Advanced Search

Sorry for late reply:
I typically add the screen options widget to the 'centralwidget' of the MainWindow.

Then you can set properties in the screenOption widget to turn on optional behavior such as:

Preference file loading/saving
Common dialog widgets
User Color properties for use in stylesheets
play sounds on events
catch the close window event to add a close dialog
embedding external programs

Most of these properties are true/false

I did push some work that might have improved this. If you are using _hd maybe more work needs to be done the code base is a little different.

Versa probe is the Qtvcp version of the original Verser probe inteface written by Verser.
github.com/verser-git/probe_screen_v2

AFAIK Basic probe is based on the pyqtvcp screen probe basic.

They were then modified/developed to use common probe routine code.
Persei802 (Jim) did most of the work combining the code bases all of the work creating basic probe for Qtvcp.

They are mostly the same for work probing.
Versa Probe supports auto tool probing (bt adding remap code) and some new tool length probing routines.

Not sure what you mean about the actual probes - any brand probe that can output an on/off output to linuxcnc could be used.

You need this linuxcnc.org/docs/stable/html/drivers/hal_gpio.html

Hello, terribly sorry to revive this thread, but I am looking for someone who can help me re-wire my Cortini L300 that a acquired with the boards unplugged. I have a partial manual and have just finished rebuilding the fried spindle control board, but I am not sure which wires the interruptor connects to, nor where the AC input goes into the board as that page of my manual is missing.

Thank you

Yeah them awesome silicon. Received 2 (two) ESP32-P4NRW32 to prototype hardware with, looking forward integrating them into projects. Here's the pre-release official block diagram for it, the one advertised is kinda old.

CONF. Do NOT share those attachments, yet. For your eyes only. 

Cylindrical mapping in linuxcnc: you program a part with X Y and Z in a lathe and it is mapped in a rotary axis (using spindle a C axis)
Better explained here


Best regards!

abdulasis12 wrote:

Can you share any solution for fix this error about DKMS and don't need  to reinstall with .ISO ?


 

Refer here. Please restrict this thread to Ethercat installation only
docs.google.com/document/d/1jeV_4VKzVmOI...diY/edit?usp=sharing

yes

I was missing the start


after adding start it is working

Now I will read how to make soft button

Thanks

Hi guys,

Tonight i did a test on the ethercat production machine, i brought a pc for the machine, pre installed linuxcnc and halcore on it.
This pc was already tested ok on the ethercat test board.

At the machine, after a while i came to the conclusion that one of the lcec output module's was broken, the stepper dir module.
altough it's brand new.  So maybe it is thanks to Stuxnet that i had so much trouble this week.

I had to drive to home again, and get a other lcec module. Then replaced it, and it worked.
But then the 24v input's where a problem. The input lights are burning on the module, but in halview, no signal is incoming.
So that's a problem i still have to solve. It was no problem for testing the machine altough.

Ok i made a few video's to show you.

The machine is never used before, and is software limited to 15000mm/min, it can run up to about 19000mm/min.
The machine has 2 x-axis motors, 1 for y, 1 for z. The machine setup is backslash free.
At the time it was configured with steppers. Nowaday's i think i would use servo's.

The machine in the workshop, the workshop i a collection of items, you see an old car in the background.
 

First video, running halcore.


Surface test.



Lcevette file milling, tiny product.

That is exactly what I did to solve the issue. The interesting part is that this behavior become apparent only after I upgraded my PC and changed my Mesa 5i25(PCI) with 7I92TF(ethernet). 

I'm not sure about halrun but the thread component needs
a start command when run from halcmd
 

Sorry... another newb question.

I have written and understand the need for a reverse transformation that converts a desired X,Y location to joint rotations (I have a simple 2-axis system).

We are running in open loop so there is no feedback.

Is there a reason LinuxCNC needs the "forward transformation" (which if I understand correctly, would convert a known joint rotation to LinuxCNC to a specific X,Y location. in an open loop system, what purpose does having both a forward and reverse transformation in your kinematics file do?

Rod,

Also a newby here - trying to run LinuxCNC on a Raspberry pi4 and use the GPIO but getting an error that we don't have hal_pi_gpio module. Where do we find this? I've seen reference to this being part of Machinekit. Do we need to replace our existing LinuxCNC install with Machinekit or can we simply install the necessary hal_pi_gpio modules to get the GPIO running with our Pi4?

I want to change the state of pin 17 on my breakout board. At this stage, I dont want any GUI involved.

I want to change the state of pin 17 by halrun command

halcmd: setp parport.0.pin-17-out 1

the hal file name secondhal.hal,      then I issue 
halrun -I -f secondhal.hal

---

loadrt threads name1=base-thread fp1=0 period1=50000 name2=servo-thread period2=1000000
loadrt hal_parport cfg="0 out"
setp parport.0.reset-time 5000
1addf parport.0.read base-thread
addf parport.0.write base-thread
addf parport.0.reset base-thread

---

but no change to bob pin 17
Can anyone help?



Good day

Philip