Chart::Gnuplot - A Raku bindings for gnuplot
use Chart::Gnuplot;
use Chart::Gnuplot::Subset;
my $gnu = Chart::Gnuplot.new(:terminal("png"), :filename("histogram.png"));
my @data = (q:to/EOF/).split("\n", :skip-empty)>>.split(" ", :skip-empty);
Year Male Female
1950 100 90
1960 100 90
1970 80 70
1980 130 140
1990 140 120
2000 200 210
2010 240 230
2020 400 420
EOF
my ($header, *@body) = @data;
$gnu.command("set style histogram clustered");
$gnu.legend(:left);
my AnyTicsTic @tics = (@body>>.[0]).pairs.map(-> (:key($pos), :value($year)) { %(:label($year), :pos($pos)) });
$gnu.xtics(:tics(@tics));
$gnu.xlabel(:label($header[0]));
$gnu.plot(:vertices(@body), :using([2]), :style("histogram"), :title($header[1]), :fill("solid 1.0"));
$gnu.plot(:vertices(@body), :using([3]), :style("histogram"), :title($header[2]), :fill("solid 1.0"));
$gnu.dispose;
Chart::Gnuplot is a Raku naive bindings for gnuplot. Chart::Gnuplot runs gnuplot using Proc::Async and enables you to plot chart or graph with Rakuish interface.
Defined as:
subset FalseOnly of Bool is export where { $_ ~~ Bool:U or $_ === False };
subset TrueOnly of Bool is export where { $_ ~~ Bool:U or $_ === True};
subset LabelRotate of Cool is export where { $_ ~~ Cool:U or $_ ~~ Real or $_ === False };
subset AnyLabelRotate of Cool is export where { $_ ~~ Cool:U or $_ eq "parallel" or $_ ~~ Real or $_ === False };
subset LegendMax of Cool is export where { $_ ~~ Cool:U or $_ eq "auto" or $_ ~~ Real };
subset AnyTicsRotate of Cool is export where { $_ ~~ Cool:U or $_ ~~ Real or $_ === False };
subset AnyTicsOffset of Mu is export where { $_ ~~ Mu:U or $_ ~~ FalseOnly or ($_ ~~ List and $_.all ~~ Pair|Real) };
subset AnyTicsTic of Mu is export where { $_ ~~ Mu:U or $_ ~~ Hash and .<label>:exists and .<pos>:exists and .keys.grep(* eq "label"|"pos"|"level").elems == .keys.elems };
Defined as:
method terminal($terminal)
Tells gnuplot what kind of output to generate.
Defined as:
multi method plot(
:$title, :$ignore, :@range, :@vertices!, :$smooth,
:@using,
Str :$style, :ls(:$linestyle), :lt(:$linetype), :lw(:$linewidth), :lc(:$linecolor),
:pt(:$pointtype), :ps(:$pointsize), :$fill, FalseOnly :$hidden3d, FalseOnly :$contours,
FalseOnly :$surface, :$palette,
:&writer? = -> $msg { self.command: $msg }
)
multi method plot(
:$title, :$ignore, :@range, :$function!, :$smooth,
Str :$style, :ls(:$linestyle), :lt(:$linetype), :lw(:$linewidth), :lc(:$linecolor),
:pt(:$pointtype), :ps(:$pointsize), :$fill, FalseOnly :$hidden3d, FalseOnly :$contours,
FalseOnly :$surface, :$palette,
:&writer? = -> $msg { self.command: $msg }
)
Draws a 2-dimensional plot.
Defined as:
multi method splot(
:@range,
:@vertices!, :$smooth,
:$binary, :$matrix, :$index, :$every,
:$title, :$style, :ls(:$linestyle), :lt(:$linetype), :lw(:$linewidth), :lc(:$linecolor),
:$pointtype, :$pointsize, :$fill, FalseOnly :$hidden3d, FalseOnly :$contours,
FalseOnly :$surface, :$palette, :&writer? = -> $msg { self.command: $msg }
)
multi method splot(
:@range,
:$function!, :$smooth,
:$title, :$style, :ls(:$linestyle), :lt(:$linetype), :lw(:$linewidth), :lc(:$linecolor),
:$pointtype, :$pointsize, :$fill, FalseOnly :$hidden3d, FalseOnly :$contours,
FalseOnly :$surface, :$palette, :&writer? = -> $msg { self.command: $msg }
)
Draws a 3-dimensional plot.
