My current workhorse is a Voron trident powered by a Duet Mini 5+ with a 1LC running RRF 3.4.4 and with that also using both a bed probe (klicky probe), and a nozzle probe located next to the bed.
The RRF macro's avalible for Voron printers don't get much work done if any at all, and the exisisting versions of the "auto-z" macro were somewhat outdated. Not using a much of the newer conditional commands we have to our disposition now.
So i sat out to make a new one, would be cool to get some input on what the hivemind thinks about it. And PLEASE come with hints on improvements or more importantly any errors/bugs!
I would say most sub-macros are quite self explanatory, but if you(?) want me to add them to see what they contain just say so
; /sys/lib/z_cal.g (v2.2)
; Called when "M98 P"/sys/lib/z_cal.g" is sent
; Used to calibrate the Z offsett between the Nozzle and buildplate.
; report whats going on
M291 R"Z Offset Calibration" P"Please wait..." T0 ; leveling bed message
; ====================
; preparation before probing
; ====================
; the distance from the body of the klicky probe to it's own trigger point
var base_Hot_offset = global.klicky_offset
var add_Cold_offset = 0.06
; remember the old offsets
var old_k0_offset = sensors.probes[0].triggerHeight ; old klicky offset
var old_k1_offset = sensors.probes[1].triggerHeight ; old z-pin offset
; reset existing calibration
G31 K0 Z7.50 ; reset klicky
G31 K1 Z0.00 ; reset z-pin
; variables for klicky calculation
var temp0 = 0 ; placeholder value
var temp1 = 5 ; placeholder value
var temp2 = 10 ; set value above target value
; variables for z-pin calculation
var temp3 = 0 ; placeholder value
var temp4 = 2.5 ; placeholder value
var temp5 = 5 ; set value above target value
; Make sure all axes are Homed
if !move.axes[0].homed || !move.axes[1].homed || !move.axes[2].homed ; if axes aren't homed
G28 ; home all axes
else
G28 Z ; probe nozzle to make Z is correct anyways
; LED status
set global.sb_leds = "homing"
; Lower currents, speed & accel
M98 P"/sys/lib/current/xy_current_low.g" ; set low XY currents
M98 P"/sys/lib/current/z_current_low.g" ; Set low Z currents
M98 P"/sys/lib/speed/speed_probing.g" ; set low speed & accel
if move.axes[2].userPosition < 20
G1 Z20 F2400 ; lower Z
M401 P0 ; load the klicky probe
; ====================---------------------------------------------------------
; calibrate klicky
; ====================
; position for probing
G1 X{global.z_pin_x - 4} Y{global.z_pin_y - 23.5} F18000 ; move the klicky body over the Z-pin
G1 Z10 F2400 ; move probe closer to z-pin
; lower probing speed for accuracy
M558 K1 F100:50 ; lower probing speed
; probe klicky body on Z-pin, minimum 0.004mm accuracy
while var.temp2 >= 0.004
G30 K1 S-1 ; probe the klicky body with the Z-pin and report value
M400 ; wait for moves to finish
; lift from z-pin
G91 ; relative pos
G1 Z2 F500 ; quickly move up 2mm
G90 ; absolute pos
M400 ; wait for moves to finish
; save first probe result
set var.temp0 = sensors.probes[1].lastStopHeight
;probe klicky body on Z-pin again
G30 K1 S-1 ; probe the klicky body with the Z-pin and report value
M400 ; wait for moves to finish
; lift from z-pin
G91 ; relative pos
G1 Z2 F500 ; quickly move up 2mm
G90 ; absolute pos
M400 ; wait for moves to finish
; save second probe result
set var.temp1 = sensors.probes[1].lastStopHeight
;calculate deviation
set var.temp2 = (var.temp0-var.temp1)
; calculate the new klicky offset
var new_k0_offset = {((var.temp0 + var.temp1) / 2) + var.base_Hot_offset}
; compensate for cold extruder
if heat.heaters[1].current < 160
set var.new_k0_offset = {var.new_k0_offset + var.add_Cold_offset}
; enable the new klicky offset
G31 K0 Z{var.new_k0_offset} ; apply the new Z offsett value
; return standard probing speed
M558 K1 F600:180 ; reset probing speed to normal values
;echo the klicky offset
echo "Old Klicky offset " ^ var.old_k0_offset ^ " New Klicky offset " ^ var.new_k0_offset
; ====================---------------------------------------------------------
; calibrate Z-pin
; ====================
; move bed away from nozzle
G1 Z10 F2400 ; lower the bed
; position for probing
M98 P"/sys/lib/goto/bed_center.g" ; move to the center of the bed
M400 ; wait for moves to finish
; lower probing speed for accuracy
M558 K0 F100:50 ; lower probing speed
; probe the bed, minimum 0.004mm accuracy
while var.temp5 >= 0.004
G30 K0 S-1 ; probe the klicky body with the Z-pin and report value
M400 ; wait for moves to finish
; lift from z-pin
G91 ; relative pos
G1 Z2 F500 ; quickly move up 2mm
G90 ; absolute pos
M400 ; wait for moves to finish
; save first probe result
set var.temp3 = sensors.probes[0].lastStopHeight
;probe klicky body on Z-pin again
G30 K0 S-1 ; probe the klicky body with the Z-pin and report value
M400 ; wait for moves to finish
; lift from z-pin
G91 ; relative pos
G1 Z2 F500 ; quickly move up 2mm
G90 ; absolute pos
M400 ; wait for moves to finish
; save second probe result
set var.temp4 = sensors.probes[0].lastStopHeight
;calculate deviation
set var.temp5 = (var.temp3-var.temp4)
; calculate the new z-pin offset
var new_k1_offset = {var.new_k0_offset - ((var.temp3 + var.temp4) / 2)}
; enable the new z-pin offset
G31 K1 Z{var.new_k1_offset} ; apply the new Z offsett value
; return standard probing speed
M558 K0 F600:180 ; reset probing speed to normal values
; move bed away from nozzle
G1 Z{global.klicky_clearance} F2400 ; lower the bed
;echo the z-pin offset
echo "Old Z-pin offset " ^ var.old_k1_offset ^ " New Z-pin offset " ^ var.new_k1_offset
; ====================---------------------------------------------------------
; finish up
; ====================
; save the new offsets
M500 P10:31 ; store the new Z offsett values to config-override.g
G4 P250 ; wait 250 milliseconds
M402 P0 ; dock the klicky probe
; home z with the new offsets
G28 Z
set global.Z_cal = true
; report whats going on
M291 R"Z Offset Calibration" P"Done" T5 ; bed leveling done message
;LED status
set global.sb_leds = "ready"
So i didn't want to share them 
