def twistMove(self):
a = CubieCube()
for i in range(self.N_TWIST):
a.setTwist(i)
for j in range(6):
for k in range(3):
a.cornerMultiply(CubieCube.moveCube(j))
self.twistMove[i][3 * j + k] = a.getTwist()
a.cornerMultiply(CubieCube.moveCube[j])
def toCubieCube(self):
from CubieCube import CubieCube
""" generated source for method toCubieCube """
ori = int()
ccRet = CubieCube()
i = 0
while i < 8:
ccRet.cp[i] = Corner.URF
i += 1
i = 0
while i < 12:
ccRet.ep[i] = Edge.UR
i += 1
col1 = Color()
col2 = Color()
for i in Corner.values():
while ori < 3:
if self.f[self.cornerFacelet[i.ordinal()][ori].ordinal()] == Color.U or self.f[self.cornerFacelet[i.ordinal()][ori].ordinal()] == Color.D:
break
ori += 1
col1 = self.f[self.cornerFacelet[i.ordinal()][(ori + 1) % 3].ordinal()]
col2 = self.f[self.cornerFacelet[i.ordinal()][(ori + 2) % 3].ordinal()]
for j in Corner.values():
if col1 == self.cornerColor[j.ordinal()][1] and col2 == self.cornerColor[j.ordinal()][2]:
ccRet.cp[i.ordinal()] = j
ccRet.co[i.ordinal()] = int((ori % 3))
break
for i in Edge.values():
for j in Edge.values():
if self.f[self.edgeFacelet[i.ordinal()][0].ordinal()] == self.edgeColor[j.ordinal()][0] and self.f[self.edgeFacelet[i.ordinal()][1].ordinal()] == self.edgeColor[j.ordinal()][1]:
ccRet.ep[i.ordinal()] = j
ccRet.eo[i.ordinal()] = 0
break
if self.f[self.edgeFacelet[i.ordinal()][0].ordinal()] == self.edgeColor[j.ordinal()][1] and self.f[self.edgeFacelet[i.ordinal()][1].ordinal()] == self.edgeColor[j.ordinal()][0]:
ccRet.ep[i.ordinal()] = j
ccRet.eo[i.ordinal()] = 1
break
return ccRet
def randomCube(self):
import random
""" generated source for method randomCube """
cc = CubieCube()
cc.setFlip(int(random.randint(0, CoordCube.N_FLIP)))
cc.setTwist(int(random.randint(0, CoordCube.N_TWIST)))
while True:
cc.setURFtoDLB(random.randint(0, CoordCube.N_URFtoDLB))
cc.setURtoBR(random.randint(0, CoordCube.N_URtoBR))
if not (((cc.edgeParity() ^ cc.cornerParity()) != 0)):
break
fc = cc.toFaceCube()
return fc.to_String()
