def do_eat(self, item: Entity):
if not self.same_position(item):
logging.error(
'{}({}) is not located in {}, impossible to drink it {}'.
format(self.entity.name, self.entity.pos, item.pos, item.name))
return False
raise NotImplementedError('Add this component : hunger')
def remove(self, item: Entity):
if item not in self.content:
logging.error('{} is not in {} inventory'.format(
item.name, self.entity.name))
return False
else:
self.content.remove(item)
self.filled -= item.size
return True
def enter_area(self, area: Entity, pos: Tuple[int, int]):
if not area:
logging.error('{} mov component cannot enter area {}'.format(
self, area))
return KeyError('error')
self.leave_area(pos)
self.entity.area = area
self.moveto(pos)
area.map[pos].entities.append(self.entity)
def drop(self, item: Entity):
if not item.carriable:
logging.error('{} cannot be dropped, not a carriable item.'.format(
item.name))
return False
if item not in self.content:
logging.error('{} is not in {} inventory'.format(
item.name, self.entity.name))
return False
else:
self.remove(item)
item.dropped()
return True
def pickup(self, item: Entity):
if not self.same_position(item):
logging.error(
'{}({}) is not located in {}, impossible to pickup {}'.format(
self.entity.name, self.entity.pos, item.pos, item.name))
return False
elif not item.carriable:
logging.error(
'{} cannot be picked up, it is not a carriable item'.format(
item.name))
return False
elif item.size > self.space_left:
logging.error(
'Not enough space left in {} inventory. '
'The item is {} units big, and there is only {} space left.'.
format(self.entity.name, item.size, self.space_left))
return False
else:
self.add(item)
item.carriedby(self.owner)
return True