Defined as:
method label(
:$tag, Str :$label-text, :$at, TrueOnly :$left, TrueOnly :$center, TrueOnly :$right,
LabelRotate :$rotate, :$font-name, :$font-size, FalseOnly :$enhanced,
TrueOnly :$front, TrueOnly :$back, :$textcolor, FalseOnly :$point, :$line-type, :$point-type, :$point-size, :$offset,
TrueOnly :$boxed, TrueOnly :$hypertext, :&writer? = -> $msg { self.command: $msg }
)
Places the text string at the corresponding 2D or 3D position.
Defined as:
method xlabel(
Str :$label, :$offset, :$font-name, :$font-size, :$textcolor,
Bool :$enhanced, AnyLabelRotate :$rotate, :&writer? = -> $msg { self.command: $msg }
)
Sets the x-axis label.
Defined as:
method ylabel(
Str :$label, :$offset, :$font-name, :$font-size, :$textcolor,
Bool :$enhanced, AnyLabelRotate :$rotate, :&writer? = -> $msg { self.command: $msg }
)
Sets the y-axis label.
Defined as:
method zlabel(
Str :$label, :$offset, :$font-name, :$font-size, :$textcolor,
Bool :$enhanced, AnyLabelRotate :$rotate, :&writer? = -> $msg { self.command: $msg }
)
Sets the z-axis label.
Defined as:
method x2label(
Str :$label, :$offset, :$font-name, :$font-size, :$textcolor,
Bool :$enhanced, AnyLabelRotate :$rotate, :&writer? = -> $msg { self.command: $msg }
)
Sets the x2-axis label.
Defined as:
method y2label(
Str :$label, :$offset, :$font-name, :$font-size, :$textcolor,
Bool :$enhanced, AnyLabelRotate :$rotate, :&writer? = -> $msg { self.command: $msg }
)
Sets the y2-axis label.
Defined as:
method cblabel(
Str :$label, :$offset, :$font-name, :$font-size, :$textcolor,
Bool :$enhanced, AnyLabelRotate :$rotate, :&writer? = -> $msg { self.command: $msg }
)
Sets the cb-axis label.
Defined as:
multi method xrange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method xrange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the horizontal range that will be displayed.
Defined as:
multi method yrange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method yrange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the vertical range that will be displayed.
Defined as:
multi method zrange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method zrange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the range that will be displayed on the z axis.
Defined as:
multi method x2range(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method x2range(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the range that will be displayed on the x2 axis.
Defined as:
multi method y2range(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method y2range(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the range that will be displayed on the y2 axis.
Defined as:
multi method cbrange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method cbrange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the range of values which are colored.
Defined as:
multi method rrange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method rrange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the range that will be displayed on the r axis.
Defined as:
multi method trange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method trange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Sets the parametric range used to compute x and y values when in parametric or polar modes.
Defined as:
multi method urange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method urange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Set the parametric ranges used to compute x, y, and z values when in splot parametric mode.
Defined as:
multi method vrange(
:$min, :$max, Bool :$reverse, Bool :$writeback, Bool :$extend,
:&writer? = -> $msg { self.command: $msg }
)
multi method vrange(TrueOnly :$restore, :&writer? = -> $msg { self.command: $msg })
Set the parametric ranges used to compute x, y, and z values when in splot parametric mode.
Defined as:
method xtics(
TrueOnly :$axis, TrueOnly :$border, Bool :$mirror,
TrueOnly :$in, TrueOnly :$out, TrueOnly :$scale-default, :$scale-major, :$scale-minor, AnyTicsRotate :$rotate, AnyTicsOffset :$offset,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$autojustify,
TrueOnly :$add,
TrueOnly :$autofreq,
:$incr,
:$start, :$end,
:@tics where Array[AnyTicsTic] | Array[],
:$format, :$font-name, :$font-size, Bool :$enhanced,
TrueOnly :$numeric, TrueOnly :$timedate, TrueOnly :$geographic,
TrueOnly :$rangelimited,
:$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Controls the major (labeled) tics on the x axis.
Defined as:
method ytics(
TrueOnly :$axis, TrueOnly :$border, Bool :$mirror,
TrueOnly :$in, TrueOnly :$out, TrueOnly :$scale-default, :$scale-major, :$scale-minor, AnyTicsRotate :$rotate, AnyTicsOffset :$offset,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$autojustify,
TrueOnly :$add,
TrueOnly :$autofreq,
:$incr,
:$start, :$end,
:@tics where Array[AnyTicsTic] | Array[],
:$format, :$font-name, :$font-size, Bool :$enhanced,
TrueOnly :$numeric, TrueOnly :$timedate, TrueOnly :$geographic,
TrueOnly :$rangelimited,
:$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Controls the major (labeled) tics on the y axis.
