ROBOCUT(1) User Commands ROBOCUT(1)NAME
Robocut - is used with cutting plotters.
DESCRIPTION
The `Robocut' program plots or cuts SVG files on a Craft Robo or Silhouette SD or most likely any other customer grade Graphtec cutting
plotter.
Usage:
robocut [OPTIONS...] [File]
Help Options:
--help Show summary of options.
--version
Show version information and copyright details.
--show Show all the parameters entered and the defaults.
Application Options:
-s, --no-sort
Stop sort the objects from the SVG before plotting.
-t, --bb-sort
Sort the objects by bounding box, good for letters. This will cut out the inside first and than the outside.
--cut Shows the cutting dialogue after start.
--media INT
Select the media. See drop down box.
-g, --speed INT
The speed between 1 and 33.
-p, --pressure INT
The pressure between 1 and 10.
--track-enhancing
Move three times back and forward to create a track.
--margin-top DOUBLE
Define the margin on top in mm.
--margin-right DOUBLE
Define the margin right in mm.
Registration Mark Options:
-r, --reg-mark-auto
Use registration marks and find the marks automatically.
--reg-mark
Use registration marks but set the knife manually on top the round mark.
-a, --reg-dimension-width DOUBLE
Specify the length in mm between the the two horizontal marks.
-b, --reg-dimension-height DOUBLE
Specify the length in mm between the the two vertical marks.
-c, --reg-origin-width DOUBLE
Specify the length in mm between the the edge of the paper and the first horizontal mark.
-d, --reg-origin-height DOUBLE
Specify the length in mm between the the edge of the paper and the first vertical mark.
Device Options:
--usb-vendor-id INT
Try this program with other usb hardware on your own risk. You need to convert hex to dec.
--usb-product-id INT
May also work with other hardware, try usb-devices program to scan your computer.
ENVIRONMENT
QT SVG only supports the SVG 1.2 Tiny standard and this has a limited SVG support. For example multiline text is something that is no sup-
ported by Robocut, however you can export your text to a path or just create each line separate.
AUTHOR
Written by Tim Hutt and Markus Schulz <schulz@alpharesearch.de>
REPORTING BUGS
Report bugs to https://bugs.launchpad.net/robocut/+filebug.
COPYRIGHT
Copyright (C) 2010
This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICU-
LAR PURPOSE.
Robocut V1.0.8 August 2011 ROBOCUT(1)
Check Out this Related Man Page
Graph(3pm) User Contributed Perl Documentation Graph(3pm)NAME
SVG::Graph - Visualize your data in Scalable Vector Graphics (SVG) format.
SYNOPSIS
use SVG::Graph;
use SVG::Graph::Data;
use SVG::Graph::Data::Datum;
#create a new SVG document to plot in...
my $graph = SVG::Graph->new(width=>600,height=>600,margin=>30);
#and create a frame to hold the data/glyphs
my $frame = $graph->add_frame;
#let's plot y = x^2
my @data = map {SVG::Graph::Data::Datum->new(x=>$_,y=>$_^2)}
(1,2,3,4,5);
my $data = SVG::Graph::Data->new(data => @data);
#put the xy data into the frame
$frame->add_data($data);
#add some glyphs to apply to the data in the frame
$frame->add_glyph('axis', #add an axis glyph
'x_absolute_ticks' => 1, #with ticks every one
#unit on the x axis
'y_absolute_ticks' => 1, #and ticks every one
#unit on the y axis
'stroke' => 'black', #draw the axis black
'stroke-width' => 2, #and 2px thick
);
$frame->add_glyph('scatter', #add a scatterplot glyph
'stroke' => 'red', #the dots will be outlined
#in red,
'fill' => 'red', #filled red,
'fill-opacity' => 0.5, #and 50% opaque
);
#print the graphic
print $graph->draw;
DESCRIPTION
SVG::Graph is a suite of perl modules for plotting data. SVG::Graph currently supports plots of one-, two- and three-dimensional data, as
well as N-ary rooted trees. Data may be represented as:
Glyph Name Dimensionality supported
1d 2d 3d tree
--------------------------------------------------------
Axis x
Bar Graph x
Bubble Plot x
Heatmap Graph x
Line Graph x
Pie Graph x
Scatter Plot x
Spline Graph x
Tree x
SVG::Graph 0.02 is a pre-alpha release. Keep in mind that many of the glyphs are not very robust.
