load unload macro with endless loop and cancel condition

T3P3Tony

So you could try using a combination for M291 and M292 within the loop (I have not tried this. basically the idea would be to prompt the user to cancel, using M291, if the user does not press the cancel button within a set dwell time (defined by G4) then you use M292 to cancel the message and repeat.

The "iterations" counter can be used for the >25 loops test.

https://duet3d.dozuki.com/Wiki/GCode_Meta_Commands#Section_Named_constants

OwenD

It doesn't fit exactly your criteria as I've used distance rather than time, but I have just started using the filaments macros and have this far done this for each filament type. The move code is used for all filaments.
A couple of bits of code may be redundant because RRF already seems to checks the condition, but I was playing it safe.

Typical filament files.

load.g (Filaments Directory)

;; load.g
;;
M291 R"Loading ABS" P"Loading config and heating" S1 T3
G4 S3
M703 ; load config.g of this filament

; only run if not in a job
if job.file.fileName!=null
	M291 R"Cancel loading" P"Print job in progress. Skipping load moves" S1 T5
	M99;
    
;check if ABS is already loaded   
if move.extruders[state.currentTool].filament="ABS"
	M291 R"Cancel loading" P"Filament already loaded.  Skipping load moves" S1 T5
	M99;
;we know ABS isn't loaded, but if something else is, we need to unload it first
; this part of the code is untested!!
if move.extruders[state.currentTool].filament!=null
	M98 P"0:/filaments/" ^ {move.extruders[state.currentTool].filament} ^ "/unload.g"
        M291 R"Unload finished" P"Press OK when ready to load new filament" S3 
    
M291 R"Loading ABS" P"Waiting for nozzle loading temperature..." S1 T0
M98 P"0:/macros/heating/preheat_ABS.g"
M116                            ; Wait for temperature
M291 R"Loading ABS" P"Feeding and priming..." S1 T0
M98 P"/macros/filament/do_moves_for_load.g"
M292                            ; Clear messages

"do moves for load.g"
Does max five loops and prompts to feed 120mm on each loop.
I have a bowden, so this equates to longer than the bowden tube if needed.

do_moves_for_load.g (/macros/filaments/ directory)

;do moves for load.g - run when filament change is required.
M291 P"loading do_moves_for_load.g" S1 T0
M400 ; wait for any moves
if (state.currentTool=-1) || ({heat.heaters[tools[state.currentTool].heaters[0]].current < heat.coldExtrudeTemperature})
    M291 P"No tool active or temp to low for loading" R"Can't proceed" S1 T10
    abort;
M83 ; set relative extrusion
while true
    if iterations = 5
       break
    M291 P"Press OK to feed 120mm of filament or CANCEL to abort" R"Ready"  S3
    M291 P"Feeding filament..  Please wait" R"Feeding"  S1 T45
    G1 E120 F180 ; feed 120mm to load filament
    G1 E-2 ; Retract 2mm to reduce pressure
    M400 ; wait for moves to finish
    M292 ; Clear messages
    
M400 ; wait for moves to finish
M291 R"Done" P{move.extruders[state.currentTool].filament} ^  " Filament loaded.  Clear nozzle to proceed" S3

config.g (filaments/ABS directory)

; Used to set parameters for filament such as retracts, temperatures etc
M291 P"loading config.g for ABS" R"Loading config" S1 T5
M302 S200 R120 ; set cold extrude and retract temperatures
;M592 D0:1 A0.012 B0 ; Set non linear extrusion
M572 D0 S0.08 ;Set pressure advance
M207 S0.7 F2400  Z0	; Set retraction
;M593 F25  ; cancel ringing at 25Hz

preheat_ABS.g (macros/heating directory)

M291 R"Preheating" P"Setting preheat temperatures" S1 T0
if state.currentTool=-1
	T0
M140 S90 R50               ; set bed temp
M703 ; load config.g for this filament
G10 P0 S{heat.coldExtrudeTemperature+10} R{heat.coldRetractTemperature+5}        ; set tool temps
M116 ; wait for temps
M291 R"Preheating" P"Preheating... Done" S1 T5

In Prusa Slicer I have this in the start code.
This will load all the specific temp and other settings in the filament config.g like retraction etc for the specified filament.
It can be tricky using meta commands because Prusa Slicer has its own conditional code which can confuse thing, but between the two you can have very powerful and prtable code..

