def flip_edges():
rc.rotate_cube(Y_DOWN)
rc.rotate_cube(Y_DOWN)
flipflop = 0
for one2345 in (1, 2, 3, 4, 5):
mf.message(
"flip_edges inner loop with count of %d. Hit a key to continue" %
(one2345))
if (rc.get_colour(5) != rc.get_colour(8)):
if (flipflop == 0):
flipflop = 1
rc.rotate_vertical_middle(Y_DOWN)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_vertical_middle(Y_UP)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_vertical_middle(Y_DOWN)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_vertical_middle(Y_UP)
elif (flipflop == 1):
flipflop = 0
rc.rotate_vertical_middle(Y_DOWN)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_vertical_middle(Y_UP)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_vertical_middle(Y_DOWN)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_vertical_middle(Y_UP)
rc.rotate_edge(8, CLOCKWISE)
def draw_2d_relative_cube( self ):
key = t.inkey( timeout=0.1 )
if ( key == 'q' ):
mf.message( "exit has been requested" )
sys.exit( 0 )
# If you don't actually want to display the relative version of the
# cube on the screen then uncomment the next line
return
for square in range(54):
self.draw_relative_square( ABSOLUTE_CUBE_2D_XY[square][0],
ABSOLUTE_CUBE_2D_XY[square][1],
self.absolute_cube[ self.relative_cube[square] ],
str(square) )
from rubik_class import rc
from solve_l1 import solve_layer1_edges, solve_layer1_corners
from solve_l2 import solve_layer2
from solve_l3 import flip_edges, rotate_l3_edges, reposition_l3_corners, spin_l3_corners
from data_def import X_RIGHT, X_LEFT, Y_UP, Y_DOWN, Z_ANTICLOCKWISE, Z_CLOCKWISE, CLOCKWISE, ANTICLOCKWISE
with t.fullscreen():
with t.hidden_cursor():
with t.raw():
print_info_block()
rc.draw_2d_absolute_cube()
rc.draw_2d_relative_cube()
while (True):
key = t.inkey()
if (key == "u"):
mf.message("UP")
rc.rotate_cube(Y_UP)
elif (key == "d"):
mf.message("DOWN")
rc.rotate_cube(Y_DOWN)
elif (key == "l"):
mf.message("LEFT")
rc.rotate_cube(X_LEFT)
elif (key == "r"):
mf.message("RIGHT")
rc.rotate_cube(X_RIGHT)
elif (key == "c"):
mf.message("CLOCKWISE")
rc.rotate_cube(Z_CLOCKWISE)
elif (key == "a"):
mf.message("ANTICLOCKWISE")
def reposition_l3_corners():
rc.rotate_cube(Y_DOWN)
rc.rotate_cube(Y_DOWN)
count1 = 0
# This is just an easy way of comparing two sets of corner colours which may be in
# a different order to see if they are the same
#
# Originally implemented as local function, but switched to lambda
# def return_corner_hash( a, b, c ):
# return ( ( rc.get_colour( a ) ** 2 ) + ( rc.get_colour( b ) ** 2 ) + ( rc.get_colour( c ) ** 2 ) )
return_corner_hash = lambda a, b, c: (
(rc.get_colour(a)**2) + (rc.get_colour(b)**2) + (rc.get_colour(c)**2))
while (count1 < 50): # 50 is just to prevent the loop running of control.
# This function should return long before that.
mf.message("Loop with count of %d. Press a key to continue" %
(count1))
#t.inkey()
# Use a "corner hash" to see whether top right front corner has the correct three
# colours, without worrying about rotational orientation.
# Most time we don't need this section but there are some combinations which don't
# work out without running at least corner rotation. So if we have tried all
# four sides without making progress then do a rotation anyway.
if (count1 > 4):
count1 = 0
mf.message(
"Not progressing after a full rotation so continuing to action anyway"
)
#t.inkey()
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(8, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(8, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(8, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(8, ANTICLOCKWISE)
mf.message("continuing. Should see inner loop message next")
#t.inkey()
continue
if ((return_corner_hash(26, 35, 8)) == (return_corner_hash(20, 4,
27))):
mf.message(
"The top right front corner is correctly positioned, so checking further..."
