def __init__(self, cfgfile, **parameters):
'''
`cfgfile` is the path to the "enginecfg" configuration file.
Recognised keyword arguments are:
width= # int >= 4
height= # int >= 4
mines= # int; Only integers are allowed here.
gametype= # str; 'moore', 'hex' or 'neumann'
guessless= # bool; Must be possible to solve without
# guessing?
As of version 0.0.20, no parameters are mandatory; they all
have default values. This may change in the future.
'''
# Define some constants.
self.gametypes = ('moore', 'hex', 'neumann')
# Handle parameters.
default = {
'width': 10,
'height': 10,
'mines': 10,
'gametype': 'moore',
'guessless': True,
}
for key in default:
if key not in parameters:
parameters[key] = default[key]
assert parameters['gametype'] in ('neumann', 'hex', 'moore')
self.cfg = eval(open(cfgfile).read())
# Prevent DoS:
area = parameters['width'] * parameters['height']
if area > self.cfg['init-field']['sec-maxarea']:
raise security_alert('Area too large, aborting')
# Begin initialization.
self.dimensions = (parameters['width'], parameters['height'])
self.gametype = parameters['gametype']
self.n_mines = parameters['mines']
self.guessless = parameters['guessless']
if self.gametype == 'hex':
self.field = fields.hexagonal_field(
parameters['width'],
parameters['height'],
True # Flagcount
)
else:
self.field = fields.generic_field(
[parameters['width'], parameters['height']],
self.gametype == 'moore',
True # Flagcount
)
self.game_status = 'pre-game' # play-game game-won game-lost
self.solver = solver.solver()
self.solver.field = self.field
def runhex(x=39, y=18, m=112):
field = anonymine_fields.hexagonal_field(x, y)
field.set_callback('input', output, None)
mines = field.all_cells()
random.shuffle(mines)
field.fill(mines[:m])
for mine in mines[m:]:
for neighbour in field.get_neighbours(mine):
if neighbour in mines[:m]:
break
else:
field.reveal(mine)
break
solver = anonymine_solver.solver()
solver.field = field
print(solver.solve())
def runhex(x=39, y=18, m=112):
field = anonymine_fields.hexagonal_field(x, y)
field.set_callback('input', output, None)
mines = field.all_cells()
random.shuffle(mines)
field.fill(mines[:m])
for mine in mines[m:]:
for neighbour in field.get_neighbours(mine):
if neighbour in mines[:m]:
break
else:
field.reveal(mine)
break
solver = anonymine_solver.solver()
solver.field = field
print(solver.solve())
def __init__(self, cfgfile, **parameters):
'''
`cfgfile` is the path to the "enginecfg" configuration file.
Recognised keyword arguments are:
width= # int >= 4
height= # int >= 4
mines= # int; Only integers are allowed here.
gametype= # str; 'moore', 'hex' or 'neumann'
flagcount= # bool; Count how many flags are left?
guessless= # bool; Must be possible to solve without
# guessing?
As of version 0.0.20, no parameters are mandatory; they all
have default values. This may change in the future.
'''
# Define some constants.
self.gametypes = ('moore', 'hex', 'neumann')
# Handle parameters.
default = {
'width': 10,
'height': 10,
'mines': 10,
'gametype': 'moore',
'flagcount': True,
'guessless': True,
}
for key in default:
if key not in parameters:
parameters[key] = default[key]
assert parameters['gametype'] in ('neumann', 'hex', 'moore')
self.cfg = eval(open(cfgfile).read())
# Prevent DoS:
area = parameters['width'] * parameters['height']
if area > self.cfg['init-field']['sec-maxarea']:
raise security_alert('Area too large, aborting')
# Begin initialization.
self.dimensions = (parameters['width'], parameters['height'])
self.gametype = parameters['gametype']
self.n_mines = parameters['mines']
self.flagcount = parameters['flagcount']
self.guessless = parameters['guessless']
if self.gametype == 'hex':
self.field = fields.hexagonal_field(
parameters['width'],
parameters['height'],
parameters['flagcount']
)
else:
self.field = fields.generic_field(
[parameters['width'], parameters['height']],
self.gametype == 'moore',
parameters['flagcount']
)
self.game_status = 'pre-game' # play-game game-won game-lost
self.solver = solver.solver()
self.solver.field = self.field
