def prompt_args():
print('1. Timer')
print('2. Simulator Interactive Mode')
print('3. Kociemba Two-Phase Algorithm demonstration')
print('4. Random Turn Cube Demonstration')
usr = prompt_int("Select and option by its number: ",
condition=lambda n: 1 <= n <= 4)
options = Namespace()
if usr == 1:
options.behaviour = 'timer'
options.dimension = prompt_int("Cube size (default 3): ", 3,
lambda n: n > 0)
options.inspection = prompt_number("Inspection time (default 15): ",
15.0)
print('Use tags? (default no): ', end='')
options.using_tags = input().startswith('y')
random = None
if options.dimension == 3:
print(
'Use random state scrambles? This may lag on your computer. (default yes): ',
end='')
random = not input().startswith('n')
if random:
options.unofficial = None
else:
options.unofficial = prompt_int('How long should scrambles be? (default %d): '\
% turn.TurnSequence.default_moves(options.dimension),
default=-1)
return options
elif usr == 2:
options.behaviour = 'simulator'
elif usr == 3:
options.behaviour = 'demo-kociemba'
elif usr == 4:
options.behaviour = 'random-turns'
#Set defaults
if usr != 3:
options.dimension = prompt_int("Choose a cube size (default 3): ",
default=3,
condition=lambda n: n > 1)
else:
options.dimension = 3
options.inspection = 15.0
options.unofficial = -1
options.using_tags = False
return options
def prompt_args():
print('1. Timer')
print('2. Simulator Interactive Mode')
print('3. Kociemba Two-Phase Algorithm demonstration')
print('4. Random Turn Cube Demonstration')
usr = prompt_int("Select and option by its number: ",
condition=lambda n: 1 <= n <= 4)
options = Namespace()
if usr != 3:
options.puzzle = prompt_ln(
"Puzzle type -- either 'skewb' or a cube side length (default 3): "
)
else:
options.puzzle = cube.Cube(3)
if usr == 1:
options.behaviour = 'timer'
options.inspection = prompt_number("Inspection time (default 15): ",
15.0)
if hasattr(options.puzzle, 'random_scramble'):
print(
'Use random state scrambles? This may lag on your computer. (default yes): ',
end='')
random = not input().startswith('n')
if random:
options.unofficial = None
else:
options.unofficial = prompt_int('How long should scrambles be? (default %d): '\
% turn.TurnSequence.default_moves(options.size),
default=-1)
elif usr == 2:
options.behaviour = 'simulator'
elif usr == 3:
options.behaviour = 'demo-kociemba'
elif usr == 4:
options.behaviour = 'random-turns'
#Set defaults
if usr == 1 or usr == 2:
options.nocurses = not prompt_ln("Use curses? (y/n) (default yes): ",
default='y').startswith('y')
options.inspection = 15.0
options.unofficial = -1
return options
def prompt_args():
print('1. Timer')
print('2. Simulator Interactive Mode')
print('3. Kociemba Two-Phase Algorithm demonstration')
print('4. Random Turn Cube Demonstration')
usr = prompt_int("Select and option by its number: ", condition=lambda n: 1 <= n <= 4)
options = Namespace()
if usr == 1:
options.behaviour = 'timer'
options.dimension = prompt_int("Cube size (default 3): ", 3, lambda n: n > 0)
options.inspection = prompt_number("Inspection time (default 15): ", 15.0)
print('Use tags? (default no): ', end='')
options.using_tags = input().startswith('y')
random = None
if options.dimension == 3:
print('Use random state scrambles? This may lag on your computer. (default yes): ', end='')
random = not input().startswith('n')
if random:
options.unofficial = None
else:
options.unofficial = prompt_int('How long should scrambles be? (default %d): '\
% turn.TurnSequence.default_moves(options.dimension),
default=-1)
return options
elif usr == 2:
options.behaviour = 'simulator'
elif usr == 3:
options.behaviour = 'demo-kociemba'
elif usr == 4:
options.behaviour = 'random-turns'
#Set defaults
if usr != 3:
options.dimension = prompt_int("Choose a cube size (default 3): ", default=3, condition=lambda n: n > 1)
else:
options.dimension = 3
options.inspection = 15.0
options.unofficial = -1
options.using_tags = False
return options
def prompt_args():
print('1. Timer')
print('2. Simulator Interactive Mode')
print('3. Kociemba Two-Phase Algorithm demonstration')
print('4. Random Turn Cube Demonstration')
usr = prompt_int("Select and option by its number: ", condition=lambda n: 1 <= n <= 4)
options = Namespace()
if usr != 3:
options.puzzle = prompt_ln("Puzzle type -- either 'skewb' or a cube side length (default 3): ")
else:
options.puzzle = cube.Cube(3)
if usr == 1:
options.behaviour = 'timer'
options.inspection = prompt_number("Inspection time (default 15): ", 15.0)
if hasattr(options.puzzle, 'random_scramble'):
print('Use random state scrambles? This may lag on your computer. (default yes): ', end='')
random = not input().startswith('n')
if random:
options.unofficial = None
else:
options.unofficial = prompt_int('How long should scrambles be? (default %d): '\
% turn.TurnSequence.default_moves(options.size),
default=-1)
elif usr == 2:
options.behaviour = 'simulator'
elif usr == 3:
options.behaviour = 'demo-kociemba'
elif usr == 4:
options.behaviour = 'random-turns'
#Set defaults
if usr == 1 or usr == 2:
options.nocurses = not prompt_ln("Use curses? (y/n) (default yes): ", default='y').startswith('y')
options.inspection = 15.0
options.unofficial = -1
return options