Author: Peter Rogers ([email protected])
Simulates execution of a G-Code script. Supported codes:
* Comments
* Assignments
* G00 - Rapid positioning
* G01 - Linear interpolation
* G02 - Circle interpolation (CW)
* G03 - Circle interpolation (CCW)
* G04 - Dwell
* G21 - Units in mm (buggy)
* M02 - End program
* M03 - Spindle on
* M05 - Spindle off
* M06 - Tool change
* Txx - Tool selection
Features:
* Simulates the execution of a gcode script (.ngc file)
* Renders the job in the XY plane (other views not supported)
* Displays commands as they are executed
* A slider lets you scrub through the job's timeline
Future plans:
* Add support for more gcode commands
* Render the job with configurable colors
* Include a listing of the script in a side panel
* Script editor?
* Text wraps in source view?
* Jump to selected line
* Optimize rendering (particularly when seeking backwards)
* Plugin - match coordinate systems - inkscape + laser
* Save program preferences
* Dimension render area?
* Slider for speed control
To run the G-Code simulator you will need:
* Python 2.6 or later, including Python 3 (https://www.python.org/)
* PyGObject (https://live.gnome.org/PyGObject)
* Numpy (http://numpy.scipy.org)
Run the script from the command line:
python gsim-launch.py
You can also view the parsed G-code with the command:
python -m gsim.gcode
The program has been tested on Linux but should work in Windows as well.
The source is released under the GPL v2 (or later). See LICENSE.txt for more details.
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