Error in tool_offsetview.py

I added the "Go to zero" function to "axis_tool_button.py" but it makes little sense from the user's point of view.
What do you think about adding the ability to add such functions in an easier way, maybe in an ini file?

I agree it seems the wrong place.
How do you propose INI button functions would work?
a list of builtin functions that can be enabled?
What functions?

For now, I would like to have a "go to zero" function.
Could add a function to the axis_tool_button.py file, or create the possibility of adding macros to the button menu of individual axis.
I don't know what the best solution would be, but I miss the "go to zero" function for individual axes.

If you try to reload a file that no longer exists there is a python error.
If there is no file to reload I think the button should be disabled:
self.w.btn_reload_file.setEnabled(os.path.isfile(self.last_loaded_program))
Maybe under periodic_update in the qtdragon handler file?

What version are you using?

I tested on 2.9.3 and master, and the error comes from gcode_graphics.py or qt5_graphics.py

Hi Cmorley

I've recently noticed a problem in qtdragon with the spindle turning on after using the "touch plate". (tested on different versions of linuxcnc).
If I do e.g. M3 S1000 from MDI, then turn off the spindle using the spindle stop button, then use the touch plate, or my own tool length measurement routine, then the spindle will turn on by itself.

It seems that the spindle stop button does not execute the M5 code, because if I add M5 at the beginning of my own tool measurement routine, then there is no problem with the spindle turning on by itself.

Marek

No, I am not using M70.

This is not a problem in my configuration, because this problem also occurs on a fresh, default qtdragon configuration.
Problem on a real machine, as well as in a virtual machine with a virtual touch plat.

Qtvcp's probe routines use m70 /m72- I do think that is the source of the problem.