GCode Generator with Python

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# GCode generator in Python I developed an easy to use gcode generator for CNC machines. It's possible to create a couple of geometrical shapes. Current version is running under **Python 2.7** ## comments are welcome :-) ## Changelog *** V0.08 - 27-10-18 new: milling a rectangle pocket V0.09 - 02-11-18 new: drilling holes in a grid V0.10 - 11-11-18 new: smooth a rectangle surface in parallel lines V0.11 - 12-11-18 new: smooth a round surface in a spiral V0.12.4 - 01.12.18 bugfix release, new : ToolID, SpindleSpeed, SpindleDir(CW/CCW) available **V0.12.5 - 27.02.19** bugfix and new improvements: material choose, spindle speed, son-material file, json-config file ***  Most of below shapes can be used with cutter compensation ##Material list * material choosing for all (most) milling stuff * material details inside JSON-File * Choose a material, some fields are autofilled ## Contour millings * contour circle * contour rectangle * contour round rectangle * contour holes in a circle * contour holes in a grid ## Pocket millings * pocket a round rectangle * new 27.10.18 pocket a rectangle ## Drilling holes * new 02.11.18 drilling holes in a grid ## Surface * new 11.11.18 smooth a rectangle surface in parallel lines * new 12.11.18 smooth a round surface in a spiral line ## Other base functionalites * GCode preview window * save gcode to file * save gcode to clipboard * save gcode to LinuxCNC AXIS software * V0.12.4 using of toolID, spindle speed, spindle direction * **V0.12.5** using a config-file and material configuration ## Download Follow this link to GitHub https://github.com/mrRobot62/GCodeGenerator_Geometricals/blob/master/README.md ## Please note This generator is under construction. If you find bugs, please open an issue on github ##Interesting GCode simulators are Browser based (on- and offline !) https://ncviewer.com Software package https://camotics.org #Following GCode can be calculated ## Contour milling     ## Pockets    ## Drillings  ## Surface