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solve_adv.py
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solve_adv.py
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Thu May 2 20:17:06 2019
@author: AR
"""
class Solve:
def __init__(self, blue, red, green, orange, white, yellow, shift, isSolved):
self.blue = blue
self.red = red
self.green = green
self.orange = orange
self.white = white
self.yellow = yellow
self.shift = shift
self.isSolved = isSolved
self.up = yellow
self.down = white
self.count = 1
def solve_cross(self):
base = self.down.color
face = self.blue
# cmd = ['R', 'U', 'R1']
def solveEdge(face):
base = self.down.color
if face.colors[0][1] == base:
if face.n[0] == 0:
adj = face.up.colors[face.n[1]][1]
else:
adj = face.up.colors[1][face.n[1]]
if face.left.color == adj:
self.shift(face, ['F1', 'L'])
if face.right.colors[1][0] == base and face.colors[1][2] == face.color:
self.shift(face, ['F'])
elif face.right.color == adj:
self.shift(face, ['F', 'R1'])
if face.left.colors[1][2] == base and face.colors[1][0] == face.color:
self.shift(face, ['F1'])
elif face.color == adj:
self.shift(face, ['U1', 'R1', 'F'])
if face.right.right.colors[1][0] == base and face.right.colors[1][2] == face.right.color:
self.shift(face, ['R'])
else:
self.shift(face, ['U1', 'R'])
self.shift(face.right, ['R1'])
if face.colors[1][2] == base and face.right.colors[1][0] == face.right.color:
self.shift(face, ['R1'])
if face.colors[1][0] == base:
adj = face.left.colors[1][2]
if face.left.color == adj:
self.shift(face, ['L'])
elif face.right.color == adj:
self.shift(face, 2*['F']+['R1'])
if face.colors[0][1] == face.color:
if (face.n[0] == 0 and face.up.colors[face.n[1]][1] == base) or (face.n[0] == 1 and face.up.colors[1][face.n[1]] == base):
self.shift(face, 2*['F1'])
elif face.color == adj:
self.shift(face, ['L1', 'U1'])
if face.colors[1][0] == base and face.left.colors[1][2] == face.left.color:
self.shift(face, ['L'])
self.shift(face, 2*['F'])
else:
self.shift(face, ['L1', 'U'])
if face.colors[1][0] == base and face.left.colors[1][2] == face.left:
self.shift(face, ['L'])
self.shift(face.right, 2*['R'])
if face.colors[1][2] == base:
adj = face.right.colors[1][0]
if face.right.color == adj:
self.shift(face, ['R1'])
elif face.left.color == adj:
self.shift(face, 2*['F1']+['L'])
if face.colors[0][1] == face.color:
if (face.n[0] == 0 and face.up.colors[face.n[1]][1] == base) or (face.n[0] == 1 and face.up.colors[1][face.n[1]] == base):
self.shift(face, 2*['F1'])
elif face.color == adj:
self.shift(face, ['R', 'U'])
if face.colors[1][2] == base and face.right.colors[1][0] == face.right.color:
self.shift(face, ['R1'])
self.shift(face, 2*['F'])
else:
self.shift(face, ['R', 'U1'])
if face.colors[1][2] == base and face.right.colors[1][0] == face.right.color:
self.shift(face, ['R1'])
self.shift(face.right, 2*['R'])
if (face.n[0] == 0 and face.up.colors[face.n[1]][1] == base) or (face.n[0] == 1 and face.up.colors[1][face.n[1]] == base):
adj = face.colors[0][1]
if face.color == adj:
self.shift(face, 2*['F'])
elif face.right.color == adj:
self.shift(face, ['U1'] + 2*['R'])
elif face.left.color == adj:
self.shift(face, ['U'] + 2*['L'])
else:
self.shift(face, 2*['U'])
