[FR] During G28, go to X0 before homing Y, G29 should respect min positions #17270

JoshWelsh · 2020-03-23T21:55:13Z

Description

Using my HEVO with sensorless homing, I have "X_MIN_POS" set to "-11" and I would like the homing of X to complete only after the extruder is moved back to X=0. Currently when the printer homes X, it sets X=-11 and then homes Y, which causes collision between my part cooling fan ducting and some hard parts for the Z axis linear rods.

Basically, go to X=0 before doing anything else in G28.

Feature Workflow

Issued G28
X is homed
X at home is then set to X_MIN_POS
NEW: X goes to X=0
G28 carries on and does homing for Y, and so on

Additional Information

Hopefully this all makes sense and is simple, but I can provide pics if needed.

thinkyhead · 2020-03-23T23:37:40Z

See if this helps:

#define HOMING_BACKOFF_MM { 11, 2, 2 }

rado79 · 2020-03-23T23:38:22Z

You should try to set HOMING_BACKOFF_MM to 11 for X axis

edit: @thinkyhead same time - same station

thinkyhead · 2020-03-23T23:47:10Z

@rado79 — The proper canned reply is in Markdown and contains hyperlinks. Since the issue is resolved there's no need to refer the user to other forums for further help.

JoshWelsh · 2020-03-24T00:12:25Z

Has anyone reported that HOMING_BACKOFF_MM is bugged yet? I ask because if I enable as discussed, it skips the second axis and goes right to Z. What I mean by this is normally it'll home X, bump back, pause, then go home Z apparently based on the current position being Y0. If I #define HOME_Y_BEFORE_X then it'll home Y, then assume current X is home and proceed to home Z. This is pretty dangerous as it can crash the machine by shoving the carriage out of bounds. If you want this to be a support ticket I'm happy to go down that path, but if this hasn't been reported as a bug and addressed yet, I'd like to explore that. FWIW This is the line I added:
#define HOMING_BACKOFF_MM { 11, 10, 2 }

JoshWelsh · 2020-03-24T00:17:40Z

Also, G29 doesn't respect X_MIN_POS either.

thinkyhead · 2020-03-24T00:24:14Z

Whenever there are homing or leveling issues, we now ask everyone to follow a standard procedure to gather more information so that we're not just taking stabs in the dark. Here is the boilerplate:

Download Marlin bugfix-2.0.x to test with the latest code.
Enable DEBUG_LEVELING_FEATURE and M114_DETAIL and re-flash the firmware.
Connect to your printer from host software such as Cura, Printrun or Repetier Host.
Issue the command M111 S247 to enable maximum logging.
Perform a G28 to do your standard homing procedure.
Do a G29 to probe the bed. This will also enable bed leveling.
Do some of the moves that revealed problems before. Take notes.
Copy the log output into a .TXT file and attach it to your next reply.

Repeat this procedure, if needed, to demonstrate inconsistencies. From these logs we should hopefully get a better idea of what's going on with your machine.

rado79 · 2020-03-24T08:40:48Z

@JoshWelsh try with latest bugfix-2.0.x. Last night changes have been made for homing backoff with core kinematics.

Geitde · 2020-03-24T10:04:02Z

@JoshWelsh

I think it is not skipping homing the second axis, but performing a false positive on the TMC sensor.

Please check this for a possible solution. Basically it is just a delay after homing the first axis.

#17213

JoshWelsh · 2020-03-26T06:19:56Z

Apologies for the delay, and honestly I very much appreciate the effort everyone puts in to this product, so thank you! if this turns out to be a config issue on my side, I'm happy to be the guy that stands up and says "my bad, I'm an idiot." That said, the travel moves are clearly going to off-limits region in bugfix-2.0.x as reported, you can see in the below log (I made the first handful of instances bold for easy reference)

