def main():
import sys
cube = MixupCube()
if len(sys.argv) == 2:
cube.turn(sys.argv[1])
print("Initial Cube:", cube)
viewer = CubeViewer(cube)
print()
print("Keys:")
for b in viewer.get_key_bindings():
print(" {} - {}".format('/'.join(b.keys), b.name))
print(" {}".format(b.help))
print()
print("Mouse:")
print(" Click - Select Cubie")
print(" Drag - Rotate Camera")
print(" Middle Click - Swap Cubie with selected.")
print()
glutMainLoop()
def main():
import sys
cube = MixupCube()
if len(sys.argv) == 2:
cube.turn(sys.argv[1])
print("Initial Cube:", cube)
viewer = CubeViewer(cube)
print()
print("Keys:")
for b in viewer.get_key_bindings():
print(" {} - {}".format('/'.join(b.keys), b.name))
print(" {}".format(b.help))
print()
print("Mouse:")
print(" Click - Select Cubie")
print(" Drag - Rotate Camera")
print(" Middle Click - Swap Cubie with selected.")
print()
glutMainLoop()
def main():
cube_str = ''.join(sys.argv[1:]).strip()
if cube_str.startswith('['):
cube = MixupCube.from_str(cube_str)
else:
cube = MixupCube()
cube.turn(cube_str)
solve(cube)
def main():
cube_str = ''.join(sys.argv[1:]).strip()
if cube_str.startswith('['):
cube = MixupCube.from_str(cube_str)
else:
cube = MixupCube()
cube.turn(cube_str)
solve(cube)
def assertTurnsEqual(self, turns1, turns2):
c1 = MixupCube()
c1.turn(turns1)
c2 = MixupCube()
c2.turn(turns2)
self.assertEqual(c1, c2, '"{}" != "{}"'.format(turns1, turns2))
def assertTurnsSolvedDist(self, turns, dist):
cube = MixupCube()
cube.turn(turns)
self.assertSolvedDist(cube, dist, 'Turns "{}" '.format(turns))
def assertNotCubeShapedTurns(self, turns):
cube = MixupCube()
cube.turn(turns)
self.assertNotCubeShaped(cube)
def assertCubeShapedTurns(self, turns):
cube = MixupCube()
cube.turn(turns)
self.assertCubeShaped(cube, 'Not in cube shape: "{}"'.format(turns))
def assertSolvedTurns(self, turns):
cube = MixupCube()
cube.turn(turns)
self.assertSolved(cube, 'Not in solved state: "{}"'.format(turns))