I'm trying to do this on my printer right now, but somehow I can't get S3D to output the min/max XY for the file to be printed.
Anyone have a tip on how to do this with S3D?

@dc42 Many thanks David

@icy_snake Good morning,

i connected all metal cases to ground.
Now it´s gone.

Had to get ride of paint, so that there is an electrical connection.

thx
Dieter

@fcwilt Super nice and easy to set up, thanks for indulging me (-: I'll be building another triple Z setup where I will give this a go.

@peirof it’s the point the bed pivots around, so point B.

Ian

You can make it the center as well.

https://docs.duet3d.com/en/User_manual/Tuning/Bed_origin

a guy from a facebook group told me where to look. it wasnt me. it was the min. layer time within cura. it defaulted to 12 seconds and i was trying to print a layer in under 1 second. i lowered it down to .5 second and the issue went away. the printer is spewing out plastic very fast now. ...even at 150mm/sec.

Click on the Topic Tools icon (the little gear) and select "ask as question". Then click on it again and select "mark as solved".

@mrehorstdmd thanks I've been trying to print Nylon recently and it warps like mad, only way to sort of stop it was a bed temp of 110 which takes forever to get up to temp so I might give a chamber heater ago instead 🙂

@dc42 said in Asymmetric Pressure Advance

.... Extruder jerk complicates this a little, however RRF uses extruder jerk rarely, mostly only when the slicer has produced bad GCode e.g. tiny segments for which the extrusion amount is specified with too few decimal places.<

Looking at this there is clearly a scenario in which extruder jerk would be implemented (not PA related?) which I have not thought of, but looking only at the PA formula I come to the conclusion that extruder jerk will automatically be implemented any time that there is an axis acceleration or deceleration since according to the formula Vactual = Vrequested + (K*actual acceleration), with the variables in the equation all referring to the extruder parameters.

According to this there would be an instantaneous velocity change required by the extruder the moment that any acceleration or deceleration is required i.e jerk. This would be irrespective of whether or not the position axis required jerk or not.

This jerk obviously has to take place by default at the end of any acceleration or deceleration phase, but should only take place at the beginning of an acceleration or deceleration phase if there is also jerk taking place on the position axis i.e such as at corner transitions (but not at line starts or ends).

What is your take on this?

@moth4017 it should be possible if you configure a LinearAnalog sensor on that port, then read the value from that sensor. However, I don't advise polling such a sensor rapidly in daemon.g because of the amount of CPU time and SD card bandwidth it would take up. If you've run out of input ports, consider using a tool board or SAMMYC21 as expansion.

@peirof Yeah, Documentation is really helpful.

@engikeneer
Thanks, I've changed it and it works 🙂
Thank you very much.
There is one more problem I have but that's in the other topic. Could you have a look? I can't solve it...

@dc42 sorry if I wasn't clear but that's exactly how I have it connected.

Thank you

@alexkid Bulgaria, Sofia

We'd need to see some more detailed information to help further.

Can you share the results of M122 and M98 P"config.g"?
Also share your config.g and homing files. A sample sliced gcode file that has the problem would be helpful as well.

Measure your offsets: https://docs.duet3d.com/en/User_manual/Connecting_hardware/Z_probe_testing

Alter your grid size to take into consideration the physical offsets. Skipping points it can't reach isn't necessarily a problem, but it does mean you could have a more efficient usage of points. Though if you're not using the maximum 441 points, does it really matter?

@cosmowave oooo.... Near miss...!!!

@droftarts solved, now works ok...!!! I have connected to io1.

Thanks