Ready for adaptive mesh macros

• Now, the relative reference index (RRI) of the bed mesh is read everytime the calibration
  starts. So, feel free to use any adaptive mesh macro 🎉
• Checks for homed axes and attached probe just before using it
• A new Z-Tilt macro in the examples
• Improvements of the documentation for installation, configuration and switch_offset

New GCode Properties and Macros

With this release, there are new GCode properties for attaching/detaching the probe. This is relevant for stock V1 Vorons to attach the probe after probing the nozzle! And there are new macros !!

New Command PROBE_Z_ACCURACY

• There is a new command PROBE_Z_ACCURACY
• A fix in the _SET_ACC Macro which prevented the reset to default values
• Renaming of the dummy system service. Because of this, the update will fail if using Moonrakers update manager.

CAUTION: If using the Moonraker's update manager, the name "klipper_z_calibration" needs to be renamed to "z_calibration" afterwards in the moonraker.conf !!

Dummy Service for Moonraker

Added a dummy service to satisfy the update manager of Moonraker.

Added Moonraker Update Possibility (fixed)

v0.6.1

add new version

Added Moonraker Update Possibility

Now it can be integrated into the Moonraker Update Manager if desired.

Compatible to Klipper again

Removed get_tag_position() code to be compatible with newest Klipper version.

Default bed probing site from bed mesh

I there is a configured bed mesh, the relative reference point can be used as default for the probing point on the bed. For this, a bed mesh with the relative_reference_index must be configured.

First Fast Probing, More Configuration Parameters

There is a option to fast probe first before recording probing samples.
All indirect properties from other sections can be customized now.

Increased Repeatability

Switch from homing to probing procedure with probing more samples on the z-endstop.