__plot_data_type__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_data_type__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_data_type__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_data_type__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_data_parametric__) < __current_figure__ - || any (size (__plot_data_parametric__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_data_parametric__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_data_parametric__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_data_parametric__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_image_colormap__) < __current_figure__ - || any (size (__plot_image_colormap__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_image_colormap__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_image_colormap__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_image_colormap__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_image_dims__) < __current_figure__ - || any (size (__plot_image_dims__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_image_dims__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_image_dims__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_image_dims__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_fmtstr__) < __current_figure__ - || any (size (__plot_fmtstr__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_fmtstr__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_fmtstr__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_fmtstr__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_usingstr__) < __current_figure__ - || any (size (__plot_usingstr__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_usingstr__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_usingstr__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_usingstr__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_withstr__) < __current_figure__ - || any (size (__plot_withstr__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_withstr__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_withstr__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_withstr__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_key_labels__) < __current_figure__ - || any (size (__plot_key_labels__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_key_labels__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = []; + || any (size (__plot_key_labels__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_key_labels__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yn__(__current_figure__)} = []; endif if (length (__plot_key_properties__) < __current_figure__ - || any (size (__plot_key_properties__{__current_figure__}) != [__multiplot_xi__(__current_figure__), __multiplot_yi__(__current_figure__)])) - __plot_key_properties__{__current_figure__}{__multiplot_xi__(__current_figure__),__multiplot_yi__(__current_figure__)} = struct ("visible", true, "box", false, "position", 0); + || any (size (__plot_key_properties__{__current_figure__}) != [__multiplot_xn__(__current_figure__), __multiplot_yn__(__current_figure__)])) + __plot_key_properties__{__current_figure__}{__multiplot_xn__(__current_figure__),__multiplot_yi__(__current_figure__)} = struct ("visible", true, "box", false, "position", 0); endif
new file mode 100644 --- /dev/null +++ b/scripts/plot/__render_plot1__.m @@ -0,0 +1,153 @@ +## Copyright (C) 2006 John W. Eaton +## +## This file is part of Octave. +## +## Octave 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 Software Foundation; either version 2, or (at your option) +## any later version. +## +## Octave is distributed in the hope that it will be useful, but +## WITHOUT ANY WARRANTY; without even the implied warranty of +## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU +## General Public License for more details. +## +## You should have received