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Hallo rode ja das ist richtig über ..f#<_hal[plasmac.cut-feed-rate> bekomme ich den feed-Speed des QtPlasmaC der eingestellt ist.
Ich kann natürlich die Mat-Nummer in Sheetcam eintragen…
Ich wollte aber das es der QtPlasmaC macht dann brauche ich nicht den G-Code ändern.Beispiel ich schneide ein mal das Teil in 3 mm
und möchte ein weiteres in 4 mm schneiden…
Da zu müsste ich im G-Code die Mat-Nummer ändern.
Es wäre gut wenn man in QtPlasmaC ein anderes Mat.wählt.


Hello rode yes that's right about ..f#<_hal[plasmac.cut-feed-rate> I get the feed speed of the QtPlasmaC that is set.

Of course, I can enter the mat number in Sheetcam...

But I wanted the QtPlasmaC to do it, then I don't need to change the G-code. For example, I cut the part into 3 mm

And would like to cut another one in 4 mm...

I would have to change the mat number in the G-code.

It would be wery nice set another Mat.in QtPlasmaC.

King regarde
Juergen

great

I can't get sdos list from the ECR86

If you cannot find things in the designer it's often quicker to open your .ui in a texteditor:

sometimes easier to directly change the property there.

Hello
I want to implement spindle using gpio like we can handle speed of spindle using 2 gpios (binary data) so can u help me in which module of mesa 7c81 i can make changes to get binary value on 2 gpio which handles the speed using GUI.
I want to give binary data such as 2'b00 so it will off my spindle, 2'b01 will start my spindle at certain speed.

Greetings, Super Automation Crew! 

Some heads up on the significance of the upcoming Espressif's high-performance ESP32-P4. There are 55 GPIOs on that beast (GP as in General purpose!!). Slightly more if you add the dedicated DSI and CSI ports, but all in all 55 IOs is what that HFreq silicon will put up with.

I'd like to replicate an all-integrated & true-isolated networked motion control board I've recently completed with a FPGA, however, using a ESP32-P4NRW32 part this time. Before I crack on and route some extra bits, can I please poke your expertise and ask what would make this board ideal hardware for Lcnc devs and alike? Let the ideas and suggestions flow!!

[Unrelated but related] Here's some visuals of its 10x10 QFN-104 footprint (0.35mm pitch btw lol), its GPIOs and PSUs. The actual dev board I'll be using for testing this motion control board project.

I looked for where we can change the plus and minus limits of these values, but I couldn't find it, for example, the upper limit is 2000, the minus limit is -2000
.testpanel.hal_spinbutton1-f high limit 2000 low limit -2000

You should set your materials up in sheetcam with your feedrates and import them to QTplasmac with the provided script. It used to be called materialverter but check the docs.

Use the Plasmac post processor in sheetcam and edit it to use the Plasmac tools at the top of the file.

Sheetcam will just send the tool number to  qtplasmac which you want. The tool number in sheetcam and qtplasmac must agree.

Can you try this image?
drive.google.com/file/d/1HBXliMQE-OvU0PQ...O5K/view?usp=sharing
Its the one I sent to Linuxcnc but maybe they have not updated. This shoulld work

Hallo …
Habe mal wieder eine kleine Frage….

Arbeite gerade am Postprozessor ….
mit G 190 und mit der Nummer dahinter rufe ich die Mat-Nummer auf zb.  M 190 P 1
soweit sogut…
ich möchte aber das Automatisch die Mat-Nummer die ich in QtPlasmaC  gewählt habe genommen wird .
so wie es bei der Feedrate gemacht wird..f#<_hal[plasmac.cut-feed-rate>
​​​​​​

king regarde
juergen

 

I got error when i try to install  ethercat in rpi5 

Look like glade is unable to find the LinuxCNC specific widgets.
If you are on a locally built installation (RIP) then you need to setup the environment before starting glade:


If you are running a package installation (eg if you have installed linuxcnc from an .ISO or from the package manager ) you need to point glade to the linuxcnc specific glade widget library.
I'm not familiar with this setup but maybe this post helps:
forum.linuxcnc.org/48-gladevcp/48438-how...-glade-folder#266531

[edit]
I just checked on a new debian bookworm installation with linuxcnc installed from the package manager and all that was required was 'sudo apt install glade' to install glade. The widgets are found no problem.

Aciera wrote:

On a locally built (RIP) installation open a terminal and navigate to your linuxcnc installation folder:

source scripts/rip-environment

then to start glade:
[code]glade

once glade has started, check if the linuxcnc glade widgets have been imported (ie widgets named 'HAL_....')

[/code]
 

I have LinuxCNC 2.9.3 Debian 12 Bookworm PREEMPT-RT ISO , and when i start glade some messages appears.
Then when I open gmoccapy.glade file it looks like widgets are not imported.
Aciera could you help?

Hi Paul,
I could not run with el8_homecomp. I can run with cia402_homecomp of rodw.
I tested with both Leadshine + JMC:
- Homing is ok. But speed is too fast.
- HM (homing mode): not switching to, and of course "opmode" is still 8
- I set homing velocity: 6099-01h and 6099-02h to reduce homing speed, but not effective

2. If I am to completely remove the controller and replace it with a mesa card and linuxcnc controller, is there something the interconnects the bar feeder controller with the lathe's controller(Citizen CM2-PC805-0)?

When you say 'remove the controller and replace it with a mesa card and linuxcnc' I presume you are talking about the controller for the bar feeder. If that is the case then you would need to know what kind of interface signals the lathes Citizen controller uses to communicate with the bar feeder. My guess would be some kind of serial interface like Modbus or Profibus. That would be the first thing to check.

[edit]
This seems to be a Modbus Slave HAL module for LinuxCNC but information is rather scarce:
github.com/sittner/linuxcnc-mbslave/blob...les/mbslave-conf.xml