Log Output

Recv: <<< do_blocking_move_to
Recv:   current_position= X119.00 Y122.67 Z8.73 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X119.00 Y122.67 Z8.73 : >>> Probe::run_z_probe
Recv:   current_position= X119.00 Y122.67 Z8.73 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X119.00 Y122.67 Z1.55
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:199.87 /200.00 B:56.88 /57.00 @:79 B@:127
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X119.00 Y122.67 Z3.99 : sync_plan_position
Recv:   current_position= X119.00 Y122.67 Z3.99 : <<< Probe::probe_down_to_z
Recv:   current_position= X119.00 Y122.67 Z3.99 : <<< run_z_probe
Recv: >>> do_blocking_move_to X119.00 Y122.67 Z8.99
Recv: <<< do_blocking_move_to
Recv:  T:199.87 /200.00 B:56.93 /57.00 @:69 B@:127
Recv: echo:busy: processing
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(242.00, 84.67, raise, 0, probe_relative)
Recv:   current_position= X119.00 Y122.67 Z8.99 :
Recv: >>> do_blocking_move_to X184.00 Y122.67 Z8.99
Recv: <<< do_blocking_move_to
Recv:   current_position= X184.00 Y122.67 Z8.99 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X184.00 Y122.67 Z8.99 : >>> Probe::run_z_probe
Recv:   current_position= X184.00 Y122.67 Z8.99 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X184.00 Y122.67 Z1.55
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:199.87 /200.00 B:57.14 /57.00 @:81 B@:127
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X184.00 Y122.67 Z4.26 : sync_plan_position
Recv:   current_position= X184.00 Y122.67 Z4.26 : <<< Probe::probe_down_to_z
Recv:   current_position= X184.00 Y122.67 Z4.26 : <<< run_z_probe
Recv: >>> do_blocking_move_to X184.00 Y122.67 Z9.26
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:57.34 /57.00 @:58 B@:127
Recv: echo:busy: processing
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(242.00, 157.33, raise, 0, probe_relative)
Recv:   current_position= X184.00 Y122.67 Z9.26 :
Recv: >>> do_blocking_move_to X184.00 Y195.33 Z9.26
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:57.60 /57.00 @:58 B@:0
Recv: echo:busy: processing
Recv:   current_position= X184.00 Y195.33 Z9.26 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X184.00 Y195.33 Z9.26 : >>> Probe::run_z_probe
Recv:   current_position= X184.00 Y195.33 Z9.26 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X184.00 Y195.33 Z1.55
Recv: <<< do_blocking_move_to
Recv:  T:200.18 /200.00 B:57.86 /57.00 @:49 B@:0
Recv: echo:busy: processing
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X184.00 Y195.33 Z4.02 : sync_plan_position
Recv:   current_position= X184.00 Y195.33 Z4.02 : <<< Probe::probe_down_to_z
Recv:   current_position= X184.00 Y195.33 Z4.02 : <<< run_z_probe
Recv: >>> do_blocking_move_to X184.00 Y195.33 Z9.02
Recv: <<< do_blocking_move_to
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(177.00, 157.33, raise, 0, probe_relative)
Recv:   current_position= X184.00 Y195.33 Z9.02 :
Recv: >>> do_blocking_move_to X119.00 Y195.33 Z9.02
Recv: <<< do_blocking_move_to
Recv:  T:200.18 /200.00 B:58.02 /57.00 @:8 B@:0
Recv: echo:busy: processing
Recv:   current_position= X119.00 Y195.33 Z9.02 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X119.00 Y195.33 Z9.02 : >>> Probe::run_z_probe
Recv:   current_position= X119.00 Y195.33 Z9.02 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X119.00 Y195.33 Z1.55
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:58.13 /57.00 @:98 B@:0
Recv: echo:busy: processing
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X119.00 Y195.33 Z3.70 : sync_plan_position
Recv:   current_position= X119.00 Y195.33 Z3.70 : <<< Probe::probe_down_to_z