self.shift(face.right, 2*['R'])
if face.colors[2][1] == base:
self.shift(face, 2*['F']+['U1', 'R1', 'F'])
if face.right.colors[1][2] == face.right.color and face.right.right.colors[1][0] == base:
self.shift(face, ['R'])
while base != self.down.colors[0][1] or base != self.down.colors[1][0] or base != self.down.colors[1][2] or base != self.down.colors[2][1]:
#for i in range(10):
solveEdge(face)
face = face.right
def solve_2rows(self):
down_color = self.down.color
top = self.up
def check_f2l(face):
return face.colors[1][0] == face.color and face.colors[2][0] == face.color
# def direct():
# down_color = down.color
# if top.colors[0][1] != top.color and top.up.colors[0][1] != top.color:
# top_color = top.colors[0][1]
# side_color = top.up.colors[0][1]
# if top.colors[0][0] == top_color:
# if top.up.colors[0][2] == down_color:
def search_edge(adj1, adj2):
face = self.blue
while not ((face.colors[1][2] == adj1 and face.right.colors[1][0] == adj2) or
(face.colors[1][2] == adj2 and face.right.colors[1][0] == adj1)):
face = face.right
return face
def top_white():
def solve():
adj1 = top.up.colors[0][2]
adj2 = top.left.colors[0][0]
if((adj1 == top.colors[0][1] and adj2 == top.up.colors[0][1]) or
(adj2 == top.colors[0][1] and adj1 == top.up.colors[0][1])):
side_color = top.up.colors[0][1]
if adj1 == top.right.color:
face = top.down
self.shift(face, ['U1'])
else:
face = top.up
while face.color != adj2:
face = face.left
while face.colors[0][0] != adj2:
self.shift(face, ['U'])
self.shift(face, ['F1', 'U', 'F'])
if face.right.color == side_color:
face = face.right
self.shift(face, ['U'] + ['F', 'U', 'F1', 'U', 'F', 'U1', 'F1'])
elif face.color == side_color:
self.shift(face, 2*['U'] + ['F1', 'U', 'U', 'F', 'U1', 'F1', 'U', 'F'])
elif((adj1 == top.colors[1][0] and adj2 == top.left.colors[0][1]) or
(adj2 == top.colors[1][0] and adj1 == top.left.colors[0][1])):
side_color = top.left.colors[0][1]
if adj1 == top.right.color:
face = top.right
self.shift(face, ['U'])
else:
face = top.up
while face.color != adj1:
face = face.right
while face.colors[0][2] != adj1:
self.shift(face, ['U1'])
self.shift(face, ['F', 'U1', 'F1'])
if face.left.color == side_color:
face = face.left
self.shift(face, ['U1'] + ['F1', 'U1', 'F', 'U1', 'F1', 'U', 'F'])
elif face.color == side_color:
self.shift(face, 2*['U'] + ['F', 'U', 'U', 'F1', 'U', 'F', 'U1', 'F1'])
elif((adj1 == top.colors[1][2] and adj2 == top.right.colors[0][1]) or
(adj2 == top.colors[1][2] and adj1 == top.right.colors[0][1])):
side_color = top.right.colors[0][1]
top_color = top.colors[1][2]
if side_color == top.up.color:
face = top.up
self.shift(face, ['U1'])
else:
face = top.right
while face.color != side_color:
face = face.left
while adj2 != face.right.right.colors[0][0] or adj1 != face.right.colors[0][2]:
self.shift(face, ['U'])
if face.left.color == top_color:
self.shift(face, ['F', 'U', 'F1', 'U', 'F', 'U1', 'F1'])
else:
self.shift(face, ['F1', 'U', 'U', 'F', 'U1', 'F1', 'U', 'F'])
elif((adj1 == top.colors[2][1] and adj2 == top.down.colors[0][1]) or
(adj2 == top.colors[2][1] and adj1 == top.down.colors[0][1])):
side_color = top.down.colors[0][1]
top_color = top.colors[2][1]
if side_color == top.right.color:
face = top.up
self.shift(face, ['U1'])
else:
face = top.down
while face.color != side_color:
face = face.left
while adj2 != face.left.colors[0][0] or adj1 != face.left.left.colors[0][2]:
self.shift(face, ['U'])
if face.left.color == top_color:
self.shift(face, ['F', 'U', 'U', 'F1', 'U', 'F', 'U1', 'F1'])
else:
self.shift(face, ['F1', 'U1', 'F', 'U1', 'F1', 'U', 'F'])
else:
face = search_edge(adj1, adj2)
flag = (face.colors[0][2] == adj1 and face.right.colors[0][0] == adj2)
if ((face.colors[0][0] == adj1 and face.left.colors[0][2] == adj2) or
(face.colors[0][0] == adj2 and face.left.colors[0][2] == adj1)):
self.shift(face, ['R', 'U', 'R1'])
else:
self.shift(face, ['R', 'U1', 'R1'])
if flag:
if top.right.colors[0][0] == down_color and top.down.colors[0][2] == adj2:
self.shift(top.down, ['U'])
else:
while top.down.colors[0][0] != down_color or top.left.colors[0][2] != adj2:
self.shift(top.down, ['U1'])
left_side_white()
else:
if top.colors[0][2] == down_color and top.right.colors[0][2] == adj1:
self.shift(face, ['U1'])
# else:
# while top.colors[0][0] != down_color or top.up.colors[0][2] != adj1:
# self.shift(face, ['U'])
solve()
# if (top.colors[0][2] == down_color and
# top.right.colors[0][2] == adj1 and
# top.up.colors[0][0] == adj2):
# self.shift(face, ['U1'])
#
# while not (top.colors[0][0] == down_color and
# top.up.colors[0][2] == adj1 and
# top.left.colors[0][0] == adj2):
# self.shift(face, ['U'])
top_white()
if top.colors[0][2] == down_color:
self.shift(self.blue, ['U1'])
solve()
print()
self.count += 1
if top.colors[2][0] == down_color:
self.shift(self.blue, ['U'])
solve()
print()
self.count += 1
if top.colors[2][2] == down_color:
self.shift(self.blue, 2*['U'])
solve()
print()
self.count += 1
if top.colors[0][0] == down_color:
solve()
print()
self.count += 1
def left_side_white():
def solve():
adj1 = top.colors[2][0]
adj2 = top.left.colors[0][2]
# print(adj1, adj2)
if ((adj1 == top.colors[1][0] and adj2 == top.left.colors[0][1]) or
(adj2 == top.colors[1][0] and adj1 == top.left.colors[0][1])):
if adj1 == top.left.color:
face = top.up
self.shift(face, ['U'])
else:
face = top.up
while adj2 != face.color:
face = face.left
while face.right.colors[0][0] != down_color or face.colors[0][2] != adj2:
self.shift(face, ['U1'])
if face.colors[0][1] == adj2:
self.shift(face, ['U1', 'F1', 'U', 'F'])
else:
self.shift(face, ['R', 'U', 'U', 'R1'])
self.shift(face, ['U', 'U', 'R', 'U', 'U', 'R1', 'U', 'U', 'R', 'U1', 'R1'])
elif ((adj1 == top.colors[2][1] and adj2 == top.down.colors[0][1]) or
(adj2 == top.colors[2][1] and adj1 == top.down.colors[0][1])):
if adj1 == top.down.color:
face = top.left
self.shift(face, ['U1'])
else:
face = top.left
while adj1 != face.color:
face = face.right
while face.right.colors[0][0] != down_color or face.colors[0][2] != adj2:
self.shift(face, ['U'])
face = face.left
self.shift(face, ['R', 'U1', 'R1'])
if face.left.colors[0][1] == adj2:
self.shift(face, ['U', 'U', 'F1', 'U', 'U', 'F', 'U', 'U', 'F1', 'U', 'F'])
else:
self.shift(face, ['U', 'R', 'U', 'R1'])
elif ((adj1 == top.colors[0][1] and adj2 == top.up.colors[0][1]) or
(adj2 == top.colors[0][1] and adj1 == top.up.colors[0][1])):
if adj1 == top.down.color:
face = top.up