T[current_extruder] ; select tool 
M104 S0 R0 T[current_extruder] ; Set temps to zero to stop slicer adding them
M106 P[current_extruder] S0 ;Start with fan off
M701 S"[filament_type]"; define filament 
; All retraction and temp settings done in 0:/filaments/[filament_type]/config.g
M703 ; load config file for [filament_type]
M291 S0 T3  P"Homing..."
G32 ; Level bed & home
M400 ; wait for last move
M83 ; Set relative extrusion
;G4 S4 ; Wait 4 Seconds for PanelDue only required if M80 is used
M98 P"0:/macros/songs/charge.g" ; play start tune
G4 S4 ; Wait 4 Seconds for song
G21 ;metric values
G90 ; Switch to using Absolute Coordinates
G4 S1 ; Wait 1 Second
M280 P0 S160 I1 ; Reset BL Touch
M280 P3 S90 I1 ; Retract proibe
M140 S[first_layer_bed_temperature_0]  R{first_layer_bed_temperature[0] /2 }; Set fast bed temp & standby - Standby is half first layer temp.
M116 ; Wait for bed before doing mesh probe.
M561 ; clear any bed transform
M557 TBD  ; parameters will be set automatically to suit size of printed area
G29 S0  ; do mesh for printed area
G29 S1  ; load small mesh
G01 X{"{move.axes[0].min }"} Y{"{move.axes[1].max}"} Z0.6  F1500 ; Move to back corner while heating
G10 P0 R{"{heat.coldExtrudeTemperature+5}"} S[first_layer_temperature_0] T[current_extruder] ; (set standby and active temperatures for active tool.  Standby is 5 degrees above cold extrude temp )
M118 P3 S" Waiting for temps..."
G4 S1 ; Wait 1 Second
M116 ; Wait for all temps to stabilise
G1 X1 Y{"{move.axes[1].max -10 }"} Z0.4 F1200 ; move to edge to wipe any oozed filament
G1 X1 Y{"{move.axes[1].min +10 }"}  F600 E15; move and extrude
G1 X{"{move.axes[0].min +1}"}
G1  Y{"{move.axes[1].max -10 }"}  F600 E15; move and extrude
G10 ; Retract
G1 X{"{move.axes[0].min +50}"} F1200 ; wipe
M118 P3 S" Printing..."        ;Put printing message on screen

OwenD

@OwenD said in load unload macro with endless loop and cancel condition:

> M98 P"0:/filaments/" ^ {move.extruders[state.currentTool].filament} ^ "/unload.g"

@LB

The above code in load.g is wrong.
It should be
Also filaments doesn't return null if there isn't one loaded, it returns an empty string""

M98 P{"0:/filaments/" ^ {move.extruders[state.currentTool].filament} ^ "/unload.g"}

The extra curly braces are required to form a proper filename parameter.

Note that RRF doesn't allow you to change filaments from within a print file using M701.

It returns an error, however it does not cancel the print!

You can call the macro using M98, but that's kind of working against the checks RRF has in place, which is that you would manually unload an existing filament before trying to load a new one.
I can see a case for both methods. With enough sensors etc, fully automated loading would be possible.

Following more testing I have settled on this (for now )

;; load.g
M291 R"Loading ABS" P"Loading config and heating" S1 T3
M302 S210 R120 ; set cold extrude and retract temperatures

;check if no tool selected or if heater is off
if state.currentTool=-1
	T0 P0
if heat.heaters[state.currentTool].state="off"
	T0 P0
	G10 P{state.currentTool} R0 S0
    
M291 R"Loading ABS" P"Waiting for nozzle loading temperature..." S1 T0
M98 P"0:/macros/heating/preheat_ABS.g"
M116                            ; Wait for temperature

;check if ABS is already loaded   
if move.extruders[state.currentTool].filament="ABS"
	M291 R"Cancel loading" P"Filament already loaded.  Skipping load moves" S1 T5
	M99 ; cancel macro but not print


; only run if not in a job (M701 won't allow this, but manually calling this macro is possible)
;if we want to auto load/unload at the start of a print we'd have to remove this

if job.file.fileName!=null
	M291 R"Cancel loading" P"Print job in progress. Skipping load moves" S1 T5
	G4 S3
	M99 ;cancel macro but not print

