def main():
print("Term Cube: Timer and Simulator")
if len(sys.argv) <= 1:
print("Run `termcube --help` to see how to skip these prompts")
print()
options = prompt_args()
else:
options = parser.parse_args()
"""Regarding the value of options.unofficial:
if using a random state scramble, options.unofficial is None
if using a random turn scramble of default length, options.unofficial is -1
if using a random turn scramble with a specific length, option.unofficial is that length
"""
if options.behaviour == 'timer':
timer(options.dimension,
options.inspection,
options.using_tags,
using_random_state = options.unofficial == None,
scramble_length = options.unofficial if options.unofficial else -1)
elif options.behaviour == 'simulator':
simulator.simulate(options.dimension)
elif options.behaviour == 'demo-kociemba':
cube.demo_kociemba();
elif options.behaviour == 'random-turns':
cube.demo_random_turns(options.dimension)
else:
parser.print_help()
def main():
print("Term Cube: Timer and Simulator")
if len(sys.argv) <= 1:
print("Run `termcube --help` to see how to skip these prompts")
print()
options = prompt_args()
else:
options = parser.parse_args()
"""Regarding the value of options.unofficial:
if using a random state scramble, options.unofficial is None
if using a random turn scramble of default length, options.unofficial is -1
if using a random turn scramble with a specific length, option.unofficial is that length
"""
if options.behaviour == 'timer':
timer(options.dimension,
options.inspection,
options.using_tags,
using_random_state=options.unofficial == None,
scramble_length=options.unofficial if options.unofficial else -1)
elif options.behaviour == 'simulator':
simulator.simulate(options.dimension)
elif options.behaviour == 'demo-kociemba':
cube.demo_kociemba()
elif options.behaviour == 'random-turns':
cube.demo_random_turns(options.dimension)
else:
parser.print_help()
def main():
print("Term Cube: Timer and Simulator")
if len(sys.argv) <= 1:
print("Run `termcube --help` to see how to skip these prompts")
print()
options = prompt_args()
else:
options = parser.parse_args()
if options.puzzle.lower() == 'skewb':
options.puzzle = skewb.Skewb()
else:
try:
options.puzzle = cube.Cube(int(options.puzzle))
except:
print("Puzzle type %s not applicable. Exiting." % options.puzzle)
sys.exit(0)
"""Regarding the value of options.unofficial:
if using a random state scramble, options.unofficial is None
if using a random turn scramble of default length, options.unofficial is -1
if using a random turn scramble with a specific length, option.unofficial is that length
"""
if options.behaviour == 'timer':
timer(options.puzzle,
options.inspection,
random = options.unofficial == None,
length = options.unofficial if options.unofficial else -1,
nocurses = options.nocurses)
elif options.behaviour == 'simulator':
simulator.simulate(options.puzzle, options.nocurses)
elif options.behaviour == 'demo-kociemba':
print('Initializing...')
with ScrambleGenerator(options.puzzle) as scrambler:
while True:
options.puzzle.apply(next(scrambler))
print(options.puzzle)
for t in TurnSequence(options.puzzle.solution()[0]):
options.puzzle.apply(t)
print(options.puzzle)
time.sleep(.1)
time.sleep(1)
elif options.behaviour == 'random-turns':
while True:
s = options.puzzle.random_turn()
options.puzzle.apply(s)
print(s)
print(r)
time.sleep(.5)
if r.is_solved():
break
print('WOAH')
else:
parser.print_help()
def main():
print("Term Cube: Timer and Simulator")
if len(sys.argv) <= 1:
print("Run `termcube --help` to see how to skip these prompts")
print()
options = prompt_args()
else:
options = parser.parse_args()
if options.puzzle.lower() == 'skewb':
options.puzzle = skewb.Skewb()
else:
try:
options.puzzle = cube.Cube(int(options.puzzle))
except:
print("Puzzle type %s not applicable. Exiting." % options.puzzle)
sys.exit(0)
"""Regarding the value of options.unofficial:
if using a random state scramble, options.unofficial is None
if using a random turn scramble of default length, options.unofficial is -1
if using a random turn scramble with a specific length, option.unofficial is that length
"""
if options.behaviour == 'timer':
timer(options.puzzle,
options.inspection,
random=options.unofficial == None,
length=options.unofficial if options.unofficial else -1,
nocurses=options.nocurses)
elif options.behaviour == 'simulator':
simulator.simulate(options.puzzle, options.nocurses)
elif options.behaviour == 'demo-kociemba':
print('Initializing...')
with ScrambleGenerator(options.puzzle) as scrambler:
while True:
options.puzzle.apply(next(scrambler))
print(options.puzzle)
for t in TurnSequence(options.puzzle.solution()[0]):
options.puzzle.apply(t)
print(options.puzzle)
time.sleep(.1)
time.sleep(1)
elif options.behaviour == 'random-turns':
while True:
s = options.puzzle.random_turn()
options.puzzle.apply(s)
print(s)
print(r)
time.sleep(.5)
if r.is_solved():
break
print('WOAH')
else:
parser.print_help()
