x.py

# start coding here or load an example from the dropdown above!

lp.start()

gcode('M105')

lp.dist(50).go(1)
lp.turn(180).dist(50).go(1)

lp.extrude({'e': 5, 'speed': 5})


lp.moveto({'x': lp.minx + 20, 'y': lp.maxy - 20, 'speed': 80})
lp.angle(0)
lp.moveto({'x': lp.minx + 60, 'y': lp.maxy - 60})

lp.dist(30).go(1).turn(180).dist(30).go(1)

lp.turn(10).dist(30).go(1).turn(180).dist(30).go(1)

	lp.turn(5).dist(30).go(1, False).turn(180).dist(30).go(1, False)

# GO:
gcode("G28")
lp.moveto({'x': lp.minx + 60, 'y': lp.maxy - 60})

for i in range(90 // 5):
	lp.turn(5).dist(30).go(1, False).turn(180).dist(30).go(1, False)
lp.retract()
lp.move({'z': 50})
lp.moveto({'z': 0.2})

lp.lh(0.15)

print(lp._heading)

lp.wait(500)

# >>>>>
import math
lp.layerHeight = 0.15
def foo():
	d = 10
	lp.extrude({'z': d, 'speed' : 10, 'retract': True})
	lp.wait(2000)
	lp.extrude({'z': -d, 'x': d * math.cos(lp._heading), 'y': d * math.sin(lp._heading), 'speed': 10, 'retract': True})
lp.unretract()
lp.dist(5).go(1, False)
foo()
foo()
lp.retract()
# <<<<<

lp.turn(180)



lp.moveto({'z': 80})

lp.moveto({'z': 0.25, 'x': lp.maxx/2, 'y': lp.maxy / 2})


lp.moveto({'z': 0.25, 'x': lp.minx+90, 'y': lp.maxy - 90})