def cornerChange(self, cubCurrent, solveMoveList, face): mixManager = MixManager() if (face == "front"): mixManager.mixRun(["L", "D", "L'", "D", "L", "D2", "L'", "D"], cubCurrent) appendListInList(solveMoveList, ["L", "D", "L'", "D", "L", "D2", "L'", "D"]) elif (face == "back"): mixManager.mixRun(["R", "D", "R'", "D", "R", "D2", "R'", "D"], cubCurrent) appendListInList(solveMoveList, ["R", "D", "R'", "D", "R", "D2", "R'", "D"]) elif (face == "right"): mixManager.mixRun(["F", "D", "F'", "D", "F", "D2", "F'", "D"], cubCurrent) appendListInList(solveMoveList, ["F", "D", "F'", "D", "F", "D2", "F'", "D"]) elif (face == "left"): mixManager.mixRun(["B", "D", "B'", "D", "B", "D2", "B'", "D"], cubCurrent) appendListInList(solveMoveList, ["B", "D", "B'", "D", "B", "D2", "B'", "D"])
def moveFormulaRight(self, cubCurrent, solveMoveList, face): mixManager = MixManager() if (face == "front"): mixManager.mixRun([ "D'", "R'", "D", "R", "D", "F", "D'", "F'" ], cubCurrent) appendListInList(solveMoveList, [ "D'", "R'", "D", "R", "D", "F", "D'", "F'" ]) elif (face == "left"): mixManager.mixRun([ "D'", "F'", "D", "F", "D", "L", "D'", "L'" ], cubCurrent) appendListInList(solveMoveList, [ "D'", "F'", "D", "F", "D", "L", "D'", "L'" ]) elif (face == "right"): mixManager.mixRun([ "D'", "B'", "D", "B", "D", "R", "D'", "R'"], cubCurrent) appendListInList(solveMoveList, [ "D'", "B'", "D", "B", "D", "R", "D'", "R'"]) elif (face == "back"): mixManager.mixRun([ "D", "R", "D'", "R'", "D'", "B'", "D", "B" ], cubCurrent) appendListInList(solveMoveList, [ "D", "R", "D'", "R'", "D'", "B'", "D", "B" ])
def changeSide(cubCurrent, solveMoveList, face):
mixManager = MixManager()
if (face == "front"):
mixManager.mixRun(["F", "U'", "R", "U"], cubCurrent)
appendListInList(solveMoveList, ["F", "U'", "R", "U"])
elif (face == "right"):
mixManager.mixRun(["R", "U'", "B", "U"], cubCurrent)
appendListInList(solveMoveList, ["R", "U'", "B", "U"])
elif (face == "left"):
mixManager.mixRun(["L", "U'", "F", "U"], cubCurrent)
appendListInList(solveMoveList, ["L", "U'", "F", "U"])
elif (face == "back"):
mixManager.mixRun(["B", "U'", "L", "U"], cubCurrent)
appendListInList(solveMoveList, ["B", "U'", "L", "U"])
def moveSide(self, cubCurrent, solveMoveList, colorOne, colorTwo, colorThree, face): mixManager = MixManager() while ((self.finishedThreeColorPosition(cubCurrent, colorOne, colorTwo, colorThree)) == False): if (face == "front"): mixManager.mixRun(["R'", "D'", "R", "D"], cubCurrent) appendListInList(solveMoveList, ["R'", "D'", "R", "D"]) elif (face == "right"): mixManager.mixRun(["B'", "D'", "B", "D"], cubCurrent) appendListInList(solveMoveList, ["B'", "D'", "B", "D"]) elif (face == "back"): mixManager.mixRun(["L'", "D'", "L", "D"], cubCurrent) appendListInList(solveMoveList, ["L'", "D'", "L", "D"]) elif (face == "left"): mixManager.mixRun(["F'", "D'", "F", "D"], cubCurrent) appendListInList(solveMoveList, ["F'", "D'", "F", "D"])
