class SingleHorizontalTunnel(MapPiece):
name = "Horizontal Tunnel"
tiles = [
"######",
"#....#",
"######"
]
symbolic_links = {
".": floors.DungeonFloor,
"#": walls.DungeonWall,
}
connectors = {
# Direction.North: (
# connectors.DungeonFloorConnectorA((3, 0)),
# connectors.DungeonDoorConnectorA((3, 0)),
# ),
# Direction.South: (
# connectors.DungeonFloorConnectorA((3, 2)),
# connectors.DungeonDoorConnectorA((3, 2))
# ),
Direction.East: (
connectors.DungeonSingleFloor((5, 1)),
connectors.DungeonSingleDoor((5, 1)),
),
Direction.West: (
connectors.DungeonSingleFloor((0, 1)),
connectors.DungeonSingleDoor((0, 1))
),
}
class SingleFourPointTunnel(MapPiece):
name = "Single FourPoint Tunnel"
tiles = [
"#######",
"###.###",
"#.....#",
"###.###",
"#######"
]
symbolic_links = {
".": floors.DungeonFloor,
"#": walls.DungeonWall,
}
connectors = {
Direction.North: (
connectors.DungeonSingleFloor((3, 0)),
connectors.DungeonSingleDoor((3, 0)),
),
Direction.South: (
connectors.DungeonSingleFloor((3, 4)),
connectors.DungeonSingleDoor((3, 4)),
),
Direction.East: (
connectors.DungeonSingleFloor((6, 2)),
connectors.DungeonSingleDoor((6, 2)),
),
Direction.West: (
connectors.DungeonSingleFloor((0, 2)),
connectors.DungeonSingleDoor((0, 2)),
),
}
class LargeCellArea(MapPiece):
name = "Large Cell Area"
tiles = [
"#########", "#.#.#.#.#", "#+#+#+#+#", "#.......#", "#.......#",
"#+#+#+#+#", "#.#.#.#.#", "#########"
]
symbolic_links = {
".": floors.DungeonFloor,
"+": doors.DungeonDoor,
"#": walls.DungeonWall,
}
spawners = [
spawns.OnceSpawner(
spawns.SpawnSet(100, monsters.Skeleton, spawns.SpawnPoint(4, 4)), )
]
connectors = {
Direction.West: (
connectors.DungeonDoubleDoor((0, 3), (0, 4)),
connectors.DungeonSingleDoor((0, 3)),
),
Direction.East: (
connectors.DungeonDoubleDoor((8, 3), (8, 4)),
connectors.DungeonSingleDoor((8, 3)),
),
}
def get_base_connectors(tiles):
"""
Places basic connectors for rooms,
single door or double door, using the middle
:param tiles: The tiles to evaluate
:return: The Connector Dict
"""
height = len(tiles) - 1
width = max((len(row) for row in tiles)) - 1
center_width = int(width / 2)
center_height = int(height / 2)
return {
Direction.North: (
connectors.DungeonSingleDoor((center_width, 0)),
connectors.DungeonDoubleDoor((center_width, 0),
(center_width + 1, 0)),
),
Direction.South: (
connectors.DungeonSingleDoor((center_width, height)),
connectors.DungeonDoubleDoor((center_width, height),
(center_width + 1, height)),
),
Direction.East: (
connectors.DungeonSingleDoor((width, center_height)),
connectors.DungeonDoubleDoor(
(width, center_height),
(width + 1, center_height),
),
),
Direction.West: (
connectors.DungeonSingleDoor((0, center_height)),
connectors.DungeonDoubleDoor(
(0, center_height),
(0, center_height),
),
)
}
class SingleVerticalTunnel(MapPiece):
name = "Single Vertical Tunnel"
tiles = [
"###",
"#.#",
"#.#",
"#.#",
"###"
]
symbolic_links = {
".": floors.DungeonFloor,
"#": walls.DungeonWall,
}
connectors = {
Direction.North: (
connectors.DungeonSingleFloor((1, 0)),
connectors.DungeonSingleDoor((1, 0)),
),
Direction.South: (
connectors.DungeonSingleFloor((1, 4)),
connectors.DungeonSingleDoor((1, 4)),
),
}