def test_01_cross(self):
for i in range(1000):
cube = Cube()
scramble = scramble_generator(20)
cube.scramble(scramble)
cross_solution, cross_cube = cross(cube)
self.assertTrue(
assert_cross_solved(cross_cube),
msg="error on scramble: \"{0}\"\ncross: \"{1}\"".format(
scramble, cross_solution))
def test_09_cfop(self):
for i in range(1000):
cube = Cube()
scramble = scramble_generator(20)
cube.scramble(scramble)
solution, new_cube = cfop(cube)
cube.scramble(solution)
self.assertTrue(
cube.is_solved(),
msg="error on scramble: \"{0}\"\nsolution: \"{1}".format(
scramble, solution))
def test_02_first_pair(self):
for i in range(1000):
cube = Cube()
scramble = scramble_generator(20)
cube.scramble(scramble)
cross_solution, cross_cube = cross(cube)
first_pair_solution, fstp_cube = first_pair(cross_cube)
self.assertTrue(
assert_first_pair(fstp_cube),
msg="error on scramble: \"{0}\"\ncross: \"{1}\"\nfirst pair: "
"\"{2}\"".format(scramble, cross_solution,
first_pair_solution))
def test_07_oll(self):
for i in range(1000):
cube = Cube()
scramble = scramble_generator(20)
cube.scramble(scramble)
cross_solution, cross_cube = cross(cube)
f2l_solution, f2l_cube = f2l(cross_cube)
oll_solution, oll_cube = oll(f2l_cube)
self.assertTrue(
assert_oll(oll_cube),
msg=
"error on scramble: \"{0}\"\ncross: \"{1}\"\nf2l: \"{2}\"\noll: \"{3}\""
.format(scramble, cross_solution, f2l_solution, oll_solution))
def test_04_third_pair(self):
for i in range(1000):
cube = Cube()
scramble = scramble_generator(20)
cube.scramble(scramble)
cross_solution, cross_cube = cross(cube)
first_pair_solution, fstp_cube = first_pair(cross_cube)
second_pair_solution, sndp_cube = second_pair(fstp_cube)
third_pair_solution, trdp_cube = third_pair(sndp_cube)
self.assertTrue(
assert_third_pair(trdp_cube),
msg="error on scramble: \"{0}\"\ncross: \"{1}\"\nfirst pair: "
"\"{2}\"\nsecond pair: \"{3}\"\nthird pair: \"{4}\"".format(
scramble, cross_solution, first_pair_solution,
second_pair_solution, third_pair_solution))
from rubiks_cube import rubiks_cube
from utils import scramble_generator
# Create new cube object
cube = rubiks_cube.Cube()
# Prints the state of the cube
cube.print()
# Example of scramble generation
scramble = scramble_generator(18)
print(scramble)
# Example of scramble
cube.scramble("R B R2 F U' L2 D L' U2 R' D' F2 L F' D2 B2 U B'")
cube.print()