def moveEdgeDown(self, cubCurrent, solveMoveList, colorOne, colorTwo, colorThree): self.listPositionCubCurrent = self.updatePositionList(cubCurrent, colorOne, colorTwo, colorThree) mixManager = MixManager() if ((self.listPositionCubCurrent[1][0] == "right" and self.listPositionCubCurrent[2][0] == "front")): mixManager.mixRun(["F", "D'", "F'"], cubCurrent) appendListInList(solveMoveList, ["F", "D'", "F'"]) elif ((self.listPositionCubCurrent[1][0] == "left" and self.listPositionCubCurrent[2][0] == "front")): mixManager.mixRun(["F'", "D", "F"], cubCurrent) appendListInList(solveMoveList, ["F'", "D", "F"]) elif ((self.listPositionCubCurrent[1][0] == "right" and self.listPositionCubCurrent[2][0] == "back")): mixManager.mixRun(["B'", "D", "B"], cubCurrent) appendListInList(solveMoveList, ["B'", "D", "B"]) elif ((self.listPositionCubCurrent[1][0] == "left" and self.listPositionCubCurrent[2][0] == "back")): mixManager.mixRun(["B", "D'", "B'"], cubCurrent) appendListInList(solveMoveList, ["B", "D'", "B'"]) self.listPositionCubCurrent = self.updatePositionList(cubCurrent, colorOne, colorTwo, colorThree)
def moveOppositeRibs(self, cubCurrent, solveMoveList, face): mixManager = MixManager() if (face == "front"): mixManager.mixRun(["L", "D", "L'", "D", "L", "D2", "L'"], cubCurrent) appendListInList(solveMoveList, ["L", "D", "L'", "D", "L", "D2", "L'"]) if (face == "right"): mixManager.mixRun(["F", "D", "F'", "D", "F", "D2", "F'"], cubCurrent) appendListInList(solveMoveList, ["F", "D", "F'", "D", "F", "D2", "F'"]) return self.moveDown(cubCurrent, solveMoveList)
def run(self, cubCurrent, solveMoveList):
mixManager = MixManager()
moveList = ["F", "L", "D", "L'", "D'", "F'"]
one, two = checkBackState(cubCurrent.down, "yellow")
if (one == 4):
return True
if (one == 1):
mixManager.mixRun(moveList, cubCurrent)
appendListInList(solveMoveList, moveList)
one, two = checkBackState(cubCurrent.down, "yellow")
if (one == 2 and two == 0):
mixManager.mixRun(moveList, cubCurrent)
appendListInList(solveMoveList, moveList)
elif (one == 2 and two == 1):
mixManager.mixRun(["D'", "F", "L", "D", "L'", "D'", "F'"],
cubCurrent)
appendListInList(solveMoveList,
["D'", "F", "L", "D", "L'", "D'", "F'"])
elif (one == 2 and two == 2):
mixManager.mixRun(["D'", "D'", "F", "L", "D", "L'", "D'", "F'"],
cubCurrent)
appendListInList(solveMoveList,
["D'", "D'", "F", "L", "D", "L'", "D'", "F'"])
elif (one == 2 and two == 3):
mixManager.mixRun(["D", "F", "L", "D", "L'", "D'", "F'"],
cubCurrent)
appendListInList(solveMoveList,
["D", "F", "L", "D", "L'", "D'", "F'"])
one, two = checkBackState(cubCurrent.down, "yellow")
if (one == 3 and two == 0):
mixManager.mixRun(moveList, cubCurrent)
appendListInList(solveMoveList, moveList)
elif (one == 3 and two == 1):
mixManager.mixRun(["D", "F", "L", "D", "L'", "D'", "F'"],
cubCurrent)
appendListInList(solveMoveList,
["D", "F", "L", "D", "L'", "D'", "F'"])
one, two = checkBackState(cubCurrent.down, "yellow")
if (one == 4):
return True
def moveToTryPosition(self, cubCurrent, solveMoveList, listMix):
mixManager = MixManager()
mixManager.mixRun(listMix, cubCurrent)
appendListInList(solveMoveList, listMix)
def moveSide(self, cubCurrent, solveMoveList, colorsList):
mixManager = MixManager()
while (self.finishedThreeColorPosition(cubCurrent,
colorsList)) == False:
mixManager.mixRun(["L'", "U'", "L", "U"], cubCurrent)
appendListInList(solveMoveList, ["L'", "U'", "L", "U"])