self.shift(face, ['U'])
else:
face = top.down
while adj2 != face.color:
face = face.right
while face.colors[0][0] != down_color or face.left.colors[0][2] != adj2:
self.shift(face, ['U1'])
face = face.left
if face.left.colors[0][1] == adj2:
self.shift(face, ['R1', 'U1', 'R'])
self.shift(face, ['U', 'U', 'R1', 'U', 'R'])
else:
self.shift(face, ['R1', 'U', 'R', 'U1'])
self.shift(face.right, ['R', 'U', 'R1'])
elif ((adj1 == top.colors[1][2] and adj2 == top.right.colors[0][1]) or
(adj2 == top.colors[1][2] and adj1 == top.right.colors[0][1])):
if adj1 == top.down.color:
face = top.up
self.shift(face, ['U'])
else:
face = top.down
while adj2 != face.color:
face = face.right
while face.colors[0][0] != down_color or face.left.colors[0][2] != adj2:
self.shift(face, ['U1'])
face = face.left
if face.left.left.colors[0][1] == adj2:
self.shift(face, ['R1', 'U', 'U', 'R'])
self.shift(face, ['U', 'U', 'R1', 'U', 'R'])
else:
self.shift(face.right, ['U1', 'R', 'U', 'R1'])
else:
face = search_edge(adj1, adj2)
flag = (face.colors[0][2] == adj2 and face.right.colors[0][0] == down_color)
if face.colors[0][0] == down_color and face.left.colors[0][2] == adj2:
self.shift(face, ['R', 'U', 'R1'])
else:
self.shift(face, ['R', 'U1', 'R1'])
if flag:
if top.left.colors[0][2] == down_color and top.colors[2][0] == adj2:
self.shift(face, ['U1'])
else:
while top.down.colors[0][2] != down_color or top.colors[2][2] != adj2:
self.shift(face, ['U'])
right_side_white()
else:
if top.right.colors[0][0] == down_color and top.colors[2][2] == adj1:
self.shift(face, ['U1'])
else:
while top.down.colors[0][0] != down_color or top.colors[2][0] != adj1:
self.shift(face, ['U'])
solve()
if top.down.colors[0][0] == down_color:
solve()
print()
self.count+=1
if top.right.colors[0][0] == down_color:
self.shift(top.right, ['U'])
solve()
print()
self.count+=1
if top.left.colors[0][0] == down_color:
self.shift(top.left, ['U1'])
solve()
print()
self.count+=1
if top.up.colors[0][0] == down_color:
self.shift(top.up, 2*['U'])
solve()
print()
self.count+=1
def right_side_white():
def solve():
adj1 = top.colors[2][2]
adj2 = top.right.colors[0][0]
if ((adj1 == top.colors[1][2] and adj2 == top.right.colors[0][1]) or
(adj2 == top.colors[1][2] and adj1 == top.right.colors[0][1])):
flag = (top.colors[1][2] == adj2)
if adj1 == top.up.color:
face = top.up
self.shift(face, ['U'])
else:
face = top.down
while adj2 != face.color:
face = face.right
while face.colors[0][2] != down_color or face.right.colors[0][0] != adj2:
self.shift(face, ['U1'])
face = face.left
if flag:
self.shift(face, ['R', 'U', 'U', 'R1'])
self.shift(face, ['U', 'F1', 'U1', 'F'])
else:
self.shift(face, ['U', 'U', 'R', 'U1', 'R1'])
elif ((adj1 == top.colors[2][1] and adj2 == top.down.colors[0][1]) or
(adj2 == top.colors[2][1] and adj1 == top.down.colors[0][1])):
if adj1 == top.down.color:
face = top.left
self.shift(face, ['U'])
else:
face = top.down
while adj1 != face.right.color:
face = face.right
while face.colors[0][2] != down_color or face.right.colors[0][0] != adj2:
self.shift(face, ['U1'])
self.shift(face, ['R1', 'U', 'R'])
if face.left.colors[0][1] == adj2:
self.shift(face.right, ['U', 'U', 'R', 'U', 'U', 'R1', 'U', 'U', 'R', 'U1', 'R1'])