)
#t.inkey()
if ((return_corner_hash(26, 17,
8)) == (return_corner_hash(18, 6, 11))):
if ((return_corner_hash(44, 35,
8)) == (return_corner_hash(36, 2,
29))):
# Reaching this point means three corners are in the location, which means
# the fourth must be too. So no work to do. Return.
mf.message(
"all corners are located correctly, so returning")
#t.inkey()
return
elif ((return_corner_hash(26, 17, 8)) !=
(return_corner_hash(18, 6, 11))):
mf.message(
"26, 17, 8 does not match 18, 6, 11 so continuing to next check"
)
if ((return_corner_hash(44, 35, 8)) !=
(return_corner_hash(36, 2, 29))):
mf.message(
"44, 35, 8 does not match 32, 2, 29, so continuing to action"
)
# Reaching here means that the front right hand top corner is the only
# correctly positioned corner. So do a corner rotation.
mf.message(
"Left front top and right back top are wrong, so running the correction"
)
#t.inkey()
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(8, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(8, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(8, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(8, ANTICLOCKWISE)
mf.message(
"continuing. Should see inner loop message next")
#t.inkey()
continue
mf.message("Still nothing happening here so rotating whole cube")
#t.inkey()
rc.rotate_cube(X_RIGHT)
count1 += 1
def rotate_l3_edges():
rc.rotate_cube(Y_DOWN)
rc.rotate_cube(Y_DOWN)
count1 = 0
while (count1 < 50): # 50 is just to prevent the loop running of control.
# This function should return long before that.
mf.message("Outer loop. Press a key to continue")
#t.inkey()
count2 = 0
while (count2 <= 4):
mf.message(
"Inner loop with count of %d. Press a key to continue" %
(count2))
#t.inkey()
# We are looking for an edge which is correctly aligned with its centre
if (rc.get_colour(23) == rc.get_colour(26)):
mf.message("23 and 26 match")
#t.inkey()
# If two other edges are also aligned then that means all four must
# be good, in which case there is nothing to do.
if ((rc.get_colour(32) == rc.get_colour(35))
and (rc.get_colour(14) == rc.get_colour(17))):
mf.message("all edges match, so returning")
#t.inkey()
return
# We are looking for an orientation which has one edge aligned with its centre
# but its two rotationally adjacent edges are not aligned. It doesn't matter
# the opposite edge
elif ((rc.get_colour(32) != rc.get_colour(35))
and (rc.get_colour(14) != rc.get_colour(17))):
mf.message(
"Neither 32 & 35 nor 14 & 17 match, so running the correction"
)
#t.inkey()
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message(
"continuing. Should see inner loop message next")
#t.inkey()
continue
mf.message("Nothing happening here so rotating bottom edge")
#t.inkey()
rc.rotate_edge(53, CLOCKWISE)
count2 += 1
mf.message("Still nothing happening here so rotating whole cube")
#t.inkey()
rc.rotate_cube(X_RIGHT)
count1 += 1
def spin_l3_corners():
count1 = 0
while (count1 < 4):
mf.message("Loop with count of %d. Press a key to continue" %
(count1))
#t.inkey()
if (rc.get_colour(20) == rc.get_colour(19)):
mf.message(
"20 == 19, so corner looks good. Press a key to continue")
#t.inkey()
elif (rc.get_colour(20) == rc.get_colour(8)):
# Need to be rotated clockwise
mf.message(
"20 == 8, so rotate clockwise. Press a key to continue")
#t.inkey()
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
else:
# Need to be rotated anticlockwise
mf.message(
"20 != 8, so must need rotating anticlockwise. Press a key to continue"
)
#t.inkey()
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("Still nothing happening here so rotating whole cube")
#t.inkey()
rc.rotate_edge(8, CLOCKWISE)
count1 += 1
mf.message(
"Exiting after checking/correcting all four faces. Press a key")
def solve_layer1_edges():
mf.message("Top centre piece appears to be: %d with colour: %s" %
(rc.relative_cube[8], rc.COLOUR_DESCRIPTIONS[rc.get_colour(8)]))
mf.message("The top seems to be centred with colour: %s" %
(rc.COLOUR_DESCRIPTIONS[rc.get_colour(8)]))
good_edges = rc.get_edges_of_colour(8, rc.get_colour(8))
for e in good_edges:
mf.message("This edge piece seems to have the right colour %d" % (e))
count = 0
if (len(good_edges) != 0):
mf.message(
"It looks like at least one edge of the right colour is present on top"
)
while (rc.get_colour(5) != rc.get_colour(8)):
rc.rotate_cube(X_LEFT)
mf.message("We should have a good coloured edge at position 5")
while (rc.get_colour(19) != rc.get_colour(26)):
rc.rotate_horizontal_middle(X_LEFT)
mf.message(
"And now the edge at position 5 should match on both colours")
else:
mf.message(
"It looks like no edges of the right colour are present on top")
