def get_connected_points(self, level, start, open_tile, connected_points):
"""
Get all points that are connected to a given point
Args:
level: level to check
start: start location
open: ID of tile considered open
Returns:
list of connected points
"""
x_loc = start[0]
y_loc = start[1]
if start in connected_points:
return None
if get_tile(level, start) is None:
return None
if wall_tile(level, start) is None:
connected_points.append(start)
self.get_connected_points(level, (x_loc, y_loc - 1),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc, y_loc + 1),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc + 1, y_loc),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc - 1),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc + 1),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc - 1),
open_tile,
connected_points)
self.get_connected_points(level, (x_loc + 1, y_loc + 1),
open_tile,
connected_points)
return connected_points
def decorate_level(self, level):
"""
Decorate level
:param level: level to decorate
:type level: Level
"""
for location, tile in get_tiles(level):
if tile['\ufdd0:floor'] == self.floor:
floor_tile(level, location,
self.get_floor_tile(level, location))
for location in self.second_pass:
if get_tile(level, location):
floor_tile(level, location,
self.check_nook(level, location))
def decorate_level(self, level):
"""
Decorate level
:param level: level to decorate
:type level: Level
"""
floor = self.configuration.floor
for location, tile in get_tiles(level):
if tile['\ufdd0:floor'] == floor:
floor_tile(level, location,
self.get_floor_tile(level, location))
for location in self.second_pass:
if get_tile(level, location):
floor_tile(level, location, self.check_nook(level, location))
def get_connected_points(self, level, start, open_tile, connected_points):
"""
Get all points that are connected to a given point
Args:
level: level to check
start: start location
open: ID of tile considered open
Returns:
list of connected points
"""
x_loc = start[0]
y_loc = start[1]
if start in connected_points:
return None
if get_tile(level, start) is None:
return None
if wall_tile(level, start) is None:
connected_points.append(start)
self.get_connected_points(level, (x_loc, y_loc - 1), open_tile,
connected_points)
self.get_connected_points(level, (x_loc, y_loc + 1), open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc), open_tile,
connected_points)
self.get_connected_points(level, (x_loc + 1, y_loc), open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc - 1), open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc + 1), open_tile,
connected_points)
self.get_connected_points(level, (x_loc - 1, y_loc - 1), open_tile,
connected_points)
self.get_connected_points(level, (x_loc + 1, y_loc + 1), open_tile,
connected_points)
return connected_points
def is_wall(level, location, wall_tiles):
"check if given location is considered as a wall"
return (get_tile(level, location) is None
or wall_tile(level, location) in wall_tiles)
def is_wall(level, location, wall_tiles):
"check if given location is considered as a wall"
return (get_tile(level, location) is None
or wall_tile(level, location) in wall_tiles)
