def generate(self, options):
MapGenerator.generate(self, options)
print("Creating stairwells.")
stair_max = 3
stair_quantity = 0
if options['connections'][Direction.UP] is not False:
for location in options['connections'][Direction.UP]:
self.create_stairwell(location, up=True)
stair_quantity += 1
if options['connections'][Direction.DOWN] is not False:
for location in options['connections'][Direction.DOWN]:
self.create_stairwell(location, up=False)
stair_quantity += 1
maximum = stair_max/2 - stair_quantity
if maximum > 0:
for _ in xrange(random.randint(1, maximum)):
self.create_stairwell(up=False)
stair_quantity += 1
for _ in xrange(max(0, stair_max - stair_quantity)):
self.create_stairwell(up=True)
print("Creating "+str(self.room_quantity)+" rooms.")
self.create_rooms(self.room_quantity)
print("Creating exits.")
for direction in [Direction.NORTH, Direction.SOUTH, Direction.WEST, Direction.EAST]:
if options['connections'][direction] is not False:
for _ in xrange(2):
self.create_exit(direction)
print("Decoding map.")
tile_map = self.decode_map()
print("Decorating rooms.")
self.decorate_rooms(tile_map)
print("Creating passages.")
self.create_passages(tile_map, random.randint(3, 7))
self.clean()
return tile_map
def generate(self, options):
MapGenerator.generate(self, options)
print("Creating Throne Room")
self.create_throne_room()
print("Creating "+str(self.room_quantity)+" rooms.")
self.create_rooms(self.room_quantity)
print("Creating dividers.")
for direction in [Direction.NORTH, Direction.SOUTH, Direction.WEST, Direction.EAST]:
for _ in xrange(2):
self.create_divider(direction)
print("Decoding map.")
tile_map = self.decode_map()
print("Decorating rooms.")
self.decorate_rooms(tile_map)
print("Creating passages.")
self.create_passages(tile_map, random.randint(3, 7))
self.clean()
return tile_map
def generate(self, options):
MapGenerator.generate(self, options)
return self.decode_map()