def __init__(self, numCardSlots):
super(LaneController, self).__init__()
self.model = LaneModel()
self.view = LaneView()
self.cardSlots = []
for i in range(numCardSlots):
slot = CardSlotController()
self.cardSlots.append(slot)
self.view.addChild(slot.view)
class LaneController (Controller):
def __init__(self, numCardSlots):
super(LaneController, self).__init__()
self.model = LaneModel()
self.view = LaneView()
self.cardSlots = []
for i in range(numCardSlots):
slot = CardSlotController()
self.cardSlots.append(slot)
self.view.addChild(slot.view)
def laneLength(self):
return len(self.cardSlots)
def sumPower(self, player):
totalPower = 0
for x in range(0, len(self.cardSlots), 1):
if self.cardSlots[x].isOccupied():
if self.cardSlots[x].card.model.ownerId == player:
totalPower += self.cardSlots[x].card.model.power
return totalPower
def placeCard(self, card, slotNum):
if slotNum > len(self.cardSlots) - 1:
#You've hit the enemy ship.
print "you've hit the enemy ship"
g.event_manager.post(events.ShipDamage(self, card))
elif slotNum < 0:
#You've hit the hero ship
print "you've hit the hero ship"
g.event_manager.post(events.ShipDamage(self, card))
else:
if self.cardSlots[slotNum].isOccupied():
print card.model
print self.cardSlots[slotNum].card
if card.model.ownerId == self.cardSlots[slotNum].card.model.ownerId:
print "allied conflict occured, bounce!"
if card.model.ownerId == 1:
return self.placeCard(card, slotNum - 1)
else:
return self.placeCard(card, slotNum + 1)
else:
print "enemy conflict occured at %s, attack!" %slotNum
card = card.attack(self.cardSlots[slotNum].card)
self.cardSlots[slotNum].addCard(card)
def removeCard(self, slotNum):
returnCard = self.cardSlots[slotNum].card
self.cardSlots[slotNum].removeCard()
return returnCard
def startTurn(self, player):
#create collection of cards in the current lane
processQueue = Queue.Queue()
for priorityRange in range(0, 3, 1):
if player == 0:
for x in range(len(self.cardSlots) - 1, -1 , -1):
if self.cardSlots[x].isOccupied():
if self.cardSlots[x].card.model.ownerId == player:
if self.cardSlots[x].card.model.priority == priorