[System]
# CRITICAL=50, # ERROR=40, # WARNING=30,  INFO=20,  DEBUG=10, NOTSET=0
loglevel =  20

# If set to True, also log to file.
log_to_file = True

# Default file to log to, this can be viewed from octoprint
logfile = /home/octo/.octoprint/logs/plugin_redeem.log

# Machine type is used by M115
# to identify the machine connected.
machine_type = Pursai3

[Steppers]
microstepping_x = 7
microstepping_y = 7
microstepping_z = 7
microstepping_h = 7
microstepping_e = 7

#Mirror z on H
in_use_h = True

slave_z = H

steps_pr_mm_x = 6.25
steps_pr_mm_y = 6.25
steps_pr_mm_z = 25.0
steps_pr_mm_h = 25.0
steps_pr_mm_e = 10.0

direction_e = -1

current_z = 0.7
current_h = 0.7
current_e = 0.7
current_y = 0.7
current_x = 0.7

slow_decay_x = 1
slow_decay_y = 1
slow_decay_z = 1
slow_decay_h = 1
slow_decay_e = 1

backlash_x = 0.0

# Stepper timout
use_timeout = True
timeout_seconds = 60

[Heaters]
# For list of available temp charts, look in temp_chart.py

# Uncoment if using Hexagon hot end
sensor_E = B57560G104F


# General no-name thermistor
sensor_HBP = B57560G104F

[Cold-ends]
# We want the E3D fan to turn on when the thermistorgoes above 60
connect-therm-E-fan-1 = True

[Endstops]
# Which axis should be homed.
has_x = True
has_y = True
has_z = True

# Just a guess, needs testing
end_stop_X1_stops = x_neg
end_stop_Y1_stops = y_neg
end_stop_Z1_stops = z_neg,h_neg
end_stop_Z2_stops = z_cw,h_cw

# Invert =
#   True means endstop is connected as Normally Open (NO) or not connected
#   False means endstop is connected as Normally Closed (NC)
invert_X1 = false
invert_X2 = True
invert_Y1 = false
invert_Y2 = True
invert_Z1 = false
invert_Z2 = True

[Cold-ends]
# We want the E3D fan to turn on when the thermistorgoes above 60
connect-therm-E-fan-1 = True
add-fan-1-to-M106 = True


[Geometry]
# 0 - Cartesian
# 1 - H-belt
# 2 - Core XY
# 3 - Delta
axis_config = 0

offset_x =  0.0001
offset_y =  0.0001
travel_y =  0.190
travel_x =  0.185
travel_z =  0.20
travel_h =  0.20
offset_h =  0.0000
offset_z =  0.0000

[Planner]
max_speed_z = 0.003
max_speed_h = 0.003

[Homing]
home_x = 0
home_y = 0
home_z = 0
home_h = 0
home_speed_x = 0.05
home_speed_y = 0.05
home_speed_z = 0.05
home_speed_e = 0.05
home_speed_h = 0.05


[Probe]
length = 0.01
speed = 0.01
accel = 0.01
offset_x = 0.031
offset_y = 0.009

[Macros]
G29 =
	G32
    M561                ; Reset the bed level matrix
    M557 P0 X15 Y0    ; Set probe point
    M557 P1 X69.5 Y0    ; Set probe point
    M557 P2 X154 Y0    ; Set probe point
    M557 P3 X154 Y87.5   ; Set probe point
    M557 P4 X69.5 Y87.5   ; Set probe point
    M557 P5 X15 Y87.5   ; Set probe point
    M557 P6 X15 Y175   ; Set probe point
    M557 P7 X69.5 Y175   ; Set probe point
    M557 P8 X154 Y175   ; Set probe point
    G0 Z15              ; Move to probe

    G28 X0 Y0           ; Home X Y
    G92 Y0              ; Reset zero pos to probe
    G92 X0              ; Reset zero pos to probe
    G0 Y100             ; Move to probe
    G0 X90             ; Move to probe
    G28 Z0              ; Home Z
    G32                 ; Undock probe
    G92 Z0              ; Reset Z height to 0
    G0 Z10
    G30 P0 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P1 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P2 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P3 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P4 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P5 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P6 S            ; Probe point 0
    G0 Z10               ; Move the Z up
    G30 P7 S            ; Probe point 7
    G0 Z10               ; Move the Z up
    G30 P8 S            ; Probe point 8
    G0 Z10               ; Move the Z up
    G32                 ; Dock probe

    G28 X0 Y0           ; Home X Y

    M561 U; (RFS) Update the matrix based on probe data
    M561 S; Show the current matrix
    M500; (RFS) Save data


G31 =
    M574 Z2  ; Probe up (Dock sled)

G32 =
    M574 Z2 z_cw,h_cw  ; Probe down (Undock sled)