def find_direction(self):
""" This is an example of direction solver subroutine."""
_direction = Direction('NULL').to_string()
if self._board.is_my_bomberman_dead():
print("Bomberman is dead. Sending 'NULL' command...")
return _direction
# here's how we find the current Point of our bomberman
_bm = self._board.get_bomberman()
_bm_x, _bm_y = _bm.get_x(), _bm.get_y()
# Let's check whether our bomberman is not surrounded by walls
if 4 == self._board.count_near(_bm_x, _bm_y, Element('DESTROY_WALL')):
print("It seems like walls surround you. Self-destroying.")
return Direction('ACT').to_string() # Let's drop a bomb then
#print(self._board.to_string())
print("Found your Bomberman at {}".format(_bm))
#put the bomb near something that could blow
if self._board.is_at(_bm_x, _bm_y, Element('BOMB_BOMBERMAN')):
print("Run")
else:
print("Lets watch out")
_targets = self._board.get_targets()
for target in _targets:
target_element = self._board.get_at(target.get_x(), target.get_y())
if self._board.is_near(_bm_x, _bm_y, target_element):
print("Seems we've got the target, lets drop the bomb!".format(target_element))
return Direction('ACT').to_string() # Let's drop a bomb then
# here's how we get the list of barriers Points
_barriers = self._board.get_barriers()
_deadline = time() + 30
while time() < _deadline:
# here we get the random direction choise
__dir = Direction(choice(('LEFT', 'RIGHT', 'DOWN', 'UP')))
# now we calculate the coordinates of potential point to go
_x, _y = __dir.change_x(_bm.get_x()), __dir.change_y(_bm.get_y())
# if there's no barrier at random point
if not self._board.is_barrier_at(_x, _y):
# here we count the attempt to choose the way
self._count += 1
# and check whether it's not the one we just came from
if not self._last == (_x, _y) or self._count > 5:
# but we will go back if there were no others twice
_direction = __dir.to_string()
self._last = _bm.get_x(), _bm.get_y()
self._count = 0
break
else: # it seem that we are surrounded
print("It's long time passed. Let's drop a bomb")
_direction = Direction('ACT').to_string() # let's drop a bomb :)
return _direction
def get_future_blasts(self):
_bombs = set()
_bombs.update(self.get_bombs())
_bombs.update(self._find_all(Element('OTHER_BOMB_BOMBERMAN')))
_points = set()
for _bomb in _bombs:
_bx, _by = _bomb.get_x(), _bomb.get_y()
_points.add(_bomb)
for _d in ('LEFT', 'RIGHT', 'DOWN', 'UP'):
__dir = Direction(_d)
__x, __y = _bx, _by
for _ in range(3):
__x, __y = __dir.change_x(__x), __dir.change_y(__y)
__pt = Point(__x, __y)
if not (__pt.is_bad(self._size) or
__pt in self.get_walls()):
break
_points.add(__pt)
return list(_points)
def find_direction(self):
""" This is an example of direction solver subroutine."""
_direction = Direction('NULL').to_string()
if self._board.is_my_bomberman_dead():
print("Bomberman is dead. Sending 'NULL' command...")
return _direction
# here's how we find the current Point of our bomberman
_bm = self._board.get_bomberman()
_bm_x, _bm_y = _bm.get_x(), _bm.get_y()
# Let's check whether our bomberman is not surrounded by walls
if 4 == self._board.count_near(_bm_x, _bm_y, Element('DESTROY_WALL')):
print("It seems like walls surround you. Self-destroying.")
return Direction('ACT').to_string() # Let's drop a bomb then
# print(self._board.to_string())
print("Found your Bomberman at {}".format(_bm))
# here's how we get the list of barriers Points
_barriers = self._board.get_barriers()
_deadline = time() + 30
while time() < _deadline:
if round(time()) % 5 == 0:
return Direction('ACT').to_string()
# here we get the random direction choice
__dir = Direction(choice(('LEFT', 'RIGHT', 'DOWN', 'UP')))
# now we calculate the coordinates of potential point to go
_x, _y = __dir.change_x(_bm.get_x()), __dir.change_y(_bm.get_y())
# if there's no barrier at random point
if not self._board.is_barrier_at(_x, _y):
# here we count the attempt to choose the way
self._count += 1
# and check whether it's not the one we just came from
if not self._last == (_x, _y) or self._count > 5:
# but we will go back if there were no others twice
_direction = __dir.to_string()
self._last = _bm.get_x(), _bm.get_y()
self._count = 0
break
else: # it seem that we are surrounded
print("It's long time passed. Let's drop a bomb")
_direction = Direction('ACT').to_string() # let's drop a bomb :)
return _direction
