def addRoom(self, adjRoom, type, direction=NO_DIR):
# print "Add Room Called"
# assign the room new coords relative to the adjacent room
gridCoord = [0, 0]
# if the new room is to the west of adjRoom
if direction == WEST:
gridCoord[x] = adjRoom.gridCoord[x] - 1
gridCoord[y] = adjRoom.gridCoord[y]
# if the new room is to the north of adjRoom
elif direction == NORTH:
gridCoord[x] = adjRoom.gridCoord[x]
gridCoord[y] = adjRoom.gridCoord[y] - 1
# if the new room is to the east of adjRoom
elif direction == EAST:
gridCoord[x] = adjRoom.gridCoord[x] + 1
gridCoord[y] = adjRoom.gridCoord[y]
# if the new room is to the south of adjRoom
elif direction == SOUTH:
gridCoord[x] = adjRoom.gridCoord[x]
gridCoord[y] = adjRoom.gridCoord[y] + 1
alreadyExists = False
for room in self.rooms:
if room.gridCoord == gridCoord:
alreadyExists = True
if not alreadyExists:
# make the room
newRoom = Room(direction, type, [None, None, None, None], gridCoord)
newRoom.doors[opposite(direction)] = Door(opposite(direction))
adjRoom.doors[direction] = Door(direction)
# update pointers
if direction != NO_DIR:
adjRoom.adjRooms[direction] = newRoom
newRoom.adjRooms[opposite(direction)] = adjRoom
newRoom.roomId = len(Dungeon.floorKeys)
room = r.randint(0, len(self.rooms) - 1)
xPos = r.randint(Room.currentRoom.boundingBox[WEST] + Key.keyImg.width/2,
Room.currentRoom.boundingBox[EAST] - Key.keyImg.width/2)
yPos = r.randint(Room.currentRoom.boundingBox[NORTH] + Key.keyImg.width/2,
Room.currentRoom.boundingBox[SOUTH] - Key.keyImg.width/2)
newKey = Key(xPos, yPos, self.rooms[room])
newRoom.rightKey = newKey
Dungeon.floorKeys.append(newKey)
self.rooms.append(newRoom)
self.linkRooms(newRoom)
return True if not alreadyExists else False