Recv:   current_position= X119.00 Y195.33 Z3.70 : <<< run_z_probe
Recv: >>> do_blocking_move_to X119.00 Y195.33 Z8.70
Recv: <<< do_blocking_move_to
Recv:  T:200.18 /200.00 B:58.23 /57.00 @:56 B@:0
Recv: echo:busy: processing
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(112.00, 157.33, raise, 0, probe_relative)
Recv:   current_position= X119.00 Y195.33 Z8.70 :
Recv: >>> do_blocking_move_to X54.00 Y195.33 Z8.70
Recv: <<< do_blocking_move_to
Recv:   current_position= X54.00 Y195.33 Z8.70 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X54.00 Y195.33 Z8.70 : >>> Probe::run_z_probe
Recv:   current_position= X54.00 Y195.33 Z8.70 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X54.00 Y195.33 Z1.55
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:200.18 /200.00 B:58.23 /57.00 @:35 B@:0
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X54.00 Y195.33 Z3.37 : sync_plan_position
Recv:   current_position= X54.00 Y195.33 Z3.37 : <<< Probe::probe_down_to_z
Recv:   current_position= X54.00 Y195.33 Z3.37 : <<< run_z_probe
Recv: >>> do_blocking_move_to X54.00 Y195.33 Z8.37
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:200.00 /200.00 B:58.23 /57.00 @:60 B@:0
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(47.00, 157.33, raise, 0, probe_relative)
Recv:   current_position= X54.00 Y195.33 Z8.37 :
Recv: >>> do_blocking_move_to X-11.00 Y195.33 Z8.37
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:58.18 /57.00 @:60 B@:0
Recv: echo:busy: processing
Recv:   current_position= **X-11.00** Y195.33 Z8.37 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= **X-11.00** Y195.33 Z8.37 : >>> Probe::run_z_probe
Recv:   current_position= **X-11.00** Y195.33 Z8.37 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X-11.00 Y195.33 Z1.55
Recv: <<< do_blocking_move_to
Recv:  T:200.18 /200.00 B:58.13 /57.00 @:49 B@:0
Recv: echo:busy: processing
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= **X-11.00** Y195.33 Z3.12 : sync_plan_position
Recv:   current_position= **X-11.00** Y195.33 Z3.12 : <<< Probe::probe_down_to_z
Recv:   current_position= **X-11.00** Y195.33 Z3.12 : <<< run_z_probe
Recv: >>> do_blocking_move_to X-11.00 Y195.33 Z8.12
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:58.13 /57.00 @:63 B@:0
Recv: echo:busy: processing
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(47.00, 230.00, raise, 0, probe_relative)
Recv:   current_position= X-11.00 Y195.33 Z8.12 :
Recv: >>> do_blocking_move_to X-11.00 Y268.00 Z8.12
Recv: <<< do_blocking_move_to
Recv:   current_position= X-11.00 Y268.00 Z8.12 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X-11.00 Y268.00 Z8.12 : >>> Probe::run_z_probe
Recv:   current_position= X-11.00 Y268.00 Z8.12 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X-11.00 Y268.00 Z1.55
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:58.07 /57.00 @:57 B@:0
Recv: echo:busy: processing
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X-11.00 Y268.00 Z2.82 : sync_plan_position
Recv:   current_position= X-11.00 Y268.00 Z2.82 : <<< Probe::probe_down_to_z
Recv:   current_position= X-11.00 Y268.00 Z2.82 : <<< run_z_probe
Recv: >>> do_blocking_move_to X-11.00 Y268.00 Z7.82
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:57.97 /57.00 @:65 B@:0
Recv: echo:busy: processing
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(112.00, 230.00, raise, 0, probe_relative)
Recv:   current_position= X-11.00 Y268.00 Z7.82 :
Recv: >>> do_blocking_move_to X54.00 Y268.00 Z7.82
Recv: <<< do_blocking_move_to
Recv:   current_position= X54.00 Y268.00 Z7.82 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X54.00 Y268.00 Z7.82 : >>> Probe::run_z_probe