Defined as:
method ztics(
TrueOnly :$axis, TrueOnly :$border, Bool :$mirror,
TrueOnly :$in, TrueOnly :$out, TrueOnly :$scale-default, :$scale-major, :$scale-minor, AnyTicsRotate :$rotate, AnyTicsOffset :$offset,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$autojustify,
TrueOnly :$add,
TrueOnly :$autofreq,
:$incr,
:$start, :$end,
:@tics where Array[AnyTicsTic] | Array[],
:$format, :$font-name, :$font-size, Bool :$enhanced,
TrueOnly :$numeric, TrueOnly :$timedate, TrueOnly :$geographic,
TrueOnly :$rangelimited,
:$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Controls the major (labeled) tics on the z axis.
Defined as:
method x2tics(
TrueOnly :$axis, TrueOnly :$border, Bool :$mirror,
TrueOnly :$in, TrueOnly :$out, TrueOnly :$scale-default, :$scale-major, :$scale-minor, AnyTicsRotate :$rotate, AnyTicsOffset :$offset,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$autojustify,
TrueOnly :$add,
TrueOnly :$autofreq,
:$incr,
:$start, :$end,
:@tics where Array[AnyTicsTic] | Array[],
:$format, :$font-name, :$font-size, Bool :$enhanced,
TrueOnly :$numeric, TrueOnly :$timedate, TrueOnly :$geographic,
TrueOnly :$rangelimited,
:$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Controls the major (labeled) tics on the x2 axis.
Defined as:
method y2tics(
TrueOnly :$axis, TrueOnly :$border, Bool :$mirror,
TrueOnly :$in, TrueOnly :$out, TrueOnly :$scale-default, :$scale-major, :$scale-minor, AnyTicsRotate :$rotate, AnyTicsOffset :$offset,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$autojustify,
TrueOnly :$add,
TrueOnly :$autofreq,
:$incr,
:$start, :$end,
:@tics where Array[AnyTicsTic] | Array[],
:$format, :$font-name, :$font-size, Bool :$enhanced,
TrueOnly :$numeric, TrueOnly :$timedate, TrueOnly :$geographic,
TrueOnly :$rangelimited,
:$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Controls the major (labeled) tics on the y2 axis.
Defined as:
method cbtics(
TrueOnly :$axis, TrueOnly :$border, Bool :$mirror,
TrueOnly :$in, TrueOnly :$out, TrueOnly :$scale-default, :$scale-major, :$scale-minor, AnyTicsRotate :$rotate, AnyTicsOffset :$offset,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$autojustify,
TrueOnly :$add,
TrueOnly :$autofreq,
:$incr,
:$start, :$end,
:@tics where Array[AnyTicsTic] | Array[],
:$format, :$font-name, :$font-size, Bool :$enhanced,
TrueOnly :$numeric, TrueOnly :$timedate, TrueOnly :$geographic,
TrueOnly :$rangelimited,
:$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Controls the major (labeled) tics on the color box axis.
Defined as:
method legend(
TrueOnly :$on, TrueOnly :$off, TrueOnly :$default, TrueOnly :$inside, TrueOnly :$outside, TrueOnly :$lmargin, TrueOnly :$rmargin, TrueOnly :$tmargin, TrueOnly :$bmargin,
:$at,
TrueOnly :$left, TrueOnly :$right, TrueOnly :$center, TrueOnly :$top, TrueOnly :$bottom,
TrueOnly :$vertical, TrueOnly :$horizontal, TrueOnly :$Left, TrueOnly :$Right,
Bool :$opaque, Bool :$reverse, Bool :$invert,
:$samplen, :$spacing, :$width, :$height,
TrueOnly :$autotitle, TrueOnly :$columnheader, :$title, :$font-name, :$font-size, :$textcolor,
Bool :$box, :$linestyle, :$linetype, :$linewidth,
LegendMax :$maxcols, LegendMax :$maxrows, :&writer? = -> $msg { self.command: $msg }
)
Enables a key (or legend) containing a title and a sample (line, point, box) for each plot in the graph.
Defined as:
method border(
:$integer, TrueOnly :$front, TrueOnly :$back, TrueOnly :$behind,
:lw(:$linewidth), :ls(:$linestyle), :lt(:$linetype), :&writer? = -> $msg { self.command: $msg }
)
Controls the display of the graph borders for the plot and splot commands.