# Reaching here means that if there are edge squares of the correct colour on top
# then one should be at the top front.
# We should now rotate the horizontal middle so that the top front edge matches
# the correct centre colour at front as well as top.
# MARK #1
mf.message("Reached MARK #1. len(good_edges) = %d." % (len(good_edges)))
count = 0
while ((len(rc.get_edges_of_colour(8, rc.get_colour(8)))) < 4):
mf.message("Length of good_edges is: %d" % (len(good_edges)))
if (count > 40):
mf.message("count is too high. Breaking from loop")
break
count += 1
while (rc.get_colour(8) == rc.get_colour(3)):
mf.message("while loop 2")
rc.rotate_cube(X_LEFT)
mf.message("Square 3 should not be the right colour")
# At this point we should have a top right edge of the wrong colour which can be swapped out
while (rc.get_colour(46) == rc.get_colour(8)):
if (rc.get_colour(32) == rc.get_colour(35)):
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
break
else:
rc.rotate_top_2_layers(CLOCKWISE)
while (rc.get_colour(48) == rc.get_colour(8)):
if (rc.get_colour(41) == rc.get_colour(44)):
rc.rotate_edge(44, CLOCKWISE)
rc.rotate_edge(44, CLOCKWISE)
break
else:
rc.rotate_top_2_layers(CLOCKWISE)
while (rc.get_colour(50) == rc.get_colour(8)):
if (rc.get_colour(14) == rc.get_colour(17)):
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
break
else:
rc.rotate_top_2_layers(CLOCKWISE)
while (rc.get_colour(52) == rc.get_colour(8)):
if (rc.get_colour(23) == rc.get_colour(26)):
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
break
else:
rc.rotate_top_2_layers(CLOCKWISE)
if (rc.get_colour(21) == rc.get_colour(8)):
mf.message("matched at 21")
# The next if section ensures that piece we are putting into the top layer also matches on its other edge
if (rc.get_colour(34) != rc.get_colour(35)):
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
else:
rc.rotate_edge(35, CLOCKWISE)
continue
elif (rc.get_colour(43) == rc.get_colour(8)):
mf.message("matched at 43")
# The next if section ensures that piece we are putting into the top layer also matches on its other edge
if (rc.get_colour(30) != rc.get_colour(35)):
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
else:
rc.rotate_edge(35, ANTICLOCKWISE)
elif (rc.get_colour(23) == rc.get_colour(8)):
mf.message("matched at 23")
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
elif (rc.get_colour(25) == rc.get_colour(8)):
mf.message("matched at 25")
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
elif (rc.get_colour(39) == rc.get_colour(8)):
mf.message("matched at 39")
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
elif (rc.get_colour(12) == rc.get_colour(8)):
mf.message("matched at 12")
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
elif (rc.get_colour(16) == rc.get_colour(8)):
mf.message("matched at 16")
rc.rotate_edge(44, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(44, ANTICLOCKWISE)
elif (rc.get_colour(34) == rc.get_colour(8)):
mf.message("matched at 34")
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
elif (rc.get_colour(30) == rc.get_colour(8)):
mf.message("matched at 30")
rc.rotate_edge(44, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(44, CLOCKWISE)
elif (rc.get_colour(19) == rc.get_colour(8)):
mf.message("matched at 19")
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
elif (rc.get_colour(37) == rc.get_colour(8)):
mf.message("matched at 37")
rc.rotate_edge(44, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(44, CLOCKWISE)
elif (rc.get_colour(28) == rc.get_colour(8)):
mf.message("matched at 35")
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
elif (rc.get_colour(10) == rc.get_colour(8)):
mf.message("matched at 10")
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
else:
rc.rotate_edge(53, CLOCKWISE)
continue
mf.message("Reached MARK #2. len(good_edges) = %d." % (len(good_edges)))
def solve_layer1_corners():
count1 = 0
flipflopflap = 0
while (True):
count1 += 1
mf.message("Press a key. Outer while")
if (count1 > 4):
mf.message("Too many iterations on outer loop. Exiting")
break
top_colour = rc.get_colour(8)
count2 = 0
while (not ((rc.get_colour(6) == top_colour) and
(rc.get_colour(11) == rc.get_colour(17)) and
