def right_sequence(self, cubeCurrent, face):
mixManager = mix.Mix()
if face == "front":
mixManager.runMix([ "D'", "R'", "D", "R", "D", "F", "D'", "F'" ], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, [ "D'", "R'", "D", "R", "D", "F", "D'", "F'" ])
elif face == "left":
mixManager.runMix([ "D'", "F'", "D", "F", "D", "L", "D'", "L'" ], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, [ "D'", "F'", "D", "F", "D", "L", "D'", "L'" ])
elif face == "right":
mixManager.runMix([ "D'", "B'", "D", "B", "D", "R", "D'", "R'"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, [ "D'", "B'", "D", "B", "D", "R", "D'", "R'"])
elif face == "back":
mixManager.runMix([ "D", "R", "D'", "R'", "D'", "B'", "D", "B" ], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, [ "D", "R", "D'", "R'", "D'", "B'", "D", "B" ])
def change_side(self, cubeCurrent, face):
"""Re positionning edges"""
mixManager = mix.Mix()
if face == "front":
mixManager.runMix(["F", "U'", "R", "U"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["F", "U'", "R", "U"])
elif face == "right":
mixManager.runMix(["R", "U'", "B", "U"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["R", "U'", "B", "U"])
elif face == "left":
mixManager.runMix(["L", "U'", "F", "U"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["L", "U'", "F", "U"])
elif face == "back":
mixManager.runMix(["B", "U'", "L", "U"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["B", "U'", "L", "U"])
def move_side(self, cubeCurrent, color_one, color_two, color_three, face):
mixManager = mix.Mix()
while self.finished_three_color_pos(cubeCurrent, color_one, color_two,
color_three) is False:
if face == "front":
mixManager.runMix(["R'", "D'", "R", "D"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["R'", "D'", "R", "D"])
elif face == "right":
mixManager.runMix(["B'", "D'", "B", "D"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["B'", "D'", "B", "D"])
elif face == "back":
mixManager.runMix(["L'", "D'", "L", "D"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["L'", "D'", "L", "D"])
elif face == "left":
mixManager.runMix(["F'", "D'", "F", "D"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves,
["F'", "D'", "F", "D"])
def corner_change(self, cubeCurrent, face):
mixManager = mix.Mix()
if face == "front":
mixManager.runMix(["L", "D", "L'", "D", "L", "D2", "L'", "D"],
cubeCurrent)
self.lst_moves = utils.append_list(
self.lst_moves, ["L", "D", "L'", "D", "L", "D2", "L'", "D"])
elif face == "back":
mixManager.runMix(["R", "D", "R'", "D", "R", "D2", "R'", "D"],
cubeCurrent)
self.lst_moves = utils.append_list(
self.lst_moves, ["R", "D", "R'", "D", "R", "D2", "R'", "D"])
elif face == "right":
mixManager.runMix(["F", "D", "F'", "D", "F", "D2", "F'", "D"],
cubeCurrent)
self.lst_moves = utils.append_list(
self.lst_moves, ["F", "D", "F'", "D", "F", "D2", "F'", "D"])
elif face == "left":
mixManager.runMix(["B", "D", "B'", "D", "B", "D2", "B'", "D"],
cubeCurrent)
self.lst_moves = utils.append_list(
self.lst_moves, ["B", "D", "B'", "D", "B", "D2", "B'", "D"])
def run(self, cubeCurrent, lst_moves):
self.set_lst_moves(lst_moves)
mixManager = mix.Mix()
to_move = ["F", "L", "D", "L'", "D'", "F'"]
one, two = utils.check_back_state(cubeCurrent.down, "yellow")
if one == 4:
return self.lst_moves
if one == 1:
mixManager.runMix(to_move, cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, to_move)
one, two = utils.check_back_state(cubeCurrent.down, "yellow")
if one == 2 and two == 0:
mixManager.runMix(to_move, cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, to_move)
elif one == 2 and two == 1:
mixManager.runMix(["D'", "F", "L", "D", "L'", "D'", "F'"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, ["D'", "F", "L", "D", "L'", "D'", "F'"])
elif one == 2 and two == 2:
mixManager.runMix(["D'", "D'", "F", "L", "D", "L'", "D'", "F'"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, ["D'", "D'", "F", "L", "D", "L'", "D'", "F'"])
elif one == 2 and two == 3:
mixManager.runMix(["D", "F", "L", "D", "L'", "D'", "F'"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, ["D", "F", "L", "D", "L'", "D'", "F'"])
one,two = utils.check_back_state(cubeCurrent.down, "yellow")
if one == 3 and two == 0:
mixManager.runMix(to_move, cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, to_move)
elif one == 3 and two == 1:
mixManager.runMix(["D", "F", "L", "D", "L'", "D'", "F'"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, ["D", "F", "L", "D", "L'", "D'", "F'"])
one,two = utils.check_back_state(cubeCurrent.down, "yellow")
if one == 4:
return self.lst_moves
return self.lst_moves
def move_to_next_pos(self, cubeCurrent, list_mix):
mixManager = mix.Mix()
mixManager.runMix(list_mix, cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, list_mix)
def move_side(self, cubeCurrent, lst_colors):
mixManager = mix.Mix()
while self.finished_three_color_pos(cubeCurrent, lst_colors) is False:
mixManager.runMix(["L'", "U'", "L", "U"], cubeCurrent)
self.lst_moves = utils.append_list(self.lst_moves, ["L'", "U'", "L", "U"])
from SecondaryFunctions import utils, mix
from Algorithm import Algo as a
import sys
import cubik as c
if __name__ == "__main__":
args = utils.arg_parse()
cube = c.Cube(3)
mix_ = mix.Mix()
if args.mix is None:
lst_moves = mix_.create()
else:
lst_moves = args.mix
lst_moves = lst_moves.split(' ')
if mix_.valid(lst_moves) is False:
print(
"The hand written mix seems to be weird, please try again with a valid mix."
)
sys.exit(0)
#-----------------------------------------#
# Cube Shuffle #
cube = mix_.runMix(lst_moves, cube)
cube.print_cube()
# #
#-----------------------------------------#
#-----------------------------------------#
# Cube Solve #
algo = a.Algo(cube)
solution = algo.run(args.explain)
# #