Defined as:
method grid(
Bool :$xtics, TrueOnly :$mxtics, Bool :$ytics, TrueOnly :$mytics, Bool :$ztics, TrueOnly :$mztics,
Bool :$x2tics, TrueOnly :$mx2tics, Bool :$y2tics, TrueOnly :$my2tics, Bool :$cbtics, TrueOnly :$mcbtics,
:$polar, TrueOnly :$layerdefault, TrueOnly :$front, TrueOnly :$back,
:ls(:@linestyle), :lt(:@linetype), :lw(:@linewidth), :&writer? = -> $msg { self.command: $msg }
)
Allows grid lines to be drawn on the plot.
Defined as:
method timestamp(
Str :$format, TrueOnly :$top, TrueOnly :$bottom, Bool :$rotate,
:$offset, :$font-name, :$font-size, :$textcolor, :&writer? = -> $msg { self.command: $msg }
)
Places the time and date of the plot in the left margin.
Defined as:
multi method rectangle(
:$index!, :$from, :$to,
TrueOnly :$front, TrueOnly :$back, TrueOnly :$behind, Bool :$clip, :$fillcolor, :$fillstyle,
TrueOnly :$default, :$linewidth, :$dashtype, :&writer? = -> $msg { self.command: $msg }
)
multi method rectangle(
:$index, :$from, :$rto,
TrueOnly :$front, TrueOnly :$back, TrueOnly :$behind, Bool :$clip, :$fillcolor, :$fillstyle,
TrueOnly :$default, :$linewidth, :$dashtype, :&writer? = -> $msg { self.command: $msg }
)
Defines a single rectangle which will appear in all subsequent 2D plot.
Defined as:
method ellipse(
:$index, :center(:$at), :$w!, :$h!,
TrueOnly :$front, TrueOnly :$back, TrueOnly :$behind, Bool :$clip, :$fillcolor, :$fillstyle,
TrueOnly :$default, :$linewidth, :$dashtype, :&writer? = -> $msg { self.command: $msg }
)
Defines a single ellipse which will appear in all subsequent 2D plot.
Defined as:
method circle(
:$index, :center(:$at), :$radius!,
TrueOnly :$front, TrueOnly :$back, TrueOnly :$behind, Bool :$clip, :$fillcolor, :$fillstyle,
TrueOnly :$default, :$linewidth, :$dashtype, :&writer? = -> $msg { self.command: $msg }
)
Defines a single circle which will appear in all subsequent 2D plot.
Defined as:
method polygon(
:$index, :$from, :@to,
TrueOnly :$front, TrueOnly :$back, TrueOnly :$behind, Bool :$clip, :$fillcolor, :$fillstyle,
TrueOnly :$default, :$linewidth, :$dashtype, :&writer? = -> $msg { self.command: $msg }
)
Defines a single polygon which will appear in all subsequent 2D plot.
Defined as:
method title(
Str :$text, :$offset, :$font-name, :$font-size, :tc(:$textcolor), :$colorspec, Bool :$enhanced,
:&writer? = -> $msg { self.command: $msg }
)
Produces a plot title that is centered at the top of the plot.
Defined as:
multi method arrow(
:$tag, :$from, :$to, Bool :$head, TrueOnly :$backhead, TrueOnly :$heads,
:$head-length, :$head-angle, :$back-angle,
Bool :$filled, TrueOnly :$empty, TrueOnly :$border,
TrueOnly :$front, TrueOnly :$back,
:ls(:$linestyle), :lt(:$linetype), :lw(:$linewidth), :lc(:$linecolor), :dt(:$dashtype), :&writer? = -> $msg { self.command: $msg }
)
Places an arrow on a plot.
Defined as:
multi method arrow(
:$tag, :$from, :$rto, Bool :$head, TrueOnly :$backhead, TrueOnly :$heads,
:$head-length, :$head-angle, :$back-angle,
Bool :$filled, TrueOnly :$empty, TrueOnly :$border,
TrueOnly :$front, TrueOnly :$back,
:ls(:$linestyle), :lt(:$linetype), :lw(:$linewidth), :lc(:$linecolor), :dt(:$dashtype), :&writer? = -> $msg { self.command: $msg }
)
Places gnuplot in the multiplot mode, in which several plots are placed next to each other on the same page or screen window.
