def test_gen_direction_move_with_e(self):
e = extruder.Extruder(0)
e.coasting = 0.2
e.extrusion_width = 0.4
ret = self.test_object.gen_direction_move(W, 40, 3000, 0.2, e)
expected = [b"G1 X-40.000 Y0 E1.3304 F3000"]
for r in ret:
self.assertEqual(expected[0], r)
ret = self.test_object.gen_direction_move(S, 40, 3000, 0.1, e, last_line=True)
expected = [b"G1 X0 Y-39.800 E0.6619 F3000", b"G1 X0 Y-0.200 F3000"]
for r in ret:
self.assertEqual(expected[0], r)
expected.pop(0)
print(obj.is_extruder_move(b"G1 E-2.5 F1500"))
print(obj.read_gcode_line(b"G1 E5 F1500 ; juu"))
print(obj.read_gcode_line(b"; juu"))
print(obj.read_gcode_line(b"; juu ; joo"))
print(obj.is_z_move(b"G1 Z5.500 F1500"))
print(obj.is_tool_change(b"T0"))
print(obj.is_tool_change(b"T1"))
print(obj.is_extrusion_move(b"G1 X80.349 Y81.849 E-2.5000"))
print(obj.is_extrusion_speed_move(b"G1 X80.349 Y81.849 E-2.5000 F3000"))
print(obj.read_gcode_line(b"G1 E-3.00000 F4800.00000"))
print(obj.is_extruder_move(b'G1 E-3.00000 F4800.00000'))
ret = obj.gen_direction_move(E, 40, 3000)
for r in ret:
print(r)
import extruder
e = extruder.Extruder(0)
e.coasting = 0.2
ret = obj.gen_direction_move(W, 40, 3000, e, feed_rate=0.05)
for r in ret:
print(r)
ret = obj.gen_direction_move(S,
40,
3000,
e,
feed_rate=0.05,
last_line=True)
for r in ret:
print(r)
print(obj._get_coordinates(N, 10))
print(obj._get_coordinates(NE, 10))