Recv:   current_position= X54.00 Y268.00 Z7.82 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X54.00 Y268.00 Z1.55
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:200.18 /200.00 B:57.92 /57.00 @:51 B@:0
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X54.00 Y268.00 Z3.14 : sync_plan_position
Recv:   current_position= X54.00 Y268.00 Z3.14 : <<< Probe::probe_down_to_z
Recv:   current_position= X54.00 Y268.00 Z3.14 : <<< run_z_probe
Recv: >>> do_blocking_move_to X54.00 Y268.00 Z8.14
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:200.00 /200.00 B:57.86 /57.00 @:98 B@:0
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(177.00, 230.00, raise, 0, probe_relative)
Recv:   current_position= X54.00 Y268.00 Z8.14 :
Recv: >>> do_blocking_move_to X119.00 Y268.00 Z8.14
Recv: <<< do_blocking_move_to
Recv:   current_position= X119.00 Y268.00 Z8.14 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X119.00 Y268.00 Z8.14 : >>> Probe::run_z_probe
Recv:   current_position= X119.00 Y268.00 Z8.14 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X119.00 Y268.00 Z1.55
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:200.00 /200.00 B:57.76 /57.00 @:70 B@:0
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X119.00 Y268.00 Z3.45 : sync_plan_position
Recv:   current_position= X119.00 Y268.00 Z3.45 : <<< Probe::probe_down_to_z
Recv:   current_position= X119.00 Y268.00 Z3.45 : <<< run_z_probe
Recv: >>> do_blocking_move_to X119.00 Y268.00 Z8.45
Recv: <<< do_blocking_move_to
Recv:  T:200.00 /200.00 B:57.71 /57.00 @:55 B@:0
Recv: echo:busy: processing
Recv: <<< Probe::probe_at_point
Recv: >>> Probe::probe_at_point(242.00, 230.00, raise, 0, probe_relative)
Recv:   current_position= X119.00 Y268.00 Z8.45 :
Recv: >>> do_blocking_move_to X184.00 Y268.00 Z8.45
Recv: <<< do_blocking_move_to
Recv:   current_position= X184.00 Y268.00 Z8.45 : Probe::set_deployed
Recv: deploy: 1
Recv:   current_position= X184.00 Y268.00 Z8.45 : >>> Probe::run_z_probe
Recv:   current_position= X184.00 Y268.00 Z8.45 : >>> Probe::probe_down_to_z
Recv: BLTouch DEPLOY requested
Recv: BLTouch Command :10
Recv: bltouch.deploy_proc() end
Recv: >>> do_blocking_move_to X184.00 Y268.00 Z1.55
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:199.87 /200.00 B:57.60 /57.00 @:69 B@:0
Recv: BLTouch STOW requested
Recv: BLTouch Command :90
Recv: bltouch.stow_proc() end
Recv:   current_position= X184.00 Y268.00 Z3.78 : sync_plan_position
Recv:   current_position= X184.00 Y268.00 Z3.78 : <<< Probe::probe_down_to_z
Recv:   current_position= X184.00 Y268.00 Z3.78 : <<< run_z_probe
Recv: >>> do_blocking_move_to X184.00 Y268.00 Z8.78
Recv: <<< do_blocking_move_to
Recv: echo:busy: processing
Recv:  T:199.87 /200.00 B:57.55 /57.00 @:59 B@:0
Recv: <<< Probe::probe_at_point
Recv:   current_position= X184.00 Y268.00 Z8.78 : Probe::set_deployed
Recv: deploy: 0
Recv: Probe::move_z(10.00)
Recv: >>> do_blocking_move_to X184.00 Y268.00 Z13.55
Recv: <<< do_blocking_move_to
Recv:  T:199.87 /200.00 B:57.45 /57.00 @:61 B@:0
Recv: echo:busy: processing
Recv: >>> do_blocking_move_to X184.00 Y268.00 Z13.55
Recv: <<< do_blocking_move_to
Recv:   current_position= X184.00 Y268.00 Z13.55 : > probing complete
Recv: Bilinear Leveling Grid:
Recv:       0      1      2      3
Recv:  0 +0.108 +0.370 +0.620 +0.835
Recv:  1 -0.045 +0.180 +0.440 +0.715
Recv:  2 -0.428 -0.178 +0.150 +0.473
Recv:  3 -0.730 -0.410 -0.098 +0.233
Recv: 
Recv: G29 uncorrected Z:13.55
Recv:  corrected Z:13.51
Recv:   current_position= X184.00 Y268.00 Z13.51 : sync_plan_position
Recv: X:184.00 Y:268.00 Z:13.51 E:0.00 Count A:36160 B:-6720 Z:5420
Recv: <<< G29
Recv: ok
Recv:  T:200.00 /200.00 B:57.45 /57.00 @:51 B@:0

