def __init__(self,name,timeLine):
EventNode.__init__(self, name, EventType.FeedEvent)
self.timeLine = timeLine
goal = random.sample(allItems, 3)
# ADD 3 ITEMS TO YOUR INVENTORY
physicalInventory = goal[1:]
goal = goal[:1]
# for i in range(1):
# randItem = random.choice(items)
# physicalInventory.append(randItem)
# items.remove(randItem)
inventory = physicalInventory[:]
for person in adversaries:
if person.living:
inventory.append(person.alive)
playerDesires = goal
root = EventNode([], playerDesires, [], "LAST", "NULL")
# After making all adversaries human, add non human adversaries
forest = Adversary("Forest")
forest.addInteraction(
Interaction("Chopped down a Tree", ["Wood", "Axe"], ["Axe"]))
adversaries.append(forest)
# Find branches
root.expandChildren(adversaries, inventory)
# prune branches that are
root.verify(inventory)
# Prune away branches that can't be completed with our inventory
root.eliminateRedundant()
# Eliminate branches that contain the same set of actions.
arr = root.reversedList()
if len(arr) < 3 or len(arr) > 5:
def __init__(self, name, type, tradingContext):
super(ITradingBrain, self).__init__(name, tradingContext)
EventNode.__init__(self, name, type)
self.tradingContext.eventFlow.addNode(self)
self.__timer = []
self.__marketData = []
