def blocked_via_right_wall_shot(self, bubble):
starting_point_left = Point(209, 413)
starting_point_right = Point(234, 413)
bubble_x_offset = 24 if is_odd(bubble[1][0]) else 12
# bubble_x_offset = 0
bubble_middle = Point(17 + 24 * bubble[1][1] + bubble_x_offset - 12, bubble[1][0] * 24 + 18 + 25)
bubble_left = Point(bubble_middle.x - 12, bubble_middle.y)
bubble_right = Point(bubble_middle.x + 12, bubble_middle.y)
for offset in xrange(-4, 4, 4):
line_left = Line(starting_point_left.x + offset, starting_point_left.y, bubble_left.x, bubble_left.y)
line_right = Line(starting_point_right.x + offset, starting_point_right.y, bubble_right.x, bubble_right.y)
first = self.check_if_line_is_clear_right(line_left)
second = self.check_if_line_is_clear_right(line_right)
if not first and not second:
bubble[0].shoot_location = Point(first[0], first[1])
print "RIGHT shoot at color:{} count:{} location:{},{} x:{} y:{}".format(bubble[0].bubble_data,
bubble[0].neighbors_count,
bubble[1][1], bubble[1][0],
bubble[0].shoot_location.x,
bubble[0].shoot_location.y)
return False
return True
def read_board_from_screen(self):
self.screen.read_screenshot()
height_index = 0
for height in xrange(self.x1, self.x1 + COLUMN * TILE_SIZE[0], TILE_SIZE[0]):
width_index = 0
for width in xrange(self.y1, self.y1 + ROW * TILE_SIZE[1], TILE_SIZE[1]):
if is_odd(height_index):
width += ODD_TILE_SPACR
single_tile_from_screen = self.screen.image[height:height + TILE_SIZE[0], width:width+ TILE_SIZE[1]]
if self._debug:
cv2.imwrite("all_images/im{}.png".format(width_index + COLUMN * height_index), single_tile_from_screen)
self.board[height_index][width_index].bubble_data = color_from_image(single_tile_from_screen)
width_index += 1
height_index += 1
def get_x_y_for_shot(self):
current_color = self.get_current_color()
reachable_bubbles = self.get_all_tiles_next_to_empty()
reachable_bubbles = self.get_only_my_colors(reachable_bubbles, current_color)
reachable_bubbles, reachable_wall_shot = self.remove_blocked_bubbles(reachable_bubbles)
highest_neighbor = [Tile('empty', 0), self.last_shot]
for array in reachable_bubbles:
if highest_neighbor[0].neighbors_count == 0:
highest_neighbor = array
continue
if array[0].neighbors_count > highest_neighbor[0].neighbors_count:
highest_neighbor = array
self.last_shot = highest_neighbor[1]
if highest_neighbor in reachable_wall_shot:
pass
if highest_neighbor[0].shoot_location:
return 316 + highest_neighbor[0].shoot_location.x, 280 + highest_neighbor[0].shoot_location.y
offset = 12 if is_odd(highest_neighbor[1][0]) else 0
return 316 + 17 + 24*highest_neighbor[1][1] + offset, 280 + highest_neighbor[1][0]*24 + 20