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Sorry, please try again, Yes, I had limited to .AU Sorry about that,
middle of the night here,,,,

Über Debug kann man sich das im Fenster vorne ausgeben lassen. Z. B. #1234 = 12 + 32 ( debug, #1234 )
es gibt auch noch msg, und print, jenachdem ob es im terminal stehen soll oder vorne erscheinen soll

Is the a 7I96 or 7I96S?

If 7i96S you should be able to use the 7I96S analog output
connected to the VFDs +5V output, CM, and VIN1

VFD   7I96S
REF   SPINDLE+
VIN1   SPINOUT
CM      SPINDLE-

Then you would use 2 isolated outputs to drive the VFDs FWD and REV pins, something like:

V+  --> OUT0+
OUT0- --> FWD

V+  --> OUT1+
OUT1- --> REV
 

i have everything opening fine i just don't have the hal complexity for everything i want to have so it just a matter of building that out and using the qtpyvcp ui to wire it all together in the digital sense. this is basically a project that started out as me thinking it would happen quickly and then turned into a major project for me. now i got so much time in it i just have to keep going with it to see what happens i think i got past the really hard part so now i can start adding stuff to a bare bones setup test and if nothing crashed add some more stuff. i keep making progress with it it's just slow moving because i never did anything like this before. on the up side of the set backs i have not spent any money on real stuff lately so that ended up being a plus for me in that sense

Just enter a random made-up Australian address and you will get the option of "Standard delivery - Free"

this has already been implemented in qtpyvcp and does not require vismach. the model can be setup to be shown and run in main vtk ui backplotter natively and respond to gcode and subroutines etc. and is quite easy to setup.

 

some examples below of things already done. to setup once you have your stl/step file components, to do this follow the below steps:

step 1: add new folder to your machine config directory, name is "machine"

step 2: add your stl or step files to the "machine" folder

 

step 3: create a yaml file, can use the below example as a template, to set the base component and orient and configure each component relation in space, and assign an axis for motion.

 

step 4: add a setting in the ini file for [VTK] to activate simulation by loading the new yaml file on startup.

 


Have fun!

Chris