def test_dungeon_build():
"""method to build a dungeon for testing and dev."""
dungeon_name = "Test Dungeon"
room_one_date =["Entry Room", "The first room in the test dungeon"]
room_one = Room(room_one_date)
roomtwo_data = ["second Room", "The second room of the test dungeon"]
room_two = Room(roomtwo_data)
exit1 = Exit("n", room_one, room_two)
exit2 = Exit("s", room_two, room_one)
room_one.add_exit(exit1)
room_two.add_exit(exit2)
test_dungeon = Dungeon(dungeon_name, room_one)
test_dungeon.add_room(room_two)
item_one_stats = ["Apple", "A red Fuji Apple", .2]
item_one_actions = {"eat": "consume-You eat the apple", "examine": "It's a\
red apple. It looks really tasty.", "throw": "destroy-You hurl the \
apple agaisnt the wall. It smashes agaisnt it with a splat."}
item_one_date = ["Apple", "A red Fuji Apple", 0.2,item_one_actions]
item_one = item(item_one_date)
item_two_stats = ["Spoon", "a metal spoon", .01]
item_two_actions = {"examine": "examine-The spoon is made of some form of lite metal, perhaps tin.", "throw": "remove-You hurl the \
spoon agaisnt the wall. It clashes against the wall with a clatter."}
item_two_data = ["Spoon", "a metal spoon", 0.01,item_two_actions]
item_two = item(item_two_data)
room_one.add_item(item_one)
room_one.add_item(item_two)
return test_dungeon
def rat_in_three_room_dungeon() -> Rat:
"""Return a rat object ready to explore a dungeon with three rooms in a row."""
r0 = Room('start here', 1, 0, 1)
d = Dungeon(r0)
r1 = Room('one', 1, 0, 2)
r2 = Room('two', 2, 0, 3)
r0.add_neighbor(r1, Direction.NORTH)
r1.add_neighbor(r2, Direction.NORTH)
d.add_room(r1)
d.add_room(r2)
rat = Rat(d, r0)
return rat
def rat_in_fully_connected_grid() -> Rat:
"""Return a rat in a fully connected dungeon of 20 by 20 rooms"""
start = Room("0,0", 1, 0, 0)
d = Dungeon(start)
for row in range(0, 20):
for col in range(0, 20):
if row > 0 or col > 0:
d.add_room(Room(str(row) + "," + str(col), 1, col, row))
for row in range(0, 20):
for col in range(0, 20):
connect_neighbors(d, row, col)
rat = Rat(d, start)
return rat
def rat_in_looped_dungeon() -> Rat:
"""Return a rat object ready to explore a dungeon with 6 rooms where there
are two paths from the start to the finish.
"""
r0 = Room('start', 0, 9, 9)
d = Dungeon(r0)
r1 = Room('one', 1, 9, 8)
r2 = Room('two', 1, 9, 7)
r3 = Room('three', 1, 9, 6)
r4 = Room('four', 1, 9, 5)
r5 = Room('five', 1, 9, 4)
unconnected = Room('unconnected', 1, 8, 8)
# r0 -> r1, r1 -> r2, r3; r2 -> r0, r3 -> r4, r4 -> r5
r0.add_neighbor(r1, Direction.DOWN)
r1.add_neighbor(r2, Direction.NORTH)
r1.add_neighbor(r3, Direction.SOUTH)
r2.add_neighbor(r0, Direction.UP)
r3.add_neighbor(r4, Direction.EAST)
r4.add_neighbor(r5, Direction.SOUTH)
d.add_room(r1)
d.add_room(r2)
d.add_room(r3)
d.add_room(r4)
d.add_room(r5)
d.add_room(unconnected)
rat = Rat(d, r0)
return rat
def rat_in_square_dungeon() -> Rat:
"""Return a rat object ready to explore a dungeon with 4 rooms in a square."""
top_left_room = Room('top left', 1, 1, 0)
bottom_left_room = Room('bottom left', 1, 0, 0)
top_right_room = Room('top right', 1, 1, 1)
bottom_right_room = Room('bottom right', 1, 0, 1)
d = Dungeon(top_left_room)
d.add_room(bottom_left_room)
d.add_room(top_right_room)
d.add_room(bottom_right_room)
top_left_room.add_neighbor(top_right_room, Direction.EAST)
top_left_room.add_neighbor(bottom_left_room, Direction.SOUTH)
bottom_right_room.add_neighbor(bottom_left_room, Direction.WEST)
bottom_right_room.add_neighbor(top_right_room, Direction.NORTH)
rat = Rat(d, top_left_room)
return rat
def rat_in_dungeon_x() -> Rat:
"""Return a rat in a dungeon with several long paths and one loop."""
# The following pseudo-map describes the basic structure of the
# dungeon, where rooms next to each other and dashed lines indicate
# neighbors.
# north2
# north1
# west1 downstairs center east1
# | south1
# sw2 south2 stair1 upstairs-east1
# sw3 -----------------------------> food
#
center = Room("center", 1, 5, 5)
d = Dungeon(center)
north1 = Room("north1", 1, 5, 6)
north2 = Room("north2", 1, 5, 7)
east1 = Room("east1", 1, 6, 5)
down = Room("downstairs", 0, 5, 5)
west1 = Room("west1", 0, 5, 4)
sw2 = Room("sw2", 0, 4, 4)
sw3 = Room("sw3", 0, 4, 3)
south1 = Room("south1", 1, 5, 4)
south2 = Room("south2", 1, 5, 3)
stair1 = Room("stair1", 2, 5, 3)
upstairs_east1 = Room("upstairs-east1", 2, 6, 3)
food_room = Room("food", 1, 6, 2)
d.add_room(north1)
d.add_room(north2)
d.add_room(east1)
d.add_room(down)
d.add_room(west1)
d.add_room(sw2)
d.add_room(sw3)
d.add_room(south1)
d.add_room(south2)
d.add_room(stair1)
d.add_room(upstairs_east1)
d.add_room(food_room)
center.add_neighbor(north1, Direction.NORTH)
north1.add_neighbor(north2, Direction.NORTH)
center.add_neighbor(down, Direction.DOWN)
down.add_neighbor(west1, Direction.WEST)
west1.add_neighbor(sw2, Direction.SOUTH)
sw2.add_neighbor(sw3, Direction.SOUTH)
sw3.add_neighbor(food_room, Direction.UP)
center.add_neighbor(east1, Direction.EAST)
center.add_neighbor(south1, Direction.SOUTH)
south1.add_neighbor(south2, Direction.SOUTH)
south2.add_neighbor(stair1, Direction.UP)
stair1.add_neighbor(upstairs_east1, Direction.EAST)
upstairs_east1.add_neighbor(food_room, Direction.DOWN)
rat = Rat(d, center)
return rat