;we know ABS isn't loaded, but if something else is, we need to unload it first
if move.extruders[state.currentTool].filament!=""
	if move.extruders[state.currentTool].filament!="ABS"
		M702 S{"{move.extruders[state.currentTool].filament}"}
		M291 R"Unload finished" P"Press OK when ready to load new filament" S3
		M701 S"ABS" ; this seems to be needed to update DWC if we unload first
 


; we check filament loaded again in case this is a second loop from an unload/reload above.
if move.extruders[state.currentTool].filament!="ABS"
	M291 R"Loading ABS" P"Feeding and priming..." S1 T0
	M98 P"/macros/filament/do_moves_for_load.g"

M292                            ; Clear messages

I have also added M703 to 0:/sys/config.g to load any settings if a filament is already loaded for the active tool.

A Former User

@T3P3Tony

Thanks for the hint!

@OwenD

Impressive - to say the least..., will take a bit till I understand fully...

A Former User

@OwenD

M106 P[current_extruder] S0 ;Start with fan off
-> Is P within M106 not the fan but the extruder?

Do you have defined these variables like in "G10 P0 S{heat.coldExtrudeTemperature+10} R{heat.coldRetractTemperature+5}" or if not where can I find a "reference" about all predefined variables like these?

And why do you specify [current_extruder] within M104 as T but not within G10 as P, since in the G-Code-Reference of duet both are the "tool number"?

OwenD

@LB said in load unload macro with endless loop and cancel condition:

@OwenD

M106 P[current_extruder] S0 ;Start with fan off
-> Is P within M106 not the fan but the extruder?
M106
Pnnn Fan number (optional, defaults to 0). (In RRF_3 relates to the fan number created by M950, NOT the fan pin number on the board)

In my case the part fan is F0

M950 F0 C"fan0" Q500                                        ; create fan 0 on pin fan0 and set its frequency
M106 P0 C"Part_Fan" S0 B2.0 H-1

However I also use a post processing script in Prusa Slicer to try to ensure that if there were multiple tools, the correct fan is selected (see below)

Do you have defined these variables like in "G10 P0 S{heat.coldExtrudeTemperature+10} R{heat.coldRetractTemperature+5}" or if not where can I find a "reference" about all predefined variables like these?

These are object model meta commands which refer to the values you set in M302.
You woud typically set these in config.g , but it would be more accurate to have them in each filament config.g
I found that the filament config.g isn't loaded until after the load.g is complete so in order to reference these values I had to put the M302 in the preheat macro for each filament.
It would be nice if M703 accepted parameters so you could load the correct values at the start of a filament change.

And why do you specify [current_extruder] within M104 as T but not within G10 as P, since in the G-Code-Reference of duet both are the "tool number"?

Probably laziness
At present I only use a single extruder, so it's not really an issue for me.
I try to make everything I do as portable as possible, so that any hardware changes take as little re-writing of individual macros etc as possible.
For accuracy and completeness it should be as you say.

I should point out that I also have post processors in Prusa Slicer which adjust the code to suit RRF flavour better.
In the case of G10 temps this will soon be possible within Prusa Slicer.
At present M104 is used and will set both active and standby temps to whatever is in the slicer at every temp change

#RRF-fixes.py
# Save in Prusa Slicer Scripts folder
# Add to Prusa Slicer post processing scripts

import sys
#open G Code fand store in memory "filedata"
f = open(sys.argv[1],"r")
filedata = f.read()
f.close()
# search filedata and put the results into newdata
newdata = filedata.replace("M104 S","G10 S") # replace all M104 with G10
# now we keep searching newdata
newdata = newdata.replace("M109 S","G10 S") # replace all M104 with G10
newdata = newdata.replace("M204 S","M204 P")  # replace all M204 S parameters with Parameter
newdata = newdata.replace("M106 S","M106 P{tools[state.currentTool].fans[0]} S") # replace all M106 with code to select tool
newdata = newdata.replace("M107","M106 P{tools[state.currentTool].fans[0]} S0") # replace all M107 with M1106 to turn off heater

f = open(sys.argv[1],"w")
f.write(newdata) # write info back to G Code file
f.close()

.
I should also point out that my day job is making sparks and smoke (welding)
I try not to bring that to coding, but "caveat emptor" applies if you use any of my code.