Defined as:
method command(Str $command)
Runs a given $command. If there are no appropriate interfaces, this method will be a good alternative.
use Chart::Gnuplot;
my $gnu = Chart::Gnuplot.new(:terminal("png"), :filename("surface.dem.00.png"));
$gnu.title(:text("3D surface from a grid (matrix) of Z values"));
$gnu.xrange(:min(-0.5), :max(4.5));
$gnu.yrange(:min(-0.5), :max(4.5));
$gnu.grid;
$gnu.command("set hidden3d");
my @grid = (q:to/EOF/).split("\n", :skip-empty)>>.split(" ", :skip-empty);
5 4 3 1 0
2 2 0 0 1
0 0 0 1 0
0 0 0 2 3
0 1 2 4 3
EOF
$gnu.splot(:vertices(@grid), :style("lines"), :title(False), :matrix);
$gnu.dispose;
use Chart::Gnuplot;
my $gnu = Chart::Gnuplot.new(:terminal("png"), :filename("sinx.png"));
$gnu.title(:text("sin(x) curve"));
$gnu.plot(:function('sin(x)'));
$gnu.dispose;
use v6;
use Chart::Gnuplot;
my $gnu = Chart::Gnuplot.new(:terminal("png"), :filename("recprec.png"));
$gnu.title(:text("Recall-Precision Curve"));
$gnu.ylabel(:label("Precision"));
$gnu.xlabel(:label("Recall"));
$gnu.xrange(:min(0.0), :max(1.0));
$gnu.yrange(:min(0.0), :max(1.0));
my @methodA = (q:to/EOF/).split("\n", :skip-empty)>>.split(" ", :skip-empty);
0.0 1.0
0.1 0.95
0.2 0.9
0.3 0.85
0.4 0.82
0.5 0.6
0.6 0.55
0.7 0.51
0.8 0.4
0.9 0.38
1.0 0.35
EOF
my @methodB = (q:to/EOF/).split("\n", :skip-empty)>>.split(" ", :skip-empty);
0.0 1.0
0.1 0.95
0.2 0.8
0.3 0.5
0.4 0.4
0.5 0.3
0.6 0.2
0.7 0.1
0.8 0.08
0.9 0.05
1.0 0.05
EOF
my %methodA = %(:vertices(@methodA), :style("linespoints"), :title("proposed"), :lc(qw/rgb "green"/), :pt(10));
my %methodB = %(:vertices(@methodB), :style("linespoints"), :title("baseline"), :lc(qw/rgb "red"/), :pt(13));
$gnu.plot(|%methodA);
$gnu.plot(|%methodB);
$gnu.dispose;
One way to do this is:
-
- Write a svg image as a tmp file.
-
- Read this tmp file and remove the first superfluous line.
If you haven't setup Raku kernel yet, use Jupyter::Kernel.
use Chart::Gnuplot;
use Chart::Gnuplot::Subset;
use File::Temp;
my ($filename, $filehandle);
# NOTE: Shouldn't remove both ENTER and LEAVE blocks. File::Temp's auto-unlink doesn't seem to work on jupyter.
ENTER {
($filename, $filehandle) = tempfile(:tempdir("/tmp"), :suffix(".svg"));
}
LEAVE {
$filehandle.close;
$filename.IO.unlink;
}
my $gnu = Chart::Gnuplot.new(:terminal("svg"), :filename($filename));
my @data = (q:to/EOF/).split("\n", :skip-empty)>>.split(" ", :skip-empty);
Year Male Female
1950 100 90
1960 100 90
1970 80 70
1980 130 140
1990 140 120
2000 200 210
2010 240 230
2020 400 420
EOF
my ($header, *@body) = @data;
$gnu.command("set style histogram clustered");
$gnu.legend(:left);
my AnyTicsTic @tics = (@body>>.[0]).pairs.map(-> (:key($pos), :value($year)) { %(:label($year), :pos($pos)) });
$gnu.xtics(:tics(@tics));
$gnu.xlabel(:label($header[0]));
$gnu.plot(:vertices(@body), :using([2]), :style("histogram"), :title($header[1]), :fill("solid 1.0"));
$gnu.plot(:vertices(@body), :using([3]), :style("histogram"), :title($header[2]), :fill("solid 1.0"));
$gnu.dispose;
$filehandle.lines[1..*].join("\n");
The example ipynb file is here: /notebooks/synopsis.ipynb.
titsuki [email protected]
Copyright 2017 titsuki
This library is free software; you can redistribute it and/or modify it under the GNU General Public License version 3.0.