Update issue! get_probe_params

[JuniorGamingTime]

https://github.com/viesturz/klipper-toolchanger/blob/83873f82a9a64de35cafe698965efa2ef51f7adc/klipper/extras/tool_probe.py#L95

There seems to be an error when doing Quad Gantry Leveling and Bed Mesh Calibrate. There's a pop up error that says: "get_probe_params() takes from 1 to 2 positional arguments but 3 was given"

And here is my homing.cfg ` #########################################################################################

HOMING

#########################################################################################

[homing_override] axes: xyz gcode:

Trigger variables

{% set x = 0 %}
{% set y = 0 %}
{% set z = 0 %}
{% set a = 0 %}

## Set up variables
{% set center_x = 175 %}
{% set center_y = 175 %}

##  Engage trigger variables according to the input
{% if params.X is defined %}
    {% set x = 1 %}                                                    # for x home
{% endif %}
{% if params.Y is defined %}
    {% set y = 1 %}                                                    # for y home
{% endif %}
{% if params.Z is defined %}
    {% set z = 1 %}                                                    # for z home
{% endif %}
{% if (x == 0 and y == 0 and z == 0) %}
    {% set a = 1 %}                                                    # for x home
{% endif %}

### Homing Actions
# Mandatory clearance moves ------------------------------------------------------
G91                                                                        # Relative mode
{% if x == 1 or y == 1 or a == 1 %}
    {% if "z" in printer.toolhead.homed_axes %}                            # If z is already homed
        {% set cur_z = printer.toolhead.position[2]|float %}
        {% if cur_z < 15.0 %}
            RESPOND TYPE=echo MSG='Nozzle Clearance...'
            G1 Z{ 15 - cur_z } F1500                                       # move Z up
        {% endif %}
    {% else %}                                                             # but if x is not homed
        {% if  printer.tool_probe_endstop.active_tool_number|int == -1 %}
            RESPOND TYPE=echo MSG='Nozzle Clearance...'
            SET_KINEMATIC_POSITION Z=0                                     # Set curent Z position as 0
            G1 Z+15 F3000                                                  # move Z up
            {% if a != 1 %}
                M84                                                        # remove the temporary postions
            {% endif %}
        {% endif %}
    {% endif %}

    INITIALIZE_TOOLCHANGER
    STOP_TOOL_PROBE_CRASH_DETECTION

    {% if "z" in printer.toolhead.homed_axes %}                            # If z is already homed
        {% set cur_z = printer.toolhead.position[2]|float %}
        {% if cur_z > 200.0 %}
            RESPOND TYPE=echo MSG='Umbilical Clearance...'
            G1 Z{ 200.0 - cur_z } F3000                                    # move Z down
        {% endif %}
    {% else %}
        RESPOND TYPE=echo MSG='Umbilical Clearance...'
        G28 Z
        G1 Z+15 F3000                                                      # Move Z up off the bed
    {% endif %}
    G90                                                                    # Asolute mode

    # Specific opition moves ------------------------------------------------------------
    {% if x == 1 or y == 1 or a == 1 %}                                    # If X or Y is called
        RESPOND TYPE=echo MSG='Home Y...'
        G28 Y                                                              # Home Y
    {% endif %}    

    {% if x == 1 or a == 1 %}                                              # If X is called
        RESPOND TYPE=echo MSG='Home X...'
        G28 X                                                              # Home X
    {% endif %}

    {% if z == 1 or a == 1 %}                                              # If "G28" or "G28 Z" is called
        RESPOND TYPE=echo MSG='Home Z...'
        G1 X{center_x} Y{center_y} F10000                                  # Move the toolhead to the centre of the bed
        G28 Z                                                              # Home Z
        _ADJUST_Z_HOME_FOR_TOOL_OFFSET                                     # Apply toolhead specific Z-offset
    {% endif %}
    _APPLY_ACTIVE_TOOL_GCODE_OFFSETS                                       # Apply the X and Y toolhead offsets
    M400

{% else %}
    RESPOND TYPE=echo MSG='Home Z...'
    {% set cur_z = printer.toolhead.position[2]|float %}
    {% if cur_z < 15.0 %}
        G1 Z{ 15 - cur_z } F1500                                       # move Z up
    {% endif %}
    {% if "xyz" in printer.toolhead.homed_axes %}
        G90
        G1 X{center_x} Y{center_y} F10000
    {% endif %}
    G28 Z                                                              # Home Z
    _ADJUST_Z_HOME_FOR_TOOL_OFFSET                                     # Apply toolhead specific Z-offset
{% endif %}

#########################################################################################

QUAD GANTRY LEVELING

######################################################################################### [quad_gantry_level] gantry_corners: -60,-10 410,420

points: 30,10 30,310 330,310 330,10

speed: 350 horizontal_move_z: 10 retries: 5 retry_tolerance: 0.025 max_adjust: 50

#########################################################################################

; Depending on the selected tool at the time of homing, the physical Z endstop position is offset. ; This corrects for that using current tool offset. [gcode_macro _ADJUST_Z_HOME_FOR_TOOL_OFFSET] gcode: G90 ; absolute mode G0 Z10 F1000 {% set tool = printer.toolchanger.tool %} {% if tool %} {% set tool_z_offset = printer[tool].gcode_z_offset %} {% set probe_z_offset = printer.tool_probe_endstop.active_tool_probe_z_offset %} SET_KINEMATIC_POSITION Z={10.0+tool_z_offset|float+probe_z_offset|float} {% endif %}

[gcode_macro _APPLY_ACTIVE_TOOL_GCODE_OFFSETS] gcode: ; Apply gcode offsets {% set tool = printer.toolchanger.tool %} {% if tool %} SET_GCODE_OFFSET X={printer[tool].gcode_x_offset} Y={printer[tool].gcode_y_offset} Z={printer[tool].gcode_z_offset} {% endif %}

[gcode_macro TOOL_BED_MESH_CALIBRATE] gcode: {% set tool_z_offset = printer[printer.toolchanger.tool].gcode_z_offset %} G90 ; absolute mode G0 Z10 F1000

Bed mesh knows about the probe offset, but not about the tool offset.

  SET_KINEMATIC_POSITION Z={10.0-tool_z_offset|float}
  BED_MESH_CALIBRATE
  G0 Z10 F1000
  SET_KINEMATIC_POSITION Z={10.0+tool_z_offset|float}`

[RNGIllSkillz]

Fixed this error in the latest pull request

[JuniorGamingTime]

Latest update fixed the errors! Thanks guys 💪🫡