JoshWelsh · 2020-03-27T21:39:14Z

@thinkyhead curious if you had thoughts on this yet? Would very much like if G29 stayed in bounds..

JoshWelsh · 2020-04-15T15:59:01Z

Is this thing on?

AnHardt · 2020-04-15T16:53:11Z

If you need to home x before y - how about

G28 X
G0 X0
G28 Y

JoshWelsh · 2020-04-15T17:16:29Z

If you need to home x before y - how about
G28 X
G0 X0
G28 Y

Hi, how does this address let alone solve the issue of G29 not respecting minimum positions?

thinkyhead · 2020-07-03T16:18:05Z

I've been under a pile of issues and trying to steal time to fix some things and work on the release. Did you figure out your issue yet?

From a casual reading of your log, it looks like you configured the mesh to start at X = -11 and maybe not with a usable mesh inset within the bed.

Please test the bugfix-2.0.x branch to see where it stands. If the problem has been resolved then we can close this issue. If the issue isn't resolved yet, then we should investigate further.

gec100 · 2020-08-30T08:53:25Z

I can confirm that with the latest version 2.0.6.1, G29 still does not respect head min positions.

log is attached

it is visible from the log that in my case first G29 point is at X25.00 Y-20.00. my head min positions are as follows

// Travel limits (mm) after homing, corresponding to endstop positions.
#define X_MIN_POS -1
#define Y_MIN_POS -20
#define Z_MIN_POS 0
#define X_MAX_POS X_BED_SIZE
#define Y_MAX_POS Y_BED_SIZE
#define Z_MAX_POS 300

my NOZZLE_TO_PROBE_OFFSET is -15, 64, -5.15

my PROBING_MARGIN is set to 10

so, if I understand correctly how this should work, my first G29 point should be ABS(X_MIN_POS) + PROBING_MARGIN, ABS(Y_MIN_POS) + PROBING_MARGIN. In my case that would be X11 Y30 on the head
or X26 Y94 on the probe

or maybe better to say PROBING_MARGIN should be PROBING_MARGIN + ABS(XY_MIN_POS). That way it would be in relation with PROBING_MARGIN_FRONT from advanced configuration

thx for the hard work to all!
log.txt

gec100 · 2020-08-30T09:39:33Z

setting PROBING_MARGIN_FRONT in advanced configuration can fix this but I still think G29 should respect min positions

sjasonsmith · 2020-08-31T23:53:26Z

@gec100 it should already be respected. Post your configuration files and maybe that can help spot a problem.

gec100 · 2020-09-01T07:45:05Z

@sjasonsmith here they are :)

Configuration.h.txt
Configuration_adv.h.txt

thinkyhead closed this as completed Mar 23, 2020

MarlinFirmware deleted a comment from rado79 Mar 23, 2020

thinkyhead reopened this Mar 24, 2020

JoshWelsh changed the title ~~[FR] During G28, go to X0 before homing Y~~ [FR] During G28, go to X0 before homing Y, G29 should respect min positions Apr 15, 2020

boelle added the T: Feature Request Features requested by users. label Jun 20, 2020

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[FR] During G28, go to X0 before homing Y, G29 should respect min positions #17270

[FR] During G28, go to X0 before homing Y, G29 should respect min positions #17270

JoshWelsh commented Mar 23, 2020

thinkyhead commented Mar 23, 2020 •

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rado79 commented Mar 23, 2020 •

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thinkyhead commented Mar 23, 2020

JoshWelsh commented Mar 24, 2020

JoshWelsh commented Mar 24, 2020

thinkyhead commented Mar 24, 2020

rado79 commented Mar 24, 2020

Geitde commented Mar 24, 2020 •

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JoshWelsh commented Mar 26, 2020 •

edited by thinkyhead

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JoshWelsh commented Mar 27, 2020

JoshWelsh commented Apr 15, 2020

AnHardt commented Apr 15, 2020

JoshWelsh commented Apr 15, 2020

thinkyhead commented Jul 3, 2020

gec100 commented Aug 30, 2020 •

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gec100 commented Aug 30, 2020

sjasonsmith commented Aug 31, 2020

gec100 commented Sep 1, 2020

[FR] During G28, go to X0 before homing Y, G29 should respect min positions #17270

[FR] During G28, go to X0 before homing Y, G29 should respect min positions #17270

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JoshWelsh commented Mar 23, 2020

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thinkyhead commented Mar 23, 2020 • edited Loading

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thinkyhead commented Jul 3, 2020

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gec100 commented Sep 1, 2020

thinkyhead commented Mar 23, 2020 •

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rado79 commented Mar 23, 2020 •

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Geitde commented Mar 24, 2020 •

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JoshWelsh commented Mar 26, 2020 •

edited by thinkyhead

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gec100 commented Aug 30, 2020 •

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