GRBL-Plotter

README deutsch
A GCode sender for GRBL under windows, using DotNET 4.0 (should also work with Windows XP)
Written in C# VisualStudio 2015.
If you like GRBL-Plotter, show it to me with a small donation :-)

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Check the Wiki for further information

Program is free and you can use it at your own risk,
as you understand there is no warranty of any kind

Zip folder contains ClickOnce application setup. Exe can be found in sub-folder GRBL-Plotter/bin/release.

GRBL-Plotter Vers. 1.3.4.6 2020-04-15

Requirements for compiling

VisualStudio 2015
DotNET 4.0

Feature list:

Import/Export:

Several options to translate Pen Up/Down
- controlling a Z axis
- controlling a servo
- controlling a laser
- user defined commands
- Create GCode absolute or relative (for further use as subroutine)
Ruler and import units can be switched between mm or inch
GCode import via file load, drag & drop or copy & paste
- Loading GCode with optional replacement of M3 / M4 commands (helpful for 'Laser Mode' $32=1)
SVG graphics import via file load, drag & drop (also URL) or copy & paste - tested with Inkscape generated SVGs
- optional resize to fixed size
- optional output of nodes only (generating drill holes for string art Video 'String Art' )
- optional sorting of paths by used color
- optional tool change
- if text needs to be imported, convert text into path first
DXF graphics import via file load, drag & drop (also URL) - tested with LibreCAD generated DXFs
- few entities are missing
Drag tool compensation
HPGL graphics import via file load, drag & drop
Drill file import via file load, drag & drop
Image import via file load or drag & drop
GCode can be edited and saved
Recent File List (Files and URLs)
Export / import machine specific settings (Joystick, Buttons)

GCode creation:

Create Text
- own created 'Dot Matrix' font Video 'Dot Matrix'
Create simple shapes
Create GCode via tool extensions

GCode manipulation:

Transformation of GCodes (scale, rotation, mirror, zero-Offset)
any A,B,C,U,V,W commands will stay in place.
Transformation via camera teaching
Axis Substitution for Rotary Axis
Radius compensation
Create Code for Tangential axis

Machine control:

Height map, auto leveling
Probing dialog
Individual commands via user defined Buttons
Joystick like control in user interface
support of no-name USB GamePad / Joystick
Optional usage of a WebCam with separate coordinate system: graphics overlay of the current GCode, set zero point, measure angle, zoom, teaching
- Shape recognition for easier teach-point (fiducial) assignment
- Transforming GCode with camera aid, to match drill file with PCB view Wiki 'PCB drilling'

Flow control:

Supporting subroutines M98, M99 Sub-Program Call (P, L)
Internal variable to support probing, e.g.:
- G38.3 Z-50 (probe toward tool length sensor, stop on contact - because of deceleration stop-pos. is not trigger-pos.)
- G43.1 Z@PRBZ (Offset Tool with value stored on trigger of sensor switch)
- examine SerialForm.cs for implementation

GRBL:

Automatic reconnect on program start
Supporting GRBL 1.1 (and 0.9 also)
Check for 30 kHz max. step-pin frequency
Supporting new GRBL 1.1 features
- Jogging
- Feed rate override
- Spindle speed override
- real time display GRBL states (in COM CNC window)
Check limits of GRBL setup - max. STEP frequency and min. FEED rate in COM CNC window
Controlling a 2nd GRBL-Hardware
Supports 4th axis (A, B, C, U, V or W). Status and control (special GRBL version needed)