- I had to play with module imports as they created a lot of error in
the tests although in reality the program worked OK.
- I've fixed some mistakes in TcL commands (they were testing isinstance
against the like of Geometry instead of FlatCAMGeometry)
- I've had to add some fixes in ObjectCollections.py (error on
create_index() method but Marco already fixed this in the checkbox
in project tab pull request and knew about this.
- Although at some point the tests run fine, I've made some checkings
on my own over the Tcl commands and discovered errors which I fixed as
mentioned above.
- conclusion is that tests are just a must and do not cover everything
(like saving projects which at some point by juggling with imports I
braked and tests were 100% OK)
(this is pointless)
- added separators between groups of menu items
- added icons for the Drawing -> Paint and for the Drawing - > Buffer
- added ability to add icons for the Tools
- added icons to the current tools (Dblsided Tool, Measurement Tool)
- added buttons in the toolbar for: Open Gerber, Open Excellon,
Open Gcode and Save Project As
- added button in Tools toolbar for Measurement tool
- added separators in the toolbar
- organized the toolbar buttons in multiple toolbars that can be disabled
with right click on the toolbar
- added names for the toolbars where they were not present
the project is created with plot=False then it will not be checked in
Project tab
- improved the panelize command by toggling OFF the plot for the
temporary objects. There is no need to plot the temporary objects, only
the panel is of interest
- add a few aliases for the Panelize command ('pan' and 'panel')
(the elements from GuiElements.py that require text entry, less
FCTextArea for which it might be unwanted behaior) the content is selected.
This makes easier the edit of values.
- in camlib.py, CNCJob class -> generate_from_excellon_by_tool() was
failing in the line to sort the tools due of been unable to compare
between dict's. I replaced that section.
Basically it test the "size" value for the current aperture and if it's
found with zero value it will replace with a really small value
(0.0000001)that for all practical purposes is "zero"
(0.0000001 in inch is really small and in mm is even smaller)
- correcting small typos
- add setup.py script,
- switch to use images via "share:" resource name
(this allows to work both versions of application:
- system wide installation,
- directly from source),
- add .desktop file,
- rename FlatCAM.py to flatcam and install it as an
executable script.