else:
self.shift(face, ['U1', 'R1', 'U1', 'R'])
elif ((adj1 == top.colors[0][1] and adj2 == top.up.colors[0][1]) or
(adj2 == top.colors[0][1] and adj1 == top.up.colors[0][1])):
if adj1 == top.up.color:
face = top.up
self.shift(face, ['U'])
else:
face = top.down
while adj2 != face.color:
face = face.right
while face.colors[0][2] != down_color or face.right.colors[0][0] != adj2:
self.shift(face, ['U1'])
face = face.left
if face.left.colors[0][1] == adj2:
self.shift(face, ['R', 'U', 'R1'])
self.shift(face, ['U', 'U', 'R', 'U1', 'R1'])
else:
self.shift(face, ['R', 'U1', 'R1'])
self.shift(face, ['U', 'F1', 'U1', 'F'])
elif ((adj1 == top.colors[1][0] and adj2 == top.left.colors[0][1]) or
(adj2 == top.colors[1][0] and adj1 == top.left.colors[0][1])):
if adj2 == top.left.color:
face = top.up
self.shift(face, ['U'])
else:
face = top.down
while adj2 != face.color:
face = face.right
while face.colors[0][2] != down_color or face.right.colors[0][0] != adj2:
self.shift(face, ['U1'])
face = face.left
if face.colors[0][1] == adj2:
self.shift(face, ['R', 'U', 'U', 'R1'])
self.shift(face, ['U', 'U', 'R', 'U1', 'R1'])
else:
self.shift(face, ['U', 'F1', 'U1', 'F'])
else:
face = search_edge(adj1, adj2)
flag = (face.colors[0][2] == down_color and face.right.colors[0][0] == adj2)
if face.left.colors[0][2] == down_color and face.colors[0][0] == adj2:
self.shift(face, ['R', 'U', 'R1'])
else:
self.shift(face, ['R', 'U1', 'R1'])
if flag:
if top.colors[2][0] == down_color and top.down.colors[0][0] == adj1:
self.shift(face, ['U'])
while top.colors[0][0] != down_color or top.left.colors[0][0] != adj1:
self.shift(face, ['U1'])
top_white()
else:
if top.left.colors[0][2] == down_color and top.colors[2][0] == adj1:
self.shift(face, ['U1'])
else:
while top.down.colors[0][2] != down_color or top.colors[2][2] != adj1:
self.shift(face, ['U'])
solve()
if top.down.colors[0][2] == down_color:
solve()
print()
self.count+=1
if top.right.colors[0][2] == down_color:
self.shift(top.right, ['U'])
solve()
print()
self.count+=1
if top.left.colors[0][2] == down_color:
self.shift(top.left, ['U1'])
solve()
print()
self.count+=1
if top.up.colors[0][2] == down_color:
self.shift(top.up, 2*['U'])
solve()
print()
self.count+=1
def is_row2solved():
face = top.down
print()
while (all(list(map(lambda col: col == face.color, [face.colors[1][2], face.colors[2][2]]))) and
all(list(map(lambda col: col == face.right.color, [face.right.colors[1][0], face.right.colors[2][0]])))):
face = face.right
if face.color == top.down.color:
return (True, face)
return (False, face)
for i in range(5):
self.count = 1
while self.count != 0:
self.count = 0
top_white()
left_side_white()
right_side_white()
(cond, face) = is_row2solved()
if cond:
break
self.shift(face, ['R', 'U', 'R1'])
def solve_toprow(self):
top = self.up
def form_plus():
if all(list(map(lambda col : col == top.color, [top.colors[0][1], top.colors[1][0], top.colors[1][2], top.colors[2][1]]))):
return
if top.colors[1][0] == top.color:
if top.colors[0][1] == top.color:
self.shift(top.up, ['f', 'U', 'L', 'U1', 'L1', 'f1'])
elif top.colors[2][1] == top.color:
self.shift(top.left, ['f', 'U', 'L', 'U1', 'L1', 'f1'])
else:
self.shift(top.down, ['F', 'R', 'U', 'R1', 'U1', 'F1'])
