def make_rooms(new_map, genre):
# make first room (0,0)
entrance = Room(
map_id=new_map, name='Entrance'
) ###TODO: change Room to have coordinates (maybe, also sorta done?)
entrance.save()
rooms = {(0, 0): entrance}
new_map.save()
# create branches (recursion)
entrance.north = make_room('south',
new_map,
coords=(0, 1),
rooms=rooms,
recursion=1,
prev_room=entrance,
genre=genre)
entrance.save()
return rooms
def make_room(path_to_prev,
map_id,
coords,
rooms,
recursion,
prev_room,
genre='fantasy'):
max_depth = 30
if rooms.get(coords, None):
# print(f"Dupe Detected: {coords}") <- Used for testing
setattr(rooms[coords], "test", "Collision")
setattr(rooms[coords], path_to_prev,
prev_room.id) #<- fixes one-way doors
rooms[coords].save()
return rooms[coords].id
# make current room
curr_room = Room(
map_id=map_id,
name=makename(genre),
xcoord=coords[0],
ycoord=coords[1]) # description=None) # TODO: Did makename BREAK?
curr_room.save()
# attach_room(path_to_prev, prev_room, curr_room)
rooms.update({coords: curr_room})
if recursion >= 25: # temporary base-case
setattr(curr_room, "test", "Max Depth")
# attach_room(path_to_prev, prev_room, curr_room)
setattr(curr_room, path_to_prev, prev_room.id) #<- fixes one-way doors
curr_room.save()
return curr_room.id
# Use RNG to decide if a room will be made for each
chance = 1 - (math.log(recursion) / math.log(max_depth))
def rng(chance):
random_num = random.random()
if random_num <= chance:
return make_room
else:
return None
north_connect = rng(chance)
if north_connect:
curr_room.north = north_connect('south', map_id,
(coords[0], coords[1] + 1), rooms,
recursion + 1, curr_room)
east_connect = rng(chance)
if east_connect:
curr_room.east = east_connect('west', map_id,
(coords[0] + 1, coords[1]), rooms,
recursion + 1, curr_room)
west_connect = rng(chance)
if west_connect:
curr_room.west = west_connect('east', map_id,
(coords[0] - 1, coords[1]), rooms,
recursion + 1, curr_room)
south_connect = rng(chance)
if south_connect:
curr_room.south = south_connect('north', map_id,
(coords[0], coords[1] - 1), rooms,
recursion + 1, curr_room)
# north_connect = random.choice([make_room, None])
# if north_connect:
# curr_room.north = north_connect('south', map_id,(coords[0], coords[1] + 1), rooms, recursion + 1, curr_room)
# curr_room.save()
# east_connect = random.choice([make_room, None])
# if east_connect:
# curr_room.east = east_connect('west', map_id,(coords[0] + 1, coords[1]), rooms, recursion + 1, curr_room)
# curr_room.save()
# west_connect = random.choice([make_room, None])
# if west_connect:
# curr_room.west =west_connect('east', map_id,(coords[0] - 1, coords[1]), rooms, recursion + 1, curr_room)
# curr_room.save()
# south_connect = random.choice([make_room, None])
# if south_connect:
# curr_room.south = south_connect('north', map_id,(coords[0], coords[1] - 1), rooms, recursion + 1, curr_room)
# curr_room.save()
setattr(rooms[coords], "test", "Finally")
# attach_room(path_to_prev, prev_room, curr_room)
setattr(curr_room, path_to_prev, prev_room.id)
curr_room.save()
return curr_room.id