def topToLeftBlue():
print "top to left"
fr.cube1 = fr.rotateCCTop()
fr.cube1 = fr.rotateCCBack()
fr.cube1 = fr.rotateTop()
fr.cube1 = fr.rotateBack()
fr.cube1 = fr.rotateCCLeft()
fr.cube1 = fr.rotateBack()
fr.cube1 = fr.rotateLeft()
fr.cube1 = fr.rotateCCBack()
pf.printFaces(fr.cube1)
def topToLeftOrange():
print "top to left"
fr.cube1 = fr.rotateCCTop()
fr.cube1 = fr.rotateCCRight()
fr.cube1 = fr.rotateTop()
fr.cube1 = fr.rotateRight()
fr.cube1 = fr.rotateCCBack()
fr.cube1 = fr.rotateRight()
fr.cube1 = fr.rotateBack()
fr.cube1 = fr.rotateCCRight()
pf.printFaces(fr.cube1)
def topToLeftGreen():
print "top to left"
fr.cube1 = fr.rotateCCTop()
fr.cube1 = fr.rotateCCFront()
fr.cube1 = fr.rotateTop()
fr.cube1 = fr.rotateFront()
fr.cube1 = fr.rotateCCRight()
fr.cube1 = fr.rotateFront()
fr.cube1 = fr.rotateRight()
fr.cube1 = fr.rotateCCFront()
pf.printFaces(fr.cube1)
def topToLeftRed():
print "top to left"
fr.cube1 = fr.rotateCCTop()
fr.cube1 = fr.rotateCCLeft()
fr.cube1 = fr.rotateTop()
fr.cube1 = fr.rotateLeft()
fr.cube1 = fr.rotateCCFront()
fr.cube1 = fr.rotateLeft()
fr.cube1 = fr.rotateFront()
fr.cube1 = fr.rotateCCLeft()
pf.printFaces(fr.cube1)
def topToRightOrange():
print "top to right"
fr.cube1 = fr.rotateTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateLeft()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCLeft()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateBack()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCLeft()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCBack()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateLeft()
pf.printFaces(fr.cube1)
def topToRightGreen():
print "top to right"
fr.cube1 = fr.rotateTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateBack()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCBack()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateRight()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCBack()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCRight()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateBack()
pf.printFaces(fr.cube1)
def topToRightBlue():
print "top to right"
fr.cube1 = fr.rotateTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateFront()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCFront()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateLeft()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCFront()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCLeft()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateFront()
pf.printFaces(fr.cube1)
def topToRightRed():
print "top to right"
fr.cube1 = fr.rotateTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateRight()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCTop()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCRight()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateFront()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCRight()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateCCFront()
#pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateRight()
pf.printFaces(fr.cube1)
def topLayerAlign():
print "Aligning top layer"
print "------------------"
topLayerYellowCheck = 0
if( fr.cube1[1][0][1] == 'y' or fr.cube1[5][1][2] == 'y' ):
#print "green"
topLayerYellowCheck+= 1
if( fr.cube1[2][2][1] == 'y' or fr.cube1[5][0][1] == 'y' ):
#print "orange"
topLayerYellowCheck+= 1
if( fr.cube1[3][0][1] == 'y' or fr.cube1[5][1][0] == 'y' ):
#print "blue"
topLayerYellowCheck+= 1
if( fr.cube1[4][0][1] == 'y' or fr.cube1[5][2][1] == 'y' ):
#print "red"
topLayerYellowCheck+= 1
#print topLayerYellowCheck
if( topLayerYellowCheck == 4 ):
topToRightRed()
return
# Check if the middle layer is filled
midLayerCheck = 0
# Check if mid green layer is filled
if( fr.cube1[1][1][0] == 'g' and fr.cube1[1][1][1] == 'g' and fr.cube1[1][1][2] == 'g' ):
midLayerCheck+= 1
# Check if mid orange layer is filled
if( fr.cube1[2][1][0] == 'o' and fr.cube1[2][1][1] == 'o' and fr.cube1[2][1][2] == 'o' ):
midLayerCheck+= 1
# Check if mid blue layer is filled
if( fr.cube1[3][1][0] == 'b' and fr.cube1[3][1][1] == 'b' and fr.cube1[3][1][2] == 'b' ):
midLayerCheck+= 1
# Check if mid red layer is filled
if( fr.cube1[4][1][0] == 'r' and fr.cube1[4][1][1] == 'r' and fr.cube1[4][1][2] == 'r' ):
midLayerCheck+= 1
# If middle layer is filled end method
if( midLayerCheck == 4 ):
return
#print "doesnt work"
# Check if green side has a T
if( fr.cube1[1][0][1] == 'g' and fr.cube1[5][1][2] != 'y' ):
return
# Check if the orange side has a T
if( fr.cube1[2][2][1] == 'o' and fr.cube1[5][0][1] != 'y' ):
return
# Check if the blue side has a T
if( fr.cube1[3][0][1] == 'b' and fr.cube1[5][1][0] != 'y' ):
return
# Check if the red side has a T
if( fr.cube1[4][0][1] == 'r' and fr.cube1[5][2][1] != 'y' ):
return
# Check if green side has a red piece at the top mid
if( fr.cube1[1][0][1] == 'r' and fr.cube1[5][1][2] != 'y' ):
# rotate top clockwise from green side
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
# Check if green side has a blue piece
if( fr.cube1[1][0][1] == 'b' and fr.cube1[5][1][2] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
# Check if the green side has a orange piece
if( fr.cube1[1][0][1] == 'o' and fr.cube1[5][1][2] != 'y' ):
fr.cube1 = fr.rotateCCTop()
pf.printFaces(fr.cube1)
return
#----------------------------------------------
# Check if orange side has different color piece
if( fr.cube1[2][2][1] == 'r' and fr.cube1[5][0][1] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
if( fr.cube1[2][2][1] == 'b' and fr.cube1[5][0][1] != 'y' ):
fr.cube1 = fr.rotateCCTop()
pf.printFaces(fr.cube1)
return
if( fr.cube1[2][2][1] == 'g' and fr.cube1[5][0][1] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
#------------------------------------------------
# Check if blue side has different color piece
if( fr.cube1[3][0][1] == 'r' and fr.cube1[5][1][0] != 'y' ):
fr.cube1 = fr.rotateCCTop()
pf.printFaces(fr.cube1)
return
if( fr.cube1[3][0][1] == 'g' and fr.cube1[5][1][0] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
if( fr.cube1[3][0][1] == 'o' and fr.cube1[5][1][0] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
#-------------------------------------------------
# Check if red side has different color piece
if( fr.cube1[4][0][1] == 'b' and fr.cube1[5][2][1] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
if( fr.cube1[4][0][1] == 'g' and fr.cube1[5][2][1] != 'y' ):
fr.cube1 = fr.rotateCCTop()
pf.printFaces(fr.cube1)
return
if( fr.cube1[4][0][1] == 'o' and fr.cube1[5][2][1] != 'y' ):
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
fr.cube1 = fr.rotateTop()
pf.printFaces(fr.cube1)
return
#print "Heya"
return