def test_click_safe():
b1 = np.array([[Spaces.BOMB, Spaces.UNKNOWN], [Spaces.BOMB, Spaces.BOMB]])
e = Engine(10, 10, 1)
e._board = b1
e._width = 2
e._height = 2
e._first_move = True
e.check_location(0, 1)
assert e.get_real_board()[0, 0] == Spaces.BOMB
assert e.get_real_board()[1, 0] == Spaces.BOMB
assert e.get_real_board()[1, 1] == Spaces.BOMB
assert e.get_real_board()[0, 1] == Spaces.THREE
b2 = np.array([[Spaces.UNKNOWN, Spaces.UNKNOWN, Spaces.BOMB],
[Spaces.UNKNOWN, Spaces.UNKNOWN, Spaces.BOMB],
[Spaces.UNKNOWN, Spaces.UNKNOWN, Spaces.BOMB]])
e._board = b2
e._width = 3
e._height = 3
e._first_move = True
e.check_location(0, 0)
assert e.get_real_board()[0, 0] == Spaces.ZERO
assert e.get_real_board()[0, 1] == Spaces.TWO
assert e.get_real_board()[0, 2] == Spaces.BOMB
assert e.get_real_board()[1, 0] == Spaces.ZERO
assert e.get_real_board()[1, 1] == Spaces.THREE
assert e.get_real_board()[1, 2] == Spaces.BOMB
assert e.get_real_board()[2, 0] == Spaces.ZERO
assert e.get_real_board()[2, 1] == Spaces.TWO
assert e.get_real_board()[2, 2] == Spaces.BOMB
class DataGenerator:
def __init__(self, n_observations=10, do_gen=True):
self._games = 0
if do_gen:
self._data_set = np.reshape(
[self._generate_one_scenerio() for k in range(n_observations)],
(n_observations * 10, 25)).tolist()
def get_data_set(self):
return self._data_set
def _generate_one_scenerio(self):
self._games += 1
if self._games % 1000 == 0:
print('{:,} complete'.format(self._games))
self._engine = Engine(12, 12, 30)
first_move = np.floor(
np.multiply(np.random.rand(1, 2), np.array([[10,
10]]))).astype(int)[0]
self._engine.check_location(first_move[0], first_move[1])
daters = [self._get_next_data(self._engine) for i in range(10)]
return daters
def _get_next_data(self, engine):
_ = [
self._make_one_board_move(engine)
for i in range(np.random.randint(low=2, high=6))
]
return self._make_one_board_move(engine)
def _make_one_board_move(self, engine):
frontier = list(engine.get_frontier())
index = np.random.choice(len(frontier))
loc = frontier[index]
ret = DataGenerator.get_data_for_space(loc[0], loc[1], self._engine)
adj = [loc, loc]
prev_adj = []
#Now need to reveal random spaces adjacent to loc in the frontier
for i in range(np.random.randint(3, 8)):
if len(adj) == 2:
t_adj = self._get_adjacent_frontier(frontier, prev_adj, adj[0],
adj[1])
prev_adj = adj
adj = t_adj
elif len(adj) == 1:
t_adj = self._get_adjacent_frontier(frontier, prev_adj, adj[0])
prev_adj = adj
adj = t_adj
if len(adj) == 0:
# Out of spaces to make moves
return ret
ind = np.random.choice(len(adj))
move = adj[ind]
if self._engine.get_real_board()[move[0], move[1]] == Spaces.BOMB:
self._engine.toggle_flag(move[0], move[1])
else:
self._engine.check_location(move[0], move[1])
return ret
def _get_adjacent_frontier(self, frontier, prev_adj, loc1, loc2=None):
adj = []
if not loc2:
loc2 = loc1
for i in range(-1, 2):
for j in range(-1, 2):
if i == j:
continue
if i == -j:
continue
x = loc1[0] - i
y = loc1[1] - j
p = (x, y)
if p in frontier and p not in adj and p not in prev_adj:
adj.append(p)
x = loc2[0] - i
y = loc2[1] - j
p = (x, y)
if p in frontier and p not in adj and p not in prev_adj:
adj.append(p)
return adj
def get_data_for_space(l1, l2, engine, maxx=10, maxy=10, random_flag=True):
daters = []
board = engine.get_display_board()
rboard = engine.get_real_board()
for i in range(-2, 3):
x = l1 + i
for j in range(-2, 3):
y = l2 + j
if y < 0 or y >= maxy or x < 0 or x >= maxx:
daters.append("Edge")
else:
if i == 0 and j == 0:
daters.append(str(rboard[x, y] == Spaces.BOMB))
else:
if rboard[
x,
y] == Spaces.BOMB and random_flag and np.random.uniform(
0, 1.0) < 0.3:
daters.append(repr(Spaces.FLAG))
else:
daters.append(repr(board[x, y]))
return daters
