def run(self):
state = webcam.scan()
if not state:
print('\033[0;33m[QBR SCAN ERROR] Ops, you did not scan in all 6 sides.')
print('Please try again.\033[0m')
Die(1)
unsolvedState = combine.sides(state)
try:
algorithm = kociemba.solve(unsolvedState)
length = len(algorithm.split(' '))
except Exception as err:
print('\033[0;33m[QBR SOLVE ERROR] Ops, you did not scan in all 6 sides correctly.')
print('Please try again.\033[0m')
Die(1)
print('-- SOLUTION --')
print('Starting position:\n front: green\n top: white\n')
print(algorithm, '({0} moves)'.format(length), '\n')
if self.humanize:
manual = normalize.algorithm(algorithm, self.language)
for index, text in enumerate(manual):
print('{}. {}'.format(index+1, text))
Die(0)
def run(self):
state = webcam.scan()
if not state:
print(
'\033[0;33m[QBR SCAN ERROR] you did not scan in all 6 sides.')
print('Please try again.\033[0m')
Die(1)
def run(self):
state = webcam.scan()
if not state:
print(
'\033[0;33m[QBR SCAN ERROR] Ops, bbyou did not scan in all 6 sides.'
)
print('Please try again.\033[0m')
Die(1)
print(state)
unsolvedState = combine.sides(state)
print(unsolvedState)
#try:
algorithm = kociemba.solve(unsolvedState)
length = len(algorithm.split(' '))
#except Exception as err:
#print('\033[0;33m[QBR SOLVE ERROR] Ops, you did not scan in all 6 sides correctly.')
#print('Please try again.\033[0m')
#Die(1)
print('-- SOLUTION --')
print('Starting position:\n front: green\n top: white\n')
print(algorithm, '({0} moves)'.format(length), '\n')
if self.humanize:
manual = normalize.algorithm(algorithm, self.language)
for index, text in enumerate(manual):
print('{}. {}'.format(index + 1, text))
Die(0)
def run():
notation = {
'blue': 'F',
'white': 'U',
'green': 'B',
'orange': 'R',
'red': 'L',
'yellow': 'D'
}
state = webcam.scan(notation)
if not state:
print(
'\033[0;33m[QBR SCAN ERROR] Ops, you did not scan in all 6 sides.')
print('Please try again.\033[0m')
Die(1)
from results import results
RubiksBlindfolded.setCube(state)
print(RubiksBlindfolded.displayCube())
try:
edge = RubiksBlindfolded.solveEdges()
edgeIndex = RubiksBlindfolded.indexEdgeSequence()
edgeBuffer = RubiksBlindfolded.currentEdgeBuffer()
parity = RubiksBlindfolded.parityCheck()
RubiksBlindfolded.parityAlgorithm()
corner = RubiksBlindfolded.solveCorners()
cornerIndex = RubiksBlindfolded.indexCornerSequence()
cornerBuffer = RubiksBlindfolded.currentCornerBuffer()
except Exception as err:
print(
'\033[0;33m[QBR SOLVE ERROR] Ops, you did not scan in all 6 sides correctly.'
)
print('Please try again.\033[0m')
Die(1)
print('-- SOLUTION --')
print('Starting position:\n front: blue\n top: white\n')
print('edge sequence:')
print(edge)
print('parity check {}'.format(parity))
print('corner sequence:')
print(corner)
results.visualization(edgeIndex, cornerIndex, edgeBuffer, cornerBuffer,
parity, notation)
Die(0)
def run(self):
state = webcam.scan()
if not state:
print(
'\033[0;33m[QBR SCAN ERROR] Ops, you did not scan in all 6 sides.'
)
print('Please try again.\033[0m')
Die(1)
unsolvedState = combine.sides(state)
print(unsolvedState)
Die(0)
def run(self):
print('SCANNING GUIDE')
print(
'- Make sure to start by scanning by having the green-centered side facing the camera and having the white-centered side on top.'
)
print(
'- Start by scanning the green, red, blue and orange sides. The order in which these colors are scanned does not matter.'
)
print('')
print(
'Now, make sure to rotate the cube back to where the green-centered side is again facing the camera.'
)
print('')
print(
'- Turn the cube down and scan the white-centered side (green on bottom, white facing the camera)'
)
print(
'- Turn the cube 180 degrees back and scan the last yellow-centered side (green on top, yellow facing the camera)'
)
print('')
state = webcam.scan()
if not state:
print(
'\033[0;33m[QBR SCAN ERROR] Ops, you did not scan in all 6 sides correctly'
)
print('Please try again.\033[0m')
sys.exit(1)
try:
algorithm = kociemba.solve(state)
length = len(algorithm.split(' '))
except Exception as err:
print(
'\033[0;33m[QBR SCAN ERROR] Ops, you did not scan in all 6 sides correctly'
)
print('Please try again.\033[0m')
sys.exit(1)
print('Starting position:\nfront: green\ntop: white\n')
print('Moves: {}'.format(length))
print('Solution: {}'.format(algorithm))
if self.humanize:
manual = normalize.algorithm(algorithm, self.language)
for index, text in enumerate(manual):
print('{}. {}'.format(index + 1, text))