def __init__(self,
name="",
species=None,
gender=stats.NEUTER,
statline=None):
self.name = name
if not statline:
statline = dict()
self.statline = statline
self.levels = []
self.mr_level = Level()
self.species = species
self.gender = gender
if species and species.HAS_HAIR:
self.hair = random.choice(species.HAIRSTYLE[gender])
else:
self.hair = -1
self.contents = items.Backpack(owner=self)
self.xp = 0
self.beard = 0
self.hp_damage = 0
self.mp_damage = 0
self.stat_damage = collections.defaultdict(int)
self.techniques = CappedModifierList()
self.condition = CappedModifierList()
self.tags = list()
def __init__(self, x, y):
super().__init__(x, y, items.Backpack())
def create_player(self):
self.player = characters.Player(
backpack=items.Backpack(name='backpack'),
equipment=items.Equipment())
def create_map(self, enemies):
'''
Populates the content inside rooms with items/enemies/players/things from RoomContent.
Parameters:
enemies(list): Our list of enemies
Returns:
Manually-set entrance of the map (In this case: top-left)
'''
# THE BELOW CODE IS FOR THE DONUT
# self.create_enemies()
top_left_room_content = roomstuff.RoomContent('top left room')
top_left_room_content.items.append(items.Item.item_randomizer())
top_left_room_content.items.append(items.Item.item_randomizer())
top_left_room_content.description = "The faint smell of elderberries lies in the distance...\n"
top_center_room_content = roomstuff.RoomContent(
'top center room', [enemies[3]])
top_right_room_content = roomstuff.RoomContent('top right room',
[enemies[2]])
middle_right_room_content = roomstuff.RoomContent('center right room')
bottom_right_room_content = roomstuff.RoomContent('bottom right room')
bottom_center_room_content = roomstuff.RoomContent(
'bottom center room')
bottom_left_room_content = roomstuff.RoomContent('bottom left room')
middle_left_room_content = roomstuff.RoomContent(
'center left room',
enemies=[enemies[7]],
chest=items.Backpack(name='chest'))
middle_left_room_content.items.append(items.Item.item_randomizer())
middle_left_room_content.chest.add_item(items.Item.item_randomizer())
middle_left_room_content.description = "As you entered, you spilled bongwater on the floor, you oaf! Watch your clodhoppers.\n The previously-sweet smell of elderberries is no-more."
#THE BELOW CODE IS FOR THE CROSS
# topmost_room_content = roomstuff.RoomContent('Top of Cross (AKA: ORIGIN)', enemy_list[0], True)
# middle_of_top_room_content = roomstuff.RoomContent('Middle of the Top of the cross', enemy_list[1], True)
# center_of_cross_room_content = roomstuff.RoomContent('Center of the cross', enemy_list[2])
# middle_of_right_room_content= roomstuff.RoomContent('Middle of the Right of the cross', enemy_list[3],False,True)
# rightmost_room_content =roomstuff.RoomContent('Rightmost of the cross', enemy_list[4], True)
# middle_of_bottom_room_content = roomstuff.RoomContent('Middle of the Bottom of the cross', enemy_list[5])
# bottommost_room_content = roomstuff.RoomContent('Bottommost of the cross', enemy_list[6])
# middle_of_left_room_content = roomstuff.RoomContent('Middle of the Left of the cross', enemy_list[7])
# leftmost_room_content = roomstuff.RoomContent('Leftmost of the cross', enemy_list[8], True)
# THIS SETS THE temporary POINTERS FOR THE INSTANTIATED INSTANCES OF THE ROOMNODE OBJECTS OF THE CROSS (maybe worded right?)
# topmost = roomstuff.RoomNode(topmost_room_content)
# middle_of_top = roomstuff.RoomNode(middle_of_top_room_content)
# center_of_cross = roomstuff.RoomNode(center_of_cross_room_content)
# middle_of_right = roomstuff.RoomNode(middle_of_right_room_content)
# rightmost = roomstuff.RoomNode(rightmost_room_content)
# middle_of_bottom = roomstuff.RoomNode(middle_of_bottom_room_content)
# bottommost = roomstuff.RoomNode(bottommost_room_content)
# middle_of_left = roomstuff.RoomNode(middle_of_left_room_content)
# leftmost = roomstuff.RoomNode(leftmost_room_content)
# UNCOMMENT THIS BELOW FOR THE DONUT
top_left = roomstuff.RoomNode(top_left_room_content)
top_center = roomstuff.RoomNode(top_center_room_content)
top_right = roomstuff.RoomNode(top_right_room_content)
middle_right = roomstuff.RoomNode(middle_right_room_content)
bottom_right = roomstuff.RoomNode(bottom_right_room_content)
bottom_center = roomstuff.RoomNode(bottom_center_room_content)
bottom_left = roomstuff.RoomNode(bottom_left_room_content)
middle_left = roomstuff.RoomNode(middle_left_room_content)
# self.game_map = roomstuff.GameMap()
# self.game_map.map_entrance = top_left
#THE CODE BELOW IS FOR THE CROSS WITH 9 SQUARES IN IT (ALL SIDES EQUAL LENGTH - PERFECT T)
# topmost.south_exit = middle_of_top
# middle_of_top.north_exit = topmost
# middle_of_top.south_exit = center_of_cross
# center_of_cross.north_exit = middle_of_top
# center_of_cross.east_exit = middle_of_right
# center_of_cross.south_exit = middle_of_bottom
# center_of_cross.west_exit = middle_of_left
# middle_of_right.west_exit = center_of_cross
# middle_of_right.east_exit = rightmost
# rightmost.west_exit = middle_of_right
# middle_of_bottom.north_exit = center_of_cross
# middle_of_bottom.south_exit = bottommost
# bottommost.north_exit = middle_of_bottom
# middle_of_left.east_exit = center_of_cross
# middle_of_left.west_exit = leftmost
# leftmost.east_exit = middle_of_left
# -----------------------------------------------------------------------
# THIS IS THE CODE FOR A DONUT SHAPED MAP WITH 8 SQUARES (HOLE IN THE MIDDLE)
top_left.east_exit = top_center
top_left.south_exit = middle_left
top_center.west_exit = top_left
top_center.east_exit = top_right
top_right.west_exit = top_center
top_right.south_exit = middle_right
middle_right.north_exit = top_right
middle_right.south_exit = bottom_right
bottom_right.north_exit = middle_right
bottom_right.west_exit = bottom_center
bottom_center.east_exit = bottom_right
bottom_center.west_exit = bottom_left
bottom_left.east_exit = bottom_center
bottom_left.north_exit = middle_left
middle_left.south_exit = bottom_left
middle_left.north_exit = top_left
#-------------------------------------------------------------------
# THIS WAS OUR ORIGINAL CODE FOR A 4-ROOM SQUARE
# top_left.south_exit = bottom_left
# bottom_left.east_exit = bottom_right
# bottom_right.north_exit = top_right
# top_right.west_exit = top_left
return top_left