(rc.get_colour(4) == top_colour) and
(rc.get_colour(27) == rc.get_colour(35)) and
(rc.get_colour(0) == top_colour) and
(rc.get_colour(9) == rc.get_colour(17)) and
(rc.get_colour(2) == top_colour) and
(rc.get_colour(29) == rc.get_colour(35)))):
count2 += 1
if (count2 > 50):
mf.message("Too many iterations. Exiting")
break
if (rc.get_colour(22) == top_colour):
# Front bottom right colour matches the top colour
mf.message("found the right colour at 22")
if (rc.get_colour(33) == rc.get_colour(35)):
# And it is a perfect match for the front top right corner.
mf.message("found a match at 22")
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
mf.message("here 1")
continue
elif (rc.get_colour(33) == rc.get_colour(26)):
# And it is a perfect match for the front top left corner
mf.message("matches on the other side so moving to top")
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 2")
continue
if (rc.get_colour(24) == top_colour):
# Front bottom left colour matches the top colour
mf.message("found the right colour at 24")
if (rc.get_colour(13) == rc.get_colour(17)):
# And it is a perfect match for the front top left corner.
mf.message("found a match at 24. Putting in place")
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
mf.message("here 3")
continue
elif (rc.get_colour(13) == rc.get_colour(26)):
# And it is a perfect match for the front top right corner
mf.message("matches on the other side so moving to top")
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 4")
continue
if (rc.get_colour(33) == top_colour):
# Right side bottom left corner
mf.message("Right side bottom left corner")
if (rc.get_colour(22) == rc.get_colour(17)):
mf.message(
"Right side bottom left corner is a perfect match for front top left corner"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 5")
continue
elif (rc.get_colour(22) == rc.get_colour(26)):
mf.message(
"Right side bottom left corner is a perfect match for front top right corner"
)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 6")
continue
if (rc.get_colour(13) == top_colour):
# Left side bottom left corner
mf.message("left side bottom left corner")
if (rc.get_colour(51) == rc.get_colour(26)):
mf.message(
"Left side bottom right corner is a perfect match for front top right corner"
)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 7")
continue
elif (rc.get_colour(24) == rc.get_colour(26)):
mf.message(
"Left side bottom right corner is a perfect match for front top left corner"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 8")
continue
if (rc.get_colour(45) == top_colour):
# Bottom side right front corner
mf.message("bottom side right front corner")
if (rc.get_colour(33) == rc.get_colour(26)):
mf.message(
"Bottom right front corner is a perfect match for front top right corner"
)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
mf.message("here 9")
continue
elif (rc.get_colour(22) == rc.get_colour(26)):
mf.message(
"Bottom right front corner is a perfect match for front top left corner"
)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
mf.message("here 10")
continue
if (rc.get_colour(51) == top_colour):
# Bottom side left front corner
mf.message("bottom side left front corner")
if (rc.get_colour(13) == rc.get_colour(26)):
mf.message(
"Bottom left front corner is a perfect match for front top left corner"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
mf.message("here 11")
continue
elif (rc.get_colour(24) == rc.get_colour(26)):
mf.message(
"Bottom left front corner is a perfect match for front top right corner"
)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
mf.message("here 12")
continue
# Left side top right corner
if (rc.get_colour(11) == top_colour):
mf.message("left side top right corner")
if (rc.get_colour(18) == rc.get_colour(17)):
mf.message(
"left side top right hand corner is a perfect match for front left top"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 13")
continue
elif (rc.get_colour(18) == rc.get_colour(26)):
mf.message(
"left side top right hand corner is a perfect match for front right top"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 14")
continue
