@phaedrux
I don't see anything under move.compensation that appears to be maximum deviation value, there are RMS and Mean deviations though

But I do see move.compensation.meshDeviation which I'm guessing is an array that I could probably just parse for min/max

edit
I was looking at the online documentation, after booting up my printer and looking at the DWC plugin, move.compensation.meshDeviation is an object

My min mesh value is -.112 and max is .001 according to the height map viewer. I don't see any corresponding values in the object browser

@jan12345 said in Store endstop status in a variable:

Is it possible to base a condition on the status of an endstop?

Yes:

if sensors.endstops[0].triggered G1 ... else G1 ...

No need to use a variable unless you want to save the triggered state to use later.

@phaedrux Thanks for the confirmation

@dc42 any suggestions on how to get around the problem of pause.g and resume.g not being executed when one axis is disabled?

You'd have to pass that through Cura start gcode and check the sliced file to see if it evaluates correctly. Then try manually sending the command (with a real number for temp) and see if that does what you expect.

Allright, bridging the Top Pin (NC on the PCB) to the bottom one (io3.in) did the trick.

I had to invert the signal but other than that no changes were necessary on my firmware configuration.

For future reference and anyone who is trying to do something similar:

M950 J1 C"!^100.io3.in" ; Tool1 docking detection GPIO setup

Is the command I use now.

@dc42 got it working - thanks! It didn't work when I tried but I was using {} around it.. and the documentation only showed that working for variables, so I moved on. For other's reference, the working call looks like:

echo exists( param.C )

If the PLA should be extra cooled right from the start, then write the M106 command in the Start-GCode of the filament.
And in the End-GCode there may be a pause to cool the filament even further after the end of the print until the G4 pause time has expired and then the M107 command comes as the last command to switch the fan off completely.

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Soll das PLA gleich von Anfang an extra gekühlt werden, dann schreibe den M106 Befehl in den Start GCode des Filaments.
Und im End GCode eventuell eine Pause um nach Ende des Druckes das Filament noch weiter zu kühlen bis die G4 Pausenzeit abgelaufen ist und dann als letztes der M107 Befehl kommt um den Lüfter komplett aus zu schalten.

@giuliano
I don't really know how to interpret that report except it shows the trigger is active

My guess is that the trigger is being activated multiple times by switch bouncing or similar.

You might need some denouncing code at the start like

G4 P20 ; short delay if sensors.gpIn[1].value = 0 ; bouncing M99 ; exit macro

You might also create a global variable in config.g like

global macroRunning= false

At the start of your trigger file put

if global.macroRunning = true M99 set global.macroRunning = true ; do your other stuff set global.macroRunning = false ; last line

@mandragora this sounds like the Feed Hold feature found on most CNC machines. We plan to implement this feature in RRF 3.5.

@sn0w1995 For a dual extrusion system, the usual way to deal with it is to use different tools. Assuming you have a two in one out system, then you could use something like......

M563 P0 S"Extruder0" D0 H1
M563 P1 S"Extruder1" D1 H1
If you like you could also combine both inputs and have 3rd tool such as
M563 P2, D0:1 H1
then set the mixing ratio using M567

P0 would be tool 0, and P1 would be tool 2. D0 is the first extruder as defined in your M569 and D1 is the second extruder. H1 is the hot end heater which, in the above example is common all tools.

Then your slicer only needs to generate "normal" G1 X,Yn,En commands but will switch between extruders but inserting the appropriate Tn command to change tools and thus extruders.

@hebigt thank you!

@gasstaldy don’t assign thermostatically controlled fans to tools. Your fan 0 is assigned as such, so remove it from the M563 tool definition.

Ian

@infiniteloop That did the trick. Much appreciated for that insight.

Final code:

echo >"0:/sys/config_PID_tune_E0.g" "M307 H0 R"^{heat.heaters[0].model.heatingRate}, "K"^{heat.heaters[0].model.coolingRate}^":"^{heat.heaters[0].model.fanCoolingRate}, "D"^{heat.heaters[0].model.deadTime}, "E"^{heat.heaters[0].model.coolingExp} echo >>"0:/sys/config_PID_tune_E0.g" "M307 H0 B0 S1.0 V"^{heat.heaters[0].model.standardVoltage}

That macro resulted in this config_PID_tune_E0.g

M307 H0 R1.990 K0.292:0.075 D4.7 E1.4 M307 H0 B0 S1.0 V23.9

@obiwan2print said in M92 and scaling problems:

but my print bed size is also half what it used to be

Double the values in M208? They should be the actual physical MM values though.

@owend it would be: MyArray[3][2]

@ravs99
Sorry, I can't say how a pallet extruder is controlled because I don't have one or am not familiar with it.
But I think it's controlled like a motor by a normal extruder.
But how the steps are supposed to be calculated is a mystery to me. 😀

Someone will definitely get in touch who can answer your question.
Post some photos, I'd be interested.

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Sorry, wie ein Pallet-Extruder gesteuert wird kann ich nicht sagen, weil ich keinen habe bzw mich damit nicht auskenne.
Aber ich denke der wird wie ein Motor von einem normalen Extruder angesteuert.
Aber wie die Steps berechnet werden sollen, ist mir ein Rätsel. 😀

Es wird sich bestimmt jemand melden der Dir die Frage beantworten kann.
Poste gerne mal ein paar Fotos, es würde mich interessieren.

@cosmowave Thanks. Much simpler than I expected. This works in the print file.

@OwenD .... works like a hot damn! Not only did I control the lights with the extruder temperature but I also threw in the bed temperature!
M950 F9 C"out8" ; create fan 9 on pin out8 on main duet board
M106 P9 C"Lights" S1 T40 H0:1:2:3:4 ; set custom name of "Lights" for this fan, set to run full speed (S1), Thermostatic mode at 45C (T45) for heaters 1 through 4 and build plate

THANKS!