def rotate(self, cub, mv, col1, col2, col3, face):
self.mvorig = corners(self.origin.cub, col1, col2, col3)
self.mvcurent = corners(cub.cub, col1, col2, col3)
if not self.facolor(cub, face):
if self.mvcurent[0] == 4:
self.mvcanny(cub, mv, col1, col2, col3)
if self.mvcurent[0] == 5:
self.mvcanny2(cub, mv, col1, col2, col3, face)
self.mvcurent = corners(cub.cub, col1, col2, col3)
if self.facolor(cub, face):
self.mvfaces(cub, mv, col1, col2, col3, face)
def mvcanny(self, cub, mv, col1, col2, col3):
def appendix(list, cub, mv):
for l in list:
cub.rotate_by_name(l)
mv.append(l)
self.mvcurent = corners(cub.cub, col1, col2, col3)
if self.mvcurent[3] == 2 and self.mvcurent[6] == 0:
appendix(["F", "D'", "F'"], cub, mv)
elif self.mvcurent[3] == 3 and self.mvcurent[6] == 0:
appendix(["F'", "D", "F"], cub, mv)
elif self.mvcurent[3] == 2 and self.mvcurent[6] == 1:
appendix(["B'", "D", "B"], cub, mv)
elif self.mvcurent[3] == 3 and self.mvcurent[6] == 1:
appendix(["B", "D'", "B'"], cub, mv)
self.mvcurent = corners(cub.cub, col1, col2, col3)
def getrehtung(self, cub):
cub.D()
c = 0
isrightcorner = []
self.mvcurent = corners(cub.cub, 5, 0, 2)
if self.facolor(cub, 0):
c += 1
self.mvcurent = corners(cub.cub, 5, 1, 2)
if self.facolor(cub, 2):
c += 1
self.mvcurent = corners(cub.cub, 5, 1, 3)
if self.facolor(cub, 1):
c += 1
self.mvcurent = corners(cub.cub, 5, 0, 3)
if self.facolor(cub, 3):
c += 1
ret = 3
if c == 0:
ret = 2
cub.Ds()
return ret
def mvcanny2(self, cub, mv, col1, col2, col3, face):
while not self.facolor(cub, face):
cub.D()
mv.append("D")
self.mvcurent = corners(cub.cub, col1, col2, col3)
def solver(self, cub, mv):
c = 0
if edges_corners_checker(self.origin.cub, cub.cub, 5, 0, 2):
c += 1
if edges_corners_checker(self.origin.cub, cub.cub, 5, 1, 3):
c += 1
if edges_corners_checker(self.origin.cub, cub.cub, 5, 2, 1):
c += 1
if edges_corners_checker(self.origin.cub, cub.cub, 5, 3, 0):
c += 1
if c == 4:
return
c = 0
isrightcorner = []
self.mvcurent = corners(cub.cub, 5, 0, 2)
if self.facolor(cub, 0):
c += 1
self.mvcurent = corners(cub.cub, 5, 1, 2)
if self.facolor(cub, 2):
c += 1
self.mvcurent = corners(cub.cub, 5, 1, 3)
if self.facolor(cub, 1):
c += 1
self.mvcurent = corners(cub.cub, 5, 0, 3)
if self.facolor(cub, 3):
c += 1
if c == 4:
return
if c == 0:
self.appendix(["D", "L", "D'", "R'", "D", "L'", "D'", "R"], cub,
mv)
c = 0
isrightcorner = []
self.mvcurent = corners(cub.cub, 5, 0, 2)
if self.facolor(cub, 0):
c += 1
isrightcorner.append(5)
isrightcorner.append(0)
isrightcorner.append(2)
self.mvcurent = corners(cub.cub, 5, 1, 2)
if self.facolor(cub, 2):
c += 1
isrightcorner.append(5)
isrightcorner.append(1)
isrightcorner.append(2)
self.mvcurent = corners(cub.cub, 5, 1, 3)
if self.facolor(cub, 1):
c += 1
isrightcorner.append(5)
isrightcorner.append(1)
isrightcorner.append(3)
self.mvcurent = corners(cub.cub, 5, 0, 3)
if self.facolor(cub, 3):
c += 1
isrightcorner.append(5)
isrightcorner.append(0)
isrightcorner.append(3)
shablon = []
if isrightcorner == [5, 0, 2]:
shablon.append(self.getrehtung(cub))
if shablon[0] == 3:
shablon.append('f')
else:
shablon.append('r')
elif isrightcorner == [5, 1, 3]:
shablon.append(self.getrehtung(cub))
if shablon[0] == 3:
shablon.append("b")
else:
shablon.append('l')
elif isrightcorner == [5, 1, 2]:
shablon.append(self.getrehtung(cub))
if shablon[0] == 3:
shablon.append('r')
else:
shablon.append('b')
elif isrightcorner == [5, 0, 3]:
shablon.append(self.getrehtung(cub))
if shablon[0] == 3:
shablon.append('l')
else:
shablon.append('f')
if shablon[1] == 'f':
if shablon[0] == 2:
self.appendix(["D", "L", "D'", "R'", "D", "L'", "D'", "R"],
cub, mv)
else:
self.appendix(["D'", "R'", "D", "L", "D'", "R", "D", "L'"],
cub, mv)
elif shablon[1] == 'b':
if shablon[0] == 2:
self.appendix(["D", "R", "D'", "L'", "D", "R'", "D'", "L"],
cub, mv)
else:
self.appendix(["D'", "L'", "D", "R", "D'", "L", "D", "R'"],
cub, mv)
elif shablon[1] == 'r':
if shablon[0] == 2:
self.appendix(["D", "F", "D'", "B'", "D", "F'", "D'", "B"],
cub, mv)
else:
self.appendix(["D'", "B'", "D", "F", "D'", "B", "D", "F'"],
cub, mv)
elif shablon[1] == 'l':
if shablon[0] == 2:
self.appendix(["D", "B", "D'", "F'", "D", "B'", "D'", "F"],
cub, mv)
else:
self.appendix(["D'", "F'", "D", "B", "D'", "F", "D", "B'"],
cub, mv)
def rotateside(self, cub, mv, col1, col2, col3):
while True:
pos = corners(cub.cub, col1, col2, col3)
if pos[0] == 5 and pos[-3] == 5:
break
self.appendix(["L'", "U'", "L", "U"], cub, mv)