A Former User

@OwenD
AAHHH sorry bout the Fan-question with m106 - seems I mixed that up...

"It would be nice if M703 accepted parameters so you could load the correct values at the start of a filament change." +1 here!

Where did you pick up the
M104 S0 R0
Why do they have to be "zeroed", couldn´t just the filament-config.g temps get loaded instead?
Doesn´t work yet I guess...?

(Not your dayjob - woah, don´t make me fear my image in the mirror ...)

OwenD

@LB said in load unload macro with endless loop and cancel condition:

@OwenD

Where did you pick up the
M104 S0 R0
Why do they have to be "zeroed", couldn´t just the filament-config.g temps get loaded instead?

If there is no M104 in your start Gcode, prusa slicer (and others) will add it automatically.
This just tricks the slicer into not doing that, so that all temps are as we intended.

A Former User

This post is deleted!

A Former User

@OwenD

for some sort of end.g for the print files, I do not even get this to work:

G1 X{"{move.axes[0].min+5}"} Y{"{move.axes[1].max-5}"} F500 ; position for easy part removal

edit: seems to work with:

G1 X{move.axes[0].min+5} Y{move.axes[1].max-5} F500 ; position for easy part removal

yeah! juhuu my first conditional g-code...

O.K. next:

;set temps for all heaters to have time to cool down below 60°C touch-safe temp with an additional -5°C for safety to account for measurement-tolerances, what gives then 55°C
;make conditional: only if S>55 do the following, else skip:
;M104 S55				; turn extruder-heater off -> DEPRACTED in RRF>=3.x
;if T0 > S55
;G10 S55					; turn extruder-heater to a touch-safe temperature
;if P0 > S55
;M140 S55				; turn print-heat-plate to a touch-safe temperature

Nobody here to know what the variable for the current heater0 & heater1 is or where I find an overview how these variables are called/named?

OwenD

@LB said in load unload macro with endless loop and cancel condition:

@OwenD

for some sort of end.g for the print files, I do not even get this to work:
G1 X{"{move.axes[0].min+5}"} Y{"{move.axes[1].max-5}"} F500 ; position for easy part removal
edit: seems to work with:
G1 X{move.axes[0].min+5} Y{move.axes[1].max-5} F500 ; position for easy part removal
yeah! juhuu my first conditional g-code...

Yes, by using quotes you turned it into a string instead of a meta command

You need to study this
https://duet3d.dozuki.com/Wiki/GCode_Meta_Commands

O.K. next:

;set temps for all heaters to have time to cool down below 60°C touch-safe temp with an additional -5°C for safety to account for measurement-tolerances, what gives then 55°C
;make conditional: only if S>55 do the following, else skip:
;M104 S55				; turn extruder-heater off -> DEPRACTED in RRF>=3.x
;if T0 > S55
;G10 S55					; turn extruder-heater to a touch-safe temperature
;if P0 > S55
;M140 S55				; turn print-heat-plate to a touch-safe temperature

Nobody here to know what the variable for the current heater0 & heater1 is or where I find an overview how these variables are called/named?

In DWC go to the settings section and select "Object Model"
You can drill down to find what you want.
You may have to update RRF & DWC to see it.
You can also use M409 but it can't return the entire model.

A Former User

@OwenD said in load unload macro with endless loop and cancel condition:

In DWC go to the settings section and select "Object Model"
You can drill down to find what you want.
You may have to update RRF & DWC to see it.
You can also use M409 but it can't return the entire model.

Thanks so much!

Where do I find the "settings" section for DWC -> on the project hosting page? At least I could not find anything in the webbrowser that´s named like this...

Phaedrux

@LB I'm guessing you're not running the 3.2 beta, so if you're still on 3.1.1 you wouldn't see the object model browser.

A Former User

@OwenD
@Phaedrux
Ah! Thanks -> have so much work with setting up the stuff, will wait for 3.2-alpha I guess...

