def main():
easy = True
medium = False
hard = False
if easy:
numBombs = 10
numBatteries = 10
puzzleWidth = 9
puzzleHeight = 9
if medium:
numBombs = 20
numBatteries = 10
puzzleWidth = 12
puzzleHeight = 12
if hard:
numBombs = 40
numBatteries = 10
puzzleWidth = 14
puzzleHeight = 14
for i in range(10):
print "Test ", i
worldMap = minesweeper.makeMap(puzzleHeight, puzzleWidth, numBatteries, numBombs)
while(minesweeper.checkMap(worldMap)):
worldMap = minesweeper.makeMap(puzzleHeight, puzzleWidth, numBatteries, numBombs)
minesweeper.solve(worldMap)
def main():
f = open(filename)
o = open(outfilename, 'w+')
T = int(f.readline())
t = 1
while t <= T:
output = solve(f)
out("Case #{}: {}".format(t, output), o)
t += 1
def test_end_to_end(self):
grid_size_str = "3,3"
mines_str = """*..
.*.
..."""
grid_size = minesweeper.read_grid_size(grid_size_str)
grid = minesweeper.read_mines_from_string(mines_str, grid_size)
assert minesweeper.solve(grid) == [["*", "2", "1"], ["2", "*", "1"],
["1", "1", "1"]]
def autoplay(game, **kwargs):
moves = 0
hopeless = False
while True:
#print game
#print '----'
result = game.outcome()
if result is not None:
return result, moves, hopeless
state = u.generate_rules(BoardWrapper(game), game.num_mines)
if game.mode == 'mineprob':
state[1] = game.mine_prob
solution = mnsw.solve(*state)
def _cells(cells):
for c in cells:
if c is not None:
yield c
else:
for e in game.cell_ids:
if game.is_frontier_cell(e):
yield e
def get_cells(p):
EPSILON = 1e-6
return _cells(k for k, v in solution.iteritems() if abs(v - p) < EPSILON)
mines = get_cells(1.)
safe = list(get_cells(0.))
for c in mines:
game.mark(c)
#print 'marking', c
if safe:
for c in safe:
game.sweep(c)
#print 'clearing', c
else:
# find safest
min_risk = min(solution.values())
if min_risk > .5 - 1e-6:
hopeless = True
safest = list(get_cells(min_risk))
STRATEGY = kwargs.get('strategy')
if STRATEGY:
safest = locpref_strategy(STRATEGY, game, safest)
move = random.choice(safest)
game.sweep(move)
#print 'safest', move
moves += 1
def api_solve(payload):
rules, mine_p = parse_api_payload(payload)
result = {}
start = time.time()
try:
result['solution'] = mnsw.solve(rules, mine_p, '_other')
except mnsw.InconsistencyError:
result['solution'] = None
end = time.time()
result['processing_time'] = end - start
return result
def api_solve(payload):
rules, mine_p = parse_api_payload(payload)
result = {}
start = time.time()
try:
result['solution'] = mnsw.solve(rules, mine_p, '_other')
except mnsw.InconsistencyError:
result['solution'] = None
end = time.time()
result['processing_time'] = end - start
return result
def test_solve(self):
grid = [["*", ".", "."], [".", "*", "."], [".", ".", "."]]
assert minesweeper.solve(grid) == [["*", "2", "1"], ["2", "*", "1"],
["1", "1", "1"]]