a copy of the GNU General Public License +## along with Octave; see the file COPYING. If not, write to the Free +## Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA +## 02110-1301, USA. + +function __render_plot1__ (mxi, myi) + + __plot_globals__; + + cf = __current_figure__; + + if (! isempty (__plot_data__{cf}{mxi,myi})) + + have_image = false; + + for j = 1:length (__plot_data__{cf}{mxi,myi}) + if (__plot_data_type__{cf}{mxi,myi}(j) == 1) + have_image = true; + endif + ## Do this check before sending any commands to gnuplot so that if + ## there is an error, we don't leave things in a bad state. + if (j == 1) + first_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); + this_plot_data_type = first_plot_data_type; + else + this_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); + if ((first_plot_data_type != 3 && this_plot_data_type == 3) + || (first_plot_data_type == 3 && this_plot_data_type != 3)) + error ("can't mix 2-d and 3-d data in the same plot"); + endif + endif + endfor + + if (have_image) + __gnuplot_raw__ ("set size ratio -1;\n"); + + cmap = __plot_image_colormap__{cf}{mxi,myi}; + + palette_size = rows (cmap); + __gnuplot_raw__ (sprintf ("set palette positive color model RGB maxcolors %i\n", + palette_size)); + + __gnuplot_raw__ ("set palette file \"-\"\n"); + tmp = round (1000 * cmap) / 1000; + tmp_rows = rows (tmp); + idx = (0:tmp_rows-1)'; + __gnuplot_raw__ (sprintf ("%d %.4g %.4g %.4g\n", [idx, tmp]')); + __gnuplot_raw__("e\n"); + + __gnuplot_raw__ ("set autoscale fix\n"); # "fix" is helpful for "a" hotkey + __gnuplot_raw__ ("set tics out\n"); + endif + + first = true; + + for j = 1:length (__plot_data__{cf}{mxi,myi}) + + this_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); + + for i = 1:length (__plot_data__{cf}{mxi,myi}{j}) + + if (first) + first = false; + __do_legend__ (); + if (first_plot_data_type == 3) + cmd = gnuplot_command_splot; + else + cmd = gnuplot_command_plot; + endif + __gnuplot_raw__ (sprintf ("%s ", cmd)); + else + __gnuplot_raw__ (",\\\n"); + endif + + if (this_plot_data_type == 1) + label = undo_string_escapes (__plot_key_labels__{cf}{mxi,myi}{j}{i}); + + tmp = __plot_image_dims__{cf}{mxi,myi}{j}{i}; + + x_dim = tmp(1); + y_dim = tmp(2); + x_origin = tmp(3); + y_origin = tmp(4); + dx = tmp(5); + dy = tmp(6); + + A = __plot_data__{cf}{mxi,myi}{j}{i}; + + ## Let the file be deleted when Octave exits or + ## `purge_tmp_files' is called. + [fid, binary_file_name, msg] ... + = mkstemp (strcat (P_tmpdir, "/gpimageXXXXXX"), 1); + + ## Gnuplot reads binary files very quickly. However, the + ## 'fwrite' below is much slower than using the current + ## '__gnuplot_plot__' command. + fwrite (fid, A(:), "float"); + fclose (fid); + + __gnuplot_raw__ (sprintf ("\"%s\" binary array=%dx%d scan=yx flipy origin=(%g,%g) dx=%g dy=%g using 1 %s '%s' with image", + binary_file_name, x_dim, y_dim, x_origin, + y_origin, dx, dy, + gnuplot_command_title, label)); + else + usingstr = __plot_usingstr__{cf}{mxi,myi}{j}{i}; + fmtstr = __plot_fmtstr__{cf}{mxi,myi}{j}{i}; + withstr = __plot_withstr__{cf}{mxi,myi}{j}{i}; + + label = undo_string_escapes (__plot_key_labels__{cf}{mxi,myi}{j}{i}); + + __gnuplot_raw__ (sprintf ("'-' %s %s '%s' %s %s %s", usingstr, + gnuplot_command_title, label, fmtstr, + withstr)); + endif + endfor + endfor + + for j = 1:length (__plot_data__{cf}{mxi,myi}) + for i = 1:length (__plot_data__{cf}{mxi,myi}{j}) + this_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); + if (this_plot_data_type != 1) + if (this_plot_data_type == 3) + parametric = __plot_data_parametric__{cf}{mxi,myi}{j}{i}; + else + parametric = false; + endif + __gnuplot_send_inline_data__ (__plot_data__{cf}{mxi,myi}{j}{i}, + this_plot_data_type, parametric); + endif + endfor + endfor + + if (! first) + __gnuplot_raw__ ("\n"); + endif + + endif + +endfunction