For now this should be enough: https://duet3d.dozuki.com/Wiki/Object_Model_of_RepRapFirmware#Section_Uses
Combining with the
https://duet3d.dozuki.com/Wiki/GCode_Meta_Commands#Section_Object_model_properties
should work...
(Saw that tree-structure in the first place but didn´t know what to do but reading slowly in I think I get the hold somehwere there )

A Former User

@OwenD
@Phaedrux
@T3P3Tony

Thanks everybody,
because of the code-snippets posted by you I was able to implement it in a way I am happy for now:

duet2ethernet1.0.4 with RRF3.1.1

load:

; https://duet3d.dozuki.com/Wiki/Filaments

; load.g



if (state.currentTool=-1)
    M291 P"No tool active" R"Can't proceed" S1 T10
    abort;

M703								;load from filament-config.g:
G10 S235 							; Set current tool temperature S___ ,for PETG 230-255°C
;G10 S___							; get from filament-config.g

M291 R"...heating up hotend..." P"...for loading filament..." S0 T100 				; Display message P=main-message R=secondary-message T=timer in sec

;https://duet3d.dozuki.com/Wiki/Gcode#Section_M116_Wait
;M116																			; Wait for ALL temperatures to be reached (if no secondary parameters like H, C or S are defined)
M116 P0																			; Wait for P0=Tool0 to reach temp
;M116 P_			; make automatic for tool selected

M292 ; Clear messages



; reliable max speed for extrusion seems to be below 10mm/s for PETG, retract can be higher
M83 																			; Extruder to relative mode

;old style fix:
;G1 E50 F200 												; Feed+/Retract- E__mm of filament at F___mm/min
;G1 E250 F500 												; Feed+/Retract- E__mm of filament at F___mm/min
;M400 														; Wait for moves to complete
;G4 P5 														; Wait/Dwell P___ MILLIsecond(s), S___ second(s)
;G1 E-2 F1000 												; Feed+/Retract- E__mm of filament at F___mm/min

;new style interactive:
M400 ; wait for moves to finish
while true
    if iterations = 25
       break
    ;M292 ; Clear messages
    M291 P"Press OK to feed 50mm of filament (or CANCEL to abort)" R"Extrude?"  S3
    M291 P"...moving the filament..." R"...wait..."  S0 T50		; make long enough to be displayed longer then it takes to extrude
    G1 E50 F250 												; Feed+/Retract- E__mm of filament at F___mm/min
    G1 E-2 														; Feed+/Retract- E__mm of filament at F___mm/min
    M400 ; wait for moves to finish
    ;M292 ; Clear messages
M400 ; wait for moves to finish



M291 R"Done loading" P{move.extruders[state.currentTool].filament ^  " Filament"} S1			; Display new message
; set all back
G10 S0 																			; Set current tool temperature S___
;M292 																			; Hide message

unload:

; https://duet3d.dozuki.com/Wiki/Filaments

; unload.g


if (state.currentTool=-1)
    M291 P"No tool active" R"Can't proceed" S1 T10
    abort;

M703								;load from filament-config.g:
G10 S220 							; Set current tool temperature S___ ,for PETG 230-255°C
;G10 S___							; get from filament-config.g

M291 R"...heating up hotend..." P"...to unload filament..." S0 T100 				; Display message P=main-message R=secondary-message T=timer in sec

;https://duet3d.dozuki.com/Wiki/Gcode#Section_M116_Wait
;M116																			; Wait for ALL temperatures to be reached (if no secondary parameters like H, C or S are defined)
M116 P0																			; Wait for P0=Tool0 to reach temp
;M116 P_			; make automatic for tool selected

M292 ; Clear messages



; reliable max speed for extrusion seems to be below 10mm/s for PETG, retract can be higher
M83 																			; Extruder to relative mode

;old style fix:
;G1 E50 F200 												; Feed+/Retract- E__mm of filament at F___mm/min
;G1 E250 F500 												; Feed+/Retract- E__mm of filament at F___mm/min
;M400 														; Wait for moves to complete
;G4 P5 														; Wait/Dwell P___ MILLIsecond(s), S___ second(s)
;G1 E-2 F1000 												; Feed+/Retract- E__mm of filament at F___mm/min

;new style interactive:
M400 ; wait for moves to finish
while true
    if iterations = 25
       break
	;M292 ; Clear messages
	M291 P"Press OK to un-feed 50mm of filament (or CANCEL to abort)" R"Un-load?"  S3
	M291 P"...moving the filament..." R"...wait..."  S0 T50		        ; make long enough to be displayed longer then it takes to extrude
	G1 E-47 F500 																	; Feed+/Retract- E__mm of filament at F___mm/min
	G1 E-3 F300 																	; Feed+/Retract- E__mm of filament at F___mm/min
	M400 ; wait for moves to finish
	;M292 ; Clear messages
M400 ; wait for moves to finish



M291 R"Done unloading" P{move.extruders[state.currentTool].filament ^  " Filament"} S1			; Display new message
; set all back
G10 S0 																			; Set current tool temperature S___
;M292 																			; Hide message

Thanks!

