def make_shuffled_cube():
cube = Cube.solved_cube()
for i in range(30):
random_face = random.choice(FaceType.FACES)
random_direction = random.choice(RotationType.ROTATION_DIRECTION)
perform_face_turn(cube, (random_face, random_direction))
return cube
0,'1!','1!',
0,'1!','1!'],
FaceType.UP: ['4!','4!','4!',
'4!','4!','4!',
'4!','4!','4!'],
})
ll_except_side_pattern = solver.CubePattern({
FaceType.DOWN: ['2!','2!','2!',
'2!','2!','2!',
'2!','2!','2!'],
FaceType.RIGHT: ['6!','6!','6!',
'6!','6!','6!',
'6!', 0, '6!'],
FaceType.FRONT: ['3!','3!', 0,
'3!','3!', 0,
'3!','3!', 0],
FaceType.LEFT: ['5!', 0, '5!',
'5!','5!','5!',
'5!','5!','5!'],
FaceType.BACK: ['1!','1!','1!',
0, '1!','1!',
'1!','1!','1!'],
FaceType.UP: ['4!','4!','4!',
'4!','4!','4!',
'4!','4!','4!'],
})
done_pattern = solver.CubePattern.from_cube(Cube.solved_cube())
from rubiks.solver.fridrich import *
from rubiks.solver.simplest import *
from rubiks.solver import base
from rubiks import *
from rubiks import rotation, cube_operation, face_turn
from rubiks import cube_analyze
def try_stage(c, s):
try:
return list(s(c))
except base.StageError as e:
return e.args[1]
s = SimplestSolver()
sc = Cube.solved_cube()
uc = UnpositionedCross()
pc = PositionCross()
scramle_path = "FUF'DUFRU2L'B2FU2LF'DU'"
c = Cube.from_scramble_path(scramle_path)
rc = make_shuffled_cube()
pcc = cube_operation.perform_united_operations(c.copy(), s.solve(c))
mfc = Cube(
{'B': array([[1, 3, 6],
[5, 5, 1],
[5, 4, 3]]),
'D': array([[1, 2, 5],
[2, 2, 2],
[6, 2, 3]]),