# Right side top left corner
if (rc.get_colour(27) == top_colour):
mf.message("right side top left corner")
if (rc.get_colour(20) == rc.get_colour(35)):
mf.message(
"right side top left hand corner is a perfect match for front right top"
)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 16")
continue
elif (rc.get_colour(20) == rc.get_colour(26)):
mf.message(
"right side top left hand corner is a perfect match for front left top"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 17")
continue
# Front left top corner
if (rc.get_colour(18) == top_colour):
mf.message("front left top corner")
if (rc.get_colour(6) == rc.get_colour(17)):
mf.message(
"Front top left corner needs to be twisted anticlockwise"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
mf.message("here 18")
continue
elif (rc.get_colour(6) == rc.get_colour(26)):
mf.message(
"Front top left corner is a match for top layer front right"
)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 19")
continue
# Front right top corner
if (rc.get_colour(20) == top_colour):
mf.message("front right top corner")
if (rc.get_colour(4) == rc.get_colour(35)):
mf.message(
"Front top right corner needs to be twisted clockwise")
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
mf.message("here 20")
continue
elif (rc.get_colour(4) == rc.get_colour(26)):
mf.message(
"Front top right corner is a match for top layer front left"
)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 21")
continue
# Back left top corner - top matches
if (rc.get_colour(0) == top_colour):
mf.message("back left top corner")
if (rc.get_colour(9) == rc.get_colour(26)):
mf.message(
"Back left top corner matches front left top corner")
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 22")
continue
elif (rc.get_colour(9) == rc.get_colour(35)):
mf.message(
"Back left top corner matches front right top corner")
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
mf.message("here 23")
continue
# Back right top corner - top matches
if (rc.get_colour(2) == top_colour):
mf.message("back right top corner")
if (rc.get_colour(29) == rc.get_colour(26)):
mf.message(
"Back right top corner matches front right top corner")
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 24")
continue
elif (rc.get_colour(29) == rc.get_colour(17)):
mf.message(
"Back right top corner matches front left top corner")
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(26, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(26, CLOCKWISE)
mf.message("here 25")
continue
# Back left top corner - side matches
if (rc.get_colour(9) == top_colour):
mf.message("left side back top corner")
if (rc.get_colour(0) == rc.get_colour(17)):
mf.message(
"Back left top corner matches front left top corner")
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 26")
continue
elif (rc.get_colour(9) == rc.get_colour(35)):
mf.message(
"Back left top corner matches front right top corner")
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 27")
continue
# Back right top corner - side matches
if (rc.get_colour(29) == top_colour):
mf.message("right side back top corner")
if (rc.get_colour(2) == rc.get_colour(35)):
mf.message(
"Back right top corner matches front right top corner")
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 28")
continue
elif (rc.get_colour(29) == rc.get_colour(17)):
mf.message(
"Back right top corner matches front left top corner")
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 29")
# Back right top corner - back matches
if (rc.get_colour(36) == top_colour):
mf.message("right side back top corner")
if (rc.get_colour(29) == rc.get_colour(35)):
mf.message(
"Back right top corner matches front right top corner")
rc.rotate_edge(44, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(44, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 30")
continue
elif (rc.get_colour(29) == rc.get_colour(26)):
mf.message(
"Back right top corner matches front left top corner")
rc.rotate_edge(44, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(44, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 31")
continue
# Back left top corner - back matches
if (rc.get_colour(38) == top_colour):
mf.message("left side back top corner")