PLOTTING
You need to create a SVG::Graph::Frame instance from the parent SVG::Graph instance for each set of data to be plotted. Datasets can be
hierarchical, and to represent this, SVG::Graph::Frame instances can themselves contain subframes. SVG::Graph::Frame can contain:
- multiple subframes as instances of SVG::Graph::Frame
- a single SVG::Graph::Data instance
- multiple SVG::Graph::Glyph instances with which to render
the attached SVG::Graph::Data instance, and all SVG::Graph::Data
instances attached to SVG::Graph::Frame subinstances
See SVG::Graph::Frame and SVG::Graph::Glyph for details.
ONE DATA SET
1. create an SVG::Graph instance
2. create an SVG::Graph::Frame instance by calling
SVG::Graph::add_frame();
3. create an SVG::Graph::Data instance, containing
an SVG::Graph::Data::Datum instance for each data point.
4. Attach the SVG::Graph::Data instance to your SVG::Graph::Frame
using SVG::Graph::Frame::add_data();
5. Attach glyphs to the SVG::Graph::Frame instance using
SVG::Graph::Frame::add_glyph();
6. Call SVG::Graph::draw();
MULTIPLE DATA SETS
1. create an SVG::Graph instance
2. create an SVG::Graph::Frame instance by calling
SVG::Graph::add_frame();
3. create an SVG::Graph::Data instance, containing
an SVG::Graph::Data::Datum instance for each data point.
4. Attach the SVG::Graph::Data instance to your SVG::Graph::Frame
using SVG::Graph::Frame::add_data();
5. Attach glyphs to the SVG::Graph::Frame instance using
SVG::Graph::Frame::add_glyph();
6. repeat [2-5] for each additional data set to be added.
add_frame() can be called on SVG::Graph to add top-level data
sets, or SVG::Graph::Frame to add hierarchical data sets.
7. Call SVG::Graph::draw();
FEEDBACK
Send an email to the svg-graph-developers list. For more info, visit the project page at http://www.sf.net/projects/svg-graph
AUTHORS
Allen Day, <allenday@ucla.edu>
Chris To, <crsto@ucla.edu>
CONTRIBUTORS
James Chen, <chenj@seas.ucla.edu>
Brian O'Connor, <boconnor@ucla.edu>
SEE ALSO
SVG
METHODS
new
Title : new
Usage : my $graph = SVG::Graph->new(width=>600,
height=>600,
margin=>20);
Function: creates a new SVG::Graph object
Returns : a SVG::Graph object
Args : width => the width of the SVG
height => the height of the SVG
margin => margin for the root frame
init
Title : init
Usage :
Function:
Example :
Returns :
Args :
width
Title : width
Usage : $obj->width($newval)
Function:
Example :
Returns : value of width (a scalar)
Args : on set, new value (a scalar or undef, optional)
height
Title : height
Usage : $obj->height($newval)
Function:
Example :
Returns : value of height (a scalar)
Args : on set, new value (a scalar or undef, optional)
margin
Title : margin
Usage : $obj->margin($newval)
Function:
Example :
Returns : value of margin (a scalar)
Args : on set, new value (a scalar or undef, optional)
svg
Title : svg
Usage : $obj->svg($newval)
Function:
Example :
Returns : value of svg (a scalar)
Args : on set, new value (a scalar or undef, optional)
add_frame
Title : add_frame
Usage : my $frame = $graph->add_frame
Function: adds a Frame to the current Graph
Returns : a SVG::Graph::Frame object
Args : a hash. usable keys:
frame_transform (optional)
'top' default orientation
'bottom' rotates graph 180 deg (about the center)
'right' points top position towards right
'left' points top position towards left
frames
Title : frames
Usage : get/set
Function:
Example :
Returns :
Args :
xoffset
Title : xoffset
Usage : $obj->xoffset($newval)
Function:
Example :
Returns : value of xoffset (a scalar)
Args : on set, new value (a scalar or undef, optional)
yoffset
Title : yoffset
Usage : $obj->yoffset($newval)
Function:
Example :
Returns : value of yoffset (a scalar)
Args : on set, new value (a scalar or undef, optional)
draw
Title : draw
Usage : $graph=>draw
Function: depends on child glyph implementations
Returns : xmlifyied SVG object
Args : none
perl v5.10.0 2009-01-07 Graph(3pm)