elif top.colors[1][2] == top.color:
if top.colors[0][1] == top.color:
self.shift(top.right, ['f', 'U', 'L', 'U1', 'L1', 'f1'])
elif top.colors[2][1] == top.color:
self.shift(top.down, ['f', 'U', 'L', 'U1', 'L1', 'f1'])
elif top.colors[0][1] == top.color and top.colors[2][1] == top.color:
self.shift(top.right, ['F', 'R', 'U', 'R1', 'U1'])
else:
self.shift(top.down, ['F', 'R', 'U', 'R1', 'U1', 'F1', 'f', 'U', 'L', 'U1', 'L1', 'f1'])
def sune(face):
self.shift(face, ['R', 'U', 'R1', 'U', 'R', 'U', 'U', 'R1'])
def anti_sune(face):
self.shift(face, ['R1', 'U1', 'R', 'U1', 'R1', 'U1', 'U1', 'R'])
def car(face):
self.shift(face, ['F'] + 3*['R', 'U', 'R1', 'U1'] + ['F1'])
def blinker(face):
self.shift(face, ['R', 'U', 'U', 'R', 'R', 'U1', 'R', 'R', 'U1', 'R', 'R', 'U', 'U', 'R'])
def headlights(face):
self.shift(face, ['R', 'R', 'D', 'R1', 'U', 'U', 'R', 'D1', 'R1', 'U', 'U', 'R1'])
def chameleon(face):
self.shift(face, ['L', 'F', 'R1', 'F1', 'L1', 'F', 'R', 'F1'])
def bow_tie(face):
self.shift(face, ['F1', 'L', 'F', 'R1', 'F1', 'L1', 'F', 'R'])
def solve():
corners = [top.colors[0][0], top.colors[0][2], top.colors[2][0], top.colors[2][2]]
if all(list(map(lambda col: col!=top.color, corners))):
if all(list(map(lambda col: col==top.color, [top.down.colors[0][0], top.down.colors[0][2]]))):
if all(list(map(lambda col: col==top.color, [top.up.colors[0][0], top.up.colors[0][2]]))):
car(top.down)
else:
blinker(top.right)
elif all(list(map(lambda col: col==top.color, [top.left.colors[0][0], top.left.colors[0][2]]))):
if all(list(map(lambda col: col==top.color, [top.right.colors[0][0], top.right.colors[0][2]]))):
car(top.right)
else:
blinker(top.down)
elif all(list(map(lambda col: col==top.color, [top.up.colors[0][0], top.up.colors[0][2]]))):
if all(list(map(lambda col: col==top.color, [top.left.colors[0][2], top.right.colors[0][0]]))):
blinker(top.left)
elif all(list(map(lambda col: col==top.color, [top.right.colors[0][0], top.right.colors[0][2]]))):
if all(list(map(lambda col: col==top.color, [top.down.colors[0][0], top.up.colors[0][2]]))):
blinker(top.up)
elif top.colors[0][0] == top.color:
if top.colors[0][2] == top.color:
if all(list(map(lambda col: col==top.color, [top.down.colors[0][0], top.down.colors[0][2]]))):
headlights(top.down)
else:
chameleon(top.right)
elif top.colors[2][0] == top.color:
if all(list(map(lambda col: col==top.color, [top.right.colors[0][0], top.right.colors[0][2]]))):
headlights(top.right)
else:
chameleon(top.up)
elif top.colors[2][2] == top.color:
if top.left.colors[0][2] == top.color:
face = top.left
else:
face = top.right
bow_tie(face)
elif top.colors[0][2] != top.color and top.colors[2][0] != top.colors and top.colors[2][2] != top.color:
face = top.up
count_s = 0
count_as = 0
for i in range(4):
if face.colors[0][2] == top.color:
count_s+=1
if face.colors[0][0] == top.color:
count_as+=1
face = face.right
if count_s == 3:
sune(top.up)
elif count_as == 3:
anti_sune(top.down)
elif top.colors[0][2] == top.color:
if top.colors[2][0] == top.color:
if top.down.colors[0][2] == top.color:
face = top.down
else:
face = top.up
bow_tie(face)
if top.colors[2][2] == top.color:
print()