if (rc.get_colour(9) == rc.get_colour(17)):
mf.message(
"Back left top corner matches front left top corner")
rc.rotate_edge(44, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(44, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
mf.message("here 32")
continue
elif (rc.get_colour(9) == rc.get_colour(26)):
mf.message(
"Back left top corner matches front right top corner")
rc.rotate_edge(44, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(44, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
mf.message("here 33")
continue
if (flipflopflap == 0):
flipflopflap = 1
rc.rotate_cube(X_LEFT)
elif (flipflopflap == 1):
flipflopflap = 2
rc.rotate_cube(X_LEFT)
rc.rotate_cube(X_LEFT)
else:
rc.rotate_edge(53, ANTICLOCKWISE)
flipflopflap = 0
mf.message("bottom of inner loop")
def solve_layer2():
level_of_completion = 0
while (level_of_completion <= 4):
level_of_competion = 0
progress_has_been_made = 4
for loop2 in (range(8)):
mf.message("press a key to continue from top of inner loop")
#t.inkey()
if ((rc.get_colour(30) == rc.get_colour(35))
and (rc.get_colour(35) == rc.get_colour(34))
and (rc.get_colour(21) == rc.get_colour(26))
and (rc.get_colour(43) == rc.get_colour(44))):
level_of_completion += 1
mf.message("level_of_competion raised to %d" %
(level_of_completion))
break
else:
level_of_completion = 0
mf.message("level_of_completion reset to %d" %
(level_of_completion))
if (rc.get_colour(32) == rc.get_colour(35)):
if (rc.get_colour(46) == rc.get_colour(26)):
mf.message(
" 32 & 35 match, and 46 & 26. Proceeding to solve edges. Press a key"
)
#t.inkey()
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
progress_has_been_made += 1
if (rc.get_colour(46) == rc.get_colour(44)):
mf.message(
" 32 & 35 match, and 46 & 44. Proceeding to solve edges. Press a key"
)
#t.inkey()
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
progress_has_been_made += 1
###
if (rc.get_colour(17) == rc.get_colour(14)):
if (rc.get_colour(50) == rc.get_colour(26)):
mf.message(
"17 & 14 match, and 50 & 26. Proceeding to solve edges. Press a key"
)
#t.inkey()
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
progress_has_been_made += 1
if (rc.get_colour(50) == rc.get_colour(44)):
mf.message(
"17 & 14 match, and 50 & 44. Proceeding to solve edges. Press a key"
)
#t.inkey()
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
rc.rotate_edge(17, CLOCKWISE)
progress_has_been_made += 1
###
# The following moves are only necessary if we have got into a deadlock
if (progress_has_been_made == 0):
progress_has_been_made += 1
if ((rc.get_colour(34) == rc.get_colour(53))
or (rc.get_colour(21) == rc.get_colour(53))):
mf.message(
"Moving a bottom matching piece 21/34. Press a key")
#t.inkey()
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
continue
if ((rc.get_colour(34) == rc.get_colour(26))
and (rc.get_colour(21) == rc.get_colour(35))):
mf.message(
"Moving a flipped piece from 21/34. Press a key")
#t.inkey()
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
continue
if ((rc.get_colour(30) == rc.get_colour(53))
or (rc.get_colour(43) == rc.get_colour(53))):
mf.message(
"Moving a bottom matching piece 30/43. Press a key")
#t.inkey()
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
continue
if ((rc.get_colour(30) == rc.get_colour(44))
and (rc.get_colour(43) == rc.get_colour(35))):
mf.message(
"Moving out a piece which is flipped: 30/43. Press a key"
)
#t.inkey()
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
continue
if ((rc.get_colour(30) != rc.get_colour(35))
or (rc.get_colour(43) != rc.get_colour(44))):
mf.message(
"Moving out piece 30/43 because it isn't right. Press a key"
)
#t.inkey()
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
continue
if ((rc.get_colour(34) != rc.get_colour(35))
or (rc.get_colour(21) != rc.get_colour(26))):
mf.message(
"Moving out piece 21/34 because it isn't right. Press a key"
)
#t.inkey()
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, CLOCKWISE)
rc.rotate_edge(53, CLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
rc.rotate_edge(35, ANTICLOCKWISE)
continue
##
progress_has_been_made -= 1
rc.rotate_edge(53, ANTICLOCKWISE)
rc.rotate_cube(X_LEFT)