--- a/scripts/plot/__render_plot__.m +++ b/scripts/plot/__render_plot__.m @@ -22,138 +22,34 @@ __plot_globals__; cf = __current_figure__; - mxi = __multiplot_xi__(cf); - myi = __multiplot_yi__(cf); - - if (! isempty (__plot_data__{cf}{mxi,myi})) - - have_image = false; - - for j = 1:length (__plot_data__{cf}{mxi,myi}) - if (__plot_data_type__{cf}{mxi,myi}(j) == 1) - have_image = true; - endif - ## Do this check before sending any commands to gnuplot so that if - ## there is an error, we don't leave things in a bad state. - if (j == 1) - first_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); - this_plot_data_type = first_plot_data_type; - else - this_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); - if ((first_plot_data_type != 3 && this_plot_data_type == 3) - || (first_plot_data_type == 3 && this_plot_data_type != 3)) - error ("can't mix 2-d and 3-d data in the same plot"); - endif - endif - endfor + mxn = __multiplot_xn__(cf); + myn = __multiplot_yn__(cf); - if (__multiplot_mode__(cf)) - __gnuplot_raw__ ("clear\n"); - endif - - if (have_image) - __gnuplot_raw__ ("set size ratio -1;\n"); - - cmap = __plot_image_colormap__{cf}{mxi,myi}; - - palette_size = rows (cmap); - __gnuplot_raw__ (sprintf ("set palette positive color model RGB maxcolors %i\n", - palette_size)); - - __gnuplot_raw__ ("set palette file \"-\"\n"); - tmp = round (1000 * cmap) / 1000; - tmp_rows = rows (tmp); - idx = (0:tmp_rows-1)'; - __gnuplot_raw__ (sprintf ("%d %.4g %.4g %.4g\n", [idx, tmp]')); - __gnuplot_raw__("e\n"); - - __gnuplot_raw__ ("set autoscale fix\n"); # "fix" is helpful for "a" hotkey - __gnuplot_raw__ ("set tics out\n"); - endif - - first = true; - - for j = 1:length (__plot_data__{cf}{mxi,myi}) - - this_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); + if (__multiplot_mode__(cf)) + __gnuplot_raw__ ("set size 1, 1;\n"); + __gnuplot_raw__ ("set origin 0, 0;\n"); + __gnuplot_raw__ ("set multiplot;\n"); + for mxi = 1:mxn + for myi = 1:myn - for i = 1:length (__plot_data__{cf}{mxi,myi}{j}) - - if (first) - first = false; - __do_legend__ (); - if (first_plot_data_type == 3) - cmd = gnuplot_command_splot; - else - cmd = gnuplot_command_plot; - endif - __gnuplot_raw__ (sprintf ("%s ", cmd)); - else - __gnuplot_raw__ (",\\\n"); - endif - - if (this_plot_data_type == 1) - label = undo_string_escapes (__plot_key_labels__{cf}{mxi,myi}{j}{i}); - - tmp = __plot_image_dims__{cf}{mxi,myi}{j}{i}; - - x_dim = tmp(1); - y_dim = tmp(2); - x_origin = tmp(3); - y_origin = tmp(4); - dx = tmp(5); - dy = tmp(6); + columns = __multiplot_xn__(cf); + rows = __multiplot_yn__(cf); + __gnuplot_raw__ (sprintf ("set size %g, %g;\n", + __multiplot_xsize__(cf), + __multiplot_ysize__(cf))); - A = __plot_data__{cf}{mxi,myi}{j}{i}; - - ## Let the file be deleted when Octave exits or - ## `purge_tmp_files' is called. - [fid, binary_file_name, msg] ... - = mkstemp (strcat (P_tmpdir, "/gpimageXXXXXX"), 1); - - ## Gnuplot reads binary files very quickly. However, the - ## 'fwrite' below is much slower than using the current - ## '__gnuplot_plot__' command. - fwrite (fid, A(:), "float"); - fclose (fid); + xo = (mxi - 1.0) * __multiplot_xsize__(cf); + yo = (rows - myi) * __multiplot_ysize__(cf); - __gnuplot_raw__ (sprintf ("\"%s\" binary array=%dx%d scan=yx flipy origin=(%g,%g) dx=%g dy=%g using 1 %s '%s' with image", - binary_file_name, x_dim, y_dim, x_origin, - y_origin, dx, dy, - gnuplot_command_title, label)); - else - usingstr = __plot_usingstr__{cf}{mxi,myi}{j}{i}; - fmtstr = __plot_fmtstr__{cf}{mxi,myi}{j}{i}; - withstr = __plot_withstr__{cf}{mxi,myi}{j}{i}; + __gnuplot_raw__ (sprintf ("set origin %g, %g;\n", xo, yo)); - label = undo_string_escapes (__plot_key_labels__{cf}{mxi,myi}{j}{i}); + __render_plot1__ (mxi, myi) - __gnuplot_raw__ (sprintf ("'-' %s %s '%s' %s %s %s", usingstr, - gnuplot_command_title, label, fmtstr, - withstr)); - endif endfor endfor - - for j = 1:length (__plot_data__{cf}{mxi,myi}) - for i = 1:length (__plot_data__{cf}{mxi,myi}{j}) - this_plot_data_type = __plot_data_type__{cf}{mxi,myi}(j); - if (this_plot_data_type != 1) - if (this_plot_data_type == 3) - parametric = __plot_data_parametric__{cf}{mxi,myi}{j}{i}; - else - parametric = false; - endif - __gnuplot_send_inline_data__ (__plot_data__{cf}{mxi,myi}{j}{i}, - this_plot_data_type, parametric); - endif - endfor - endfor - - if (! first) - __gnuplot_raw__ ("\n"); - endif - + __gnuplot_raw__ ("unset multiplot;\n"); + else + __render_plot1__ (1, 1); endif endfunction
--- a/scripts/plot/print.m +++ b/scripts/plot/print.m @@ -126,6 +126,10 @@ function print (varargin) + __plot_globals__; + + mpmode = __multiplot_mode__(__current_figure__); + orientation = orient (); use_color = 0; # 0=default, -1=mono, +1=color force_solid = 0; # 0=default, -1=dashed, +1=solid @@ -249,9 +253,7 @@ options = strcat (options, " ", fontsize); endif - __gnuplot_raw__ ("set terminal push;\n"); - __gnuplot_raw__ (sprintf ("set terminal postscript %s;\n", options)); - + new_terminal = strcat ("postscript ", options); elseif (strcmp (dev, "aifm") || strcmp (dev, "corel")) ## Adobe Illustrator, CorelDraw @@ -267,8 +269,7 @@ options = strcat (options, " ", fontsize); endif - __gnuplot_raw__ ("set terminal push;\n"); - __gnuplot_raw__ (sprintf ("set terminal %s %s;\n", dev, options)); + new_terminal = strcat (dev, " ", options); elseif (strcmp (dev, "fig")) ## XFig @@ -281,8 +282,8 @@ if (! isempty (fontsize)) options = strcat (options, " fontsize ", fontsize); endif - __gnuplot_raw__ ("set terminal push;\n"); - __gnuplot_raw__ (sprintf ("set terminal fig %s;\n", options)); + + new_terminal = strcat ("fig ", options); elseif (strcmp (dev, "emf")) ## Enhanced Metafile format @@ -301,8 +302,8 @@ if (! isempty (fontsize)) options = strcat (options, " ", fontsize); endif - __gnuplot_raw__ ("set terminal push;\n"); - __gnuplot_raw__ (sprintf ("set terminal emf %s;\n", options)); + + new_terminal = strcat ("emf ", options); elseif (strcmp (dev, "png") || strcmp (dev, "pbm")) ## Portable network graphics, PBMplus @@ -320,26 +321,28 @@ ##eval (sprintf ("__gnuplot_set__ term %s mono medium", dev)); ##endif - __gnuplot_raw__ ("set terminal push;\n"); - __gnuplot_raw__ ("set terminal png large;\n") + new_terminal = "png large"; elseif (strcmp (dev, "dxf") || strcmp (dev, "mf") || strcmp (dev, "hpgl")) ## AutoCad DXF, METAFONT, HPGL - __gnuplot_raw__ ("set terminal push;\n"); - __gnuplot_raw__ (sprintf ("set terminal %s;\n", dev)); + new_terminal = dev; endif - ## Gnuplot expects " around output file name + __gnuplot_raw__ ("set terminal push;\n"); + __gnuplot_raw__ (sprintf ("set terminal %s;\n", new_terminal)); + ## Gnuplot expects " around output file name __gnuplot_raw__ (sprintf ("set output \"%s\";\n", name)); - __gnuplot_replot__ + + replot (); unwind_protect_cleanup - ## Restore init state __gnuplot_raw__ ("set terminal pop;\n"); __gnuplot_raw__ ("set output;\n") + replot (); + end_unwind_protect if (! isempty (convertname))
--- a/scripts/plot/subplot.m +++ b/scripts/plot/subplot.m @@ -129,17 +129,17 @@ || __multiplot_xn__(cf) != columns || __multiplot_yn__(cf) != rows) + if (__multiplot_xn__(cf) < columns + || __multiplot_yn__(cf) < rows) + __plot_data__{cf}{columns,rows} = []; + endif + __multiplot_mode__(cf) = true; __multiplot_xn__(cf) = columns; __multiplot_yn__(cf) = rows; __multiplot_xsize__(cf) = 1 / columns; __multiplot_ysize__(cf) = 1 / rows; - __gnuplot_raw__ ("set multiplot;\n"); - - __gnuplot_raw__ (sprintf ("set size %g, %g;\n", - __multiplot_xsize__(cf), - __multiplot_ysize__(cf))); endif ## get the sub plot location @@ -154,8 +154,6 @@ xo = (xp - 1.0) * __multiplot_xsize__(cf); yo = (rows - yp) * __multiplot_ysize__(cf); - __gnuplot_raw__ (sprintf ("set origin %g, %g;\n", xo, yo)); - endif endfunction