The project may be seen as a framework providing different functions and classes to create python scripts that in turn create scripts to operate machines.

See scriptExample.py!

Feel free to open issues if there are any questions or new features are required.

The used unit for lengths is micrometer if not explicitly specified.

This package contains shapes that should be used. Currently there exists Line and Rectangle as basic shapes and all other shapes should be decendendts of that basic shapes (i. e. LaserLine extends Line). See the classes for short explanations.

Contains utility functions that are useful in combination with Elements.Shapes

Contains a useful function createScriptFromLaserLinesWithExplicitNullPoint(laserLines, nullX, nullY) that may be used to generate a script for lasering. The first parameter should be list of LaserLines. The function returns a String that is the script.

This packages contains all modules that should be used for graphical representations.

To use this module you need to install matplotlib. If you are on windows and python is in your PATH variable use:

• python -m pip install setuptools
• python -m pip install matplotlib

and you are good to go.

Currently the module contains one class matplotCanvas(lines, rectangles) and only draws the lines (actually currently only LaserLines!). You can add lines or LineGroups later via addLine(line) and addLineGroup(group). Use the function plot to draw the lines. A window is openend containing the plot.

This is a simple Tkinter graphical user interface that allows the input of different parameters. The module contains a single class InputForm. On creation you provide as parameter a dictionary in the form {"Value Name 1": defaultValue1, ... , "Value Name N": defaultValueN}

i. e. parameters = {"powerP1": 45, "freqP1": 35, ...}

The Gui will contain an inputfield for every entry in the dictionary. With the function open() the gui is openend and when closed the function will return either True(ok clicked) or False(cancel clicked or Red X). You can now get your dictonary back by calling getDictonary().