Z Markers for Sovol SV06 and SV06 Plus + Z-Tilt Via Probe Klipper macro!

I have 2 Sovol SV06 printers with the Sovol Klipper Screen mod. I have loaded the macro, both the original and the v4. However, when I run the macro, I get the error message "Probe triggered prior to movement". I preheat the bed and home all axis before the Z_Tilt_Probe_Calibrate Macro. I am not sure what step I am missing.

Even the #5 pointers (v2) are very loose for me. I'm using a non-Plus SV06, Klipper with the built-in example SV06 config, and OrcaSlicer with the built-in SV06 profile (except I changed the layer height to 0.1mm for the pointers). Is there a slicer setting I could change to make the pointers fit tighter or could you provide additional tighter variations for the pointers?

I really like this macro except I needed to make one more change. I removed the default bed heating because i use the macro instead of the Home button. It not only Homes the machine, but also checks the Z tilt. If I want to heat the bed, I just enter a target value and run the macro. It works great for me. If you want to disable the default bed heating, just change the first line of the Z_TILT_VIA_PROBE macro like this:

#{% set bed_temp= printer['gcode_macro _SHOW_PROBE_RESULT'].bed_temp if printer.heater_bed.target<10 else printer.heater_bed.target|int %}
{% set bed_temp= printer.heater_bed.temperature if printer.heater_bed.target<10 else printer.heater_bed.target|int %}

Thank you Gergo for this work. I purchased a Sovol SV07 Plus after watching your videos and installed Christian Vick's macros as you indicated. Thank you. I was interested in this because I have another printer that also has two Z motors but one driver and I wanted to use your ideas on that printer too. Unfortunately, I ran into a couple of problems which I share below in case someone else can use your ideas as well.

The SV06 uses an Induction Probe located on the right side of the nozzle. My other printer is a Sunlu S9 Plus that I have converted to Klipper which uses a BLTouch installed on the left side of the nozzle. The problems I had were that the Z3 height when moving was too low for the BLTouch to activate and I had to raise it to Z5. Secondly, with the probe on the left side rather than the right side, I had to modify the move to coordinates to take the probe_offset into . I also had to determine whether a BLTouch is being used or a Probe.

I add one additional variable called edge_offset which allows you to specify how close to the edge you want to take your probe samples.

With these changes, you should hopefully be able to use Gergo’s macro on any printer to level the gantry on any dual Z motor, single driver machine. You may have to redo his markers to fit your particular machine, however. I have tested these changes on both my Sunlu S9 and my Sovol SV07 to make sure they work. At least they work for me. I’m sure Gergo could probably do better.

Since Gergo is asking a modest contribution for his work, I share only these changes with you but without showing his work.

So, you need to add a z_height variable to _SHOW_PROBE_RESULT macro definition. By using the variable, you can easily change the z_height to anything you need it to be.
Change

[gcode_macro _SHOW_PROBE_RESULT]
…
variable_diff:0
gcode:

to

[gcode_macro _SHOW_PROBE_RESULT]
…
variable_diff:0
variable_z_height: 5 ; how high to raise Z between samples.
gcode:

Then you need to change all instances of
G1 Z3 F3000
to
G1 Z{z_height} F3000

You also need to add the variables z_height and edge_offset to the Z_TILT_VIA_PROBE macro definition.
Change

[gcode_macro Z_TILT_VIA_PROBE]
gcode:

to

[gcode_macro Z_TILT_VIA_PROBE]
variable_z_height: 5
variable_edge_offset: 40 ; how far from the left/right edge do you want to take the samples?
gcode:

Now here is where the work is done to choose between a bltouch or probe and calculate left and right offsets based on whether the probe is a left side or right side probe and its probe_offset from the nozzle and using the edge_offset to make the probe sample the same distance from each side.
In the Z_TILT_VIA_PROBE macro, add the following before these lines and change these lines too (I leave some debug statements in case you wish to use them). Change

{% set ym=(ymin+ymax)/2 + 18.5 %}
{% set xx=xmax -47 %}

to

  #M118
 P0 S"DEBUG printer.probe.name: {printer.probe.name}"
{% if printer.probe.name == "bltouch" %}
    {% set probe_offset = (0 if (printer.configfile.config.bltouch.x_offset is not defined) else printer.configfile.config.bltouch.x_offset)|float %}  
{% else %}  
    {% set probe_offset = (0 if (printer.configfile.config.probe.x_offset is not defined) else printer.configfile.config.probe.x_offset)|float %}  
{% endif %}

{% if probe_offset > 0 %}
    # For a right side probe 
    {% set xleft = (xmin if (edge_offset <= probe_offset) else xmin + edge_offset - probe_offset ) %}  # Probe can't reach the left edge. It is already probe_offset from the edge. Move it over more if edge_offset > probe_offset
    {% set right_edge_offset = probe_offset + edge_offset %}  # Probe is over the edge. Move it back probe_offset to the edge of the bed then move edge_offset more
{% else %}  
    # For a left side probe
    {% set xleft = xmin + probe_offset*-1 + edge_offset %}  # Probe is over the edge. Move it back probe_offset to the edge of the bed then move edge_offset more
    {% set right_edge_offset = (0 if (edge_offset <= probe_offset*-1) else edge_offset - probe_offset*-1 ) %}  # Probe can't reach the right edge. It is already probe_offset from the edge. Move it over more if edge_offset > probe_offset
{% endif %}
  #M118
 P0 S"DEBUG probe_offset: {probe_offset}  edge_offset: {edge_offset}  xleft: {xleft}  right_edge_offset: {right_edge_offset}  xx: {xmax - right_edge_offset}"

{% set ym=(ymin+ymax)/2 + 18.5 %}
{% set xx=xmax - right_edge_offset %}   # This line is different

And lastly change the ending lines (you should already have changed the G1 Z3 F3000 line from before)
G1 Z3 F3000
G1 X{xmin} Y{ym} F10000
to
G1 Z{z_height} F3000

G1 X{xleft} Y{ym} F10000

I hope these changes may be helpful to others who want to use Gergo's macro on a different printer.

Does the macro disable the Christian Vick printer additions start print gantry ccalibration?

Thanks gerGO ,very good parts and Z-TILD running well on SV06plus Klipper..:-)

Thanks gerGO! Exactly what every SV0x owner needs!!

The model depicted doesn’t have the minute indicators like the one in your YouTube video. Does this come with the ones shown in the YouTube video or the ones depicted above?

Hey I accidentally deleted my comment. I got the macro to work for my sv06 running mainsail.

I had to change M118 to the respond command and add [respond] to my printer cfg.
I also had to hard code the probe point for my sv06.

Its not the prettiest but it works as a charm now, I can send the macro if you'd like. Maybe you can make a version for non klipperscreen sv06'es with klipper.

I'm receiving the error " has no attribute 'gcode_macro _varis'\n"}" and I'm not quite sure what I've done wrong, thank you for the macro.

Do these work for the SV07 plus? Do you use a system like this on your SV07s?

Anyway I could get all your slicer settings you're using for your Plus? Would love to try them as I can't mine to print anywhere near as fast yours without major fails :/