if top.colors[0][0] != top.color and top.colors[2][0] != top.colors and top.colors[2][2] != top.color:
face = top.up
count_s = 0
count_as = 0
for i in range(4):
if face.colors[0][2] == top.color:
count_s+=1
if face.colors[0][0] == top.color:
count_as+=1
face = face.right
if count_s == 3:
sune(top.right)
elif count_as == 3:
anti_sune(top.left)
elif top.colors[2][2] == top.color:
if top.colors[0][2] == top.color:
if all(list(map(lambda col: col==top.color, [top.left.colors[0][0], top.left.colors[0][2]]))):
headlights(top.left)
else:
chameleon(top.down)
elif top.colors[0][2] == top.color:
if all(list(map(lambda col: col==top.color, [top.up.colors[0][0], top.up.colors[0][2]]))):
headlights(top.up)
else:
chameleon(top.left)
elif top.colors[2][0] == top.color:
if all(list(map(lambda col: col==top.color, [top.up.colors[0][0], top.up.colors[0][2]]))):
headlights(top.up)
else:
chameleon(top.left)
elif top.colors[0][0] != top.color and top.colors[2][0] != top.colors and top.colors[0][2] != top.color:
face = top.up
count_s = 0
count_as = 0
for i in range(4):
if face.colors[0][2] == top.color:
count_s+=1
if face.colors[0][0] == top.color:
count_as+=1
face = face.right
if count_s == 3:
sune(top.down)
elif count_as == 3:
anti_sune(top.up)
elif top.colors[2][0] == top.color:
if top.colors[0][0] != top.color and top.colors[0][2] != top.colors and top.colors[2][2] != top.color:
face = top.up
count_s = 0
count_as = 0
for i in range(4):
if face.colors[0][2] == top.color:
count_s+=1
if face.colors[0][0] == top.color:
count_as+=1
face = face.right
if count_s == 3:
sune(top.left)
elif count_as == 3:
anti_sune(top.right)
form_plus()
print('Plus Formed')
if top.colors != 3*[[top.color, top.color, top.color]]:
solve()
def solve_3rd_row(self):
def search_headlights_face():
for i in [self.blue.color, self.red.color, self.green.color, self.orange.color]:
face = self.blue
for j in range(4):
if face.colors[0][0] == i and face.colors[0][2] == i:
return (True, face)
face = face.right
return (False, face)
def search_pref_face():
face = self.blue
for i in range(4):
if face.colors[0][1] == face.color and face.colors[0][0] == face.color:
return (True, face)
face = face.right
return (False, face)
(cond, face) = search_headlights_face()
if cond:
self.shift(face.right, ['R', 'U', 'R1', 'U1', 'R1', 'F', 'R', 'R', 'U1', 'R1', 'U1', 'R', 'U', 'R1', 'F1'])
else:
self.shift(face, ['F', 'R', 'U1', 'R1', 'U1', 'R', 'U', 'R1', 'F1', 'R', 'U', 'R1', 'U1', 'R1', 'F', 'R', 'F1'])
if face.left.colors[0][0] == face.color:
self.shift(face, ['U1'])
while face.colors[0][0] != face.color:
self.shift(face, ['U'])
(cond, face) = search_pref_face()
if cond:
if face.right.colors[0][1] == face.left.color:
self.shift(face.right.right, ['R', 'R', 'U', 'R', 'U', 'R1', 'U1', 'R1', 'U1', 'R1', 'U', 'R1'])
# elif face.left.colors[0][1] == face.right.color:
else:
self.shift(face.right.right, ['R', 'U1', 'R', 'U', 'R', 'U', 'R', 'U1', 'R1', 'U1', 'R', 'R'])
if face.colors[0][1] == face.right.color:
face = face.right
elif face.colors[0][1] == face.left.color:
self.shift(face, ['M', 'M', 'U1', 'M', 'M', 'U1', 'M1', 'U', 'U', 'M', 'M', 'U', 'U', 'M1', 'U', 'U'])
else:
self.shift(face, ['M', 'M', 'U1', 'M', 'M', 'U', 'U', 'M', 'M', 'U1', 'M', 'M'])