Please close as "solved"

Krohm Koala

@LB Do you ever have the message done loading/unloading ? I tried your solution but as soon as i cancel the purge, it kills the macro and don't finish it.

OwenD

@Krohm-Koala said in load unload macro with endless loop and cancel condition:

@LB Do you ever have the message done loading/unloading ? I tried your solution but as soon as i cancel the purge, it kills the macro and won't finish it.
likewise in the above case, abort would kill the macro (and print)

At present if you hit cancel in an M291 S3 dialog it will cancel the macro, so no, you would never get the finished message in that instance.

There was discussion about adding a third option to M291, but it doesn't seem to be on the current list for implementation.
Perhaps some some time after 3.2 is finalized.

A Former User

@OwenD said in load unload macro with endless loop and cancel condition:

@Krohm-Koala said in load unload macro with endless loop and cancel condition:

@LB Do you ever have the message done loading/unloading ? I tried your solution but as soon as i cancel the purge, it kills the macro and won't finish it.
likewise in the above case, abort would kill the macro (and print)

At present if you hit cancel in an M291 S3 dialog it will cancel the macro, so no, you would never get the finished message in that instance.

There was discussion about adding a third option to M291, but it doesn't seem to be on the current list for implementation.
Perhaps some some time after 3.2 is finalized.

@OwenD
Thanks for pointing this out! That is what I assumed! Conditional G-code is pretty new, so not everything can be there from the start. But over time I guess there will be an option so I just let the code there to change it whenever the solution arrives...
@Krohm-Koala
To be honest I feel settled with the no "final" message since anyway in DWC it shows you that it has loaded everything -> since I currently only work with printers with only 1 extruder (and no colourchanger or stuff like that) the filamentchange-code posted is good enough for me now... hope you understand

Krohm Koala

@LB Totally understand it's just me who want too much

garethky

I just did this and I deeply loath writing a macro for every filament. I'll have to go back and try G701 inside load/unload to save some extra lines that are not totally DRY. Here is what I did:

each filament has a config that defines some variables

; set filament name, temperature and speed "variables"
M563 P5 S"PLA"
G10 P5 X215 Y300

; set retraction parameters
M207 S0.4 F2100

When I make a new filament, this is a bsically all I have to do now.

Then load.g and unload.g just load up those variables and call a macro (this is where I need to try M703):

M98 P"/filaments/PLA/config.g" ; the filament config isn't loaded until AFTER this macro runs, but we need the variables set now.
M98 P"/macros/Filament/loadFilament.g"

Then my load macro looks like this:

; loadFilament.g

; ask the user if they really want to light up the heater and load some filament
M291 S3 P{"Click OK to heat to " ^ tools[5].offsets[0] ^ "C and load " ^ tools[5].name} R{"Load " ^ tools[5].name ^ "?"}

; Set current the configured temperature and wait for the extruder to reach temp
M109 S{tools[5].offsets[0]}

; Pause and ask the user to position the filament for feeding
M291 S2 P{"Load filament in the extruder and click OK to start loading " ^ tools[5].name} R{"Ready to Load " ^ tools[5].name} 

M83 ; Extruder to relative mode

; rapidly feed filament from the gears to the bottom of the heat break
G1 E58 F900 ; Feed 58mm of filament at 15mm/s
G1 E30 F300 ; Feed 30mm of filament slowly

; purge and ask for more loop
while true
    G1 E30 F300 ; Feed 30mm of filament slowly
    M400; Wait for moves to complete

    ; ask the user if they want to do that again?
    M291 S3 P{"Click OK to purge some more"} R{"Continue purging?"}

So it asks put the temps and the filament name in all the messages. Plus it has a loop to purge more plastic and you can keep doing that as long as you want. (See the whole commit on github)

When variables are implemented this will become so much less ugly.

My next challenge is finding a way to check, at print start, if the filament/tool pairings in the print match the filaments configured on the tools in in the printer and abort if they don't