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Richtig Tchefter.
Beim ersten Start von LinuxCNC konnte man auswählen was für eine Maschine man hat. Hier hab ich Sim- Axis-mm gewählt.

Und ja, MaHa.
Die Werte werde ich von der realen Maschine versuchen zu übernehmen. Hab dann auch meinen Fräsraum.
Nur habe ich ja in der Simulation keine echten Endschalter. Die wollte ich in der Simulation  übergehen. Wie man dann eine Simulierte Referenzfahrt macht weis ich nicht.
Es ist richtig, das bei Start der Simulation wo der LINUXCNC Schriftzug eingelesen wird eine Referenzfahrt gemacht werden kann.
Wie auch immer die Macher das defaultmäßig eingerichtet haben weiß ich nicht. Danach kann ich mein eigenes Programm laden und ausführen. Wenn ich aber die Maschine stoppe und wieder mein eigenes Programm lade, muss ich eine neue Referenzfahrt mach. Geht aber nicht und der erwähnte Fehler kommt.
Einzig LinuCNC beenden und neu starten der Schriftzug kommt wieder und ich kann eine Referenzfahrt ausführen. Ist zwar nervig aber eine Notlösung.

MfG.
 

The RK3588 is based on the ARMv8.2-A architecture and uses a 64-bit ARM (AArch64) core.

There are ready made debs for ARMHF architecture here
buildbot.linuxcnc.org/dists/buster/maste...reempt/binary-armhf/
What architecture is RK3588 listed as?

My development board uses an RK3588 motherboard

I need to port Linuxcnc to an arm system, and then I need Buildroot to build and compile linuxcnc

Yeah, it is. I told them we were too far apart to make it work at the moment, but some of the older stuff still said linuxcnc.The other part was, it uses onboard TMC2160 drivers with SPI config, but it includes headers to use external drivers. They said something about their software engineers but they didnt reach out to me further. They included an SPI + UART connector for us, and we can use the Wifi connector as well with my w5500 adapter.
I can send you one if you want, but its basically an SKR3 mixed with a flexihal. So aside from the TMC drivers it should probably work with some minor tweaks.

setp hm2_7i96s.0.ssr.00.out-00 true

Doesn't make much sense here as the output is controlled by
edm-pump-output

 

Hi all, thanks for the help trying to solve my compile issues, in the end I used the docker method, definitely recommend this for people like myself, not too bright but can lift heavy things

did you edit the ui?

sudo ./ecat.sh

Okay, it sounds like the info I was putting in the .ini folder was unnecessary so I removed it. 

I got my mcode into the right location, for anyone struggling with this in the future it needs to be in the location that is given by 'PROGRAM_PREFIX' in the .hal file. 

So now when I put m101 into MDI absolutely nothing is happening. This is what I have in the .hal:

setp hm2_7i96s.0.ssr.00.out-00 true
net edm-pump-output <= motion.digital-out-00
net edm-pump-output => hm2_7i96s.0.ssr.00.out-00

And this is what I have in the M101 file:

#!/bin/bash
halcmd setp motion.digital-out-00 1
#chmod +x M101
exit 0

Notice chmod +x M101 is commented out.  

Does anyone know why this is not working? Thank you. 

Ok so I took Andy's advise, and looked at the kinematics tutorial and sure enough axis a,b,c are designated for rotary axis and u,v,w are other linear, so to see if it would make a difference I changed my a axis to u, then when I tried opening linuxcnc it came up with an error saying that pin pid.u.pgain didn't exist. I looked through everything and changed in the ini axis.U to axis.u. then it came up similar to previouse the min max needs to be1e99 +- so then I changed to joint for u to 6 from 3 because the manual says that axis u is joint 6 then it went back to pin pid.u.pgain didn't exist.
I am now wandering if I have to plug that axis into the axis 6 output on the 7i76 board and change all the stepgens to stepgen 6 as well.

Has any one had this problem that can steer me the right way? Forgive my paraphrasing the errors, I am at home now not at work near the machine, and on a windows machine not linux.

I am very new to Linux and this is obviously an ignorance problem. Why can't I run the script?


phil@SodickA:~/Downloads$ . ./ecat.sh
requires sudo to run eg: sudo ./ecat.sh
removing ethercat repository file\n
rm: remove write-protected regular file '/etc/apt/sources.list.d/ighvh.sources'? y
rm: cannot remove '/etc/apt/sources.list.d/ighvh.sources': Permission denied
Install ethercat repository
dd: failed to open '/etc/apt/trusted.gpg.d/science_EtherLab.gpg': Permission denied
--2024-12-20 15:55:08-- build.opensuse.org/projects/science:Ethe...ys/download?kind=gpg
Resolving build.opensuse.org (build.opensuse.org)... 195.135.223.221, 2a07:de40:b250:131:10:151:131:20
Connecting to build.opensuse.org (build.opensuse.org)|195.135.223.221|:443... connected.
HTTP request sent, awaiting response... 200 OK
Length: unspecified [application/octet-stream]
Saving to: ‘STDOUT’

- [ <=> ] 1.08K --.-KB/s in 0s

2024-12-20 15:55:09 (47.0 MB/s) - written to stdout [1109]

gpg: [stdout]: write error: Broken pipe
gpg: filter_flush failed on close: Broken pipe
tee: /etc/apt/sources.list.d/ighvh.sources: Permission denied
phil@SodickA:~/Downloads$ sudo .ecat.sh
sudo: .ecat.sh: command not found

Okay so the config successfully boots with the following code in .hal:

setp hm2_7i96s.0.ssr.00.out-00 true
net edm-pump-output <= motion.digital-out-00
net edm-pump-output => hm2_7i96s.0.ssr.00.out-00 true

So if motion.digital-out-00 is set to true (which is what I am trying to do with the M101) the pumps should turn on.  This makes sense to me now. However I am not sure if motion.digital-out-00 is the correct 'thing' to use here.

I also believe that I need to do something in the .ini file.  What I was trying was:

REMAP=M101 modalgroup=6 python=none
REMAP=M102 modalgroup=6 python=none

I take it that this sets up the user defined mcode.  But I get an error when I try to post it of: 'none' is not a python callable func. I will mess more with this and also try taking out 'chmod +x M101' and will report back. But if you have any suggestions please let me know.

Best,
-Dylan

Okay, okay, I see now.  Theses are not really outputs, they are really a switch (which is controlled by an output). So I'll order a buck converter to drop the 48Vs I already have installed down to the 12v I am going to use to drive things.  

The naming convention on the pin is setp hm2_7i96s.0.ssr.00.out-00 0 (00 is the pin num and the lagging 0 turns the pin off). 

I am going to try to get the software to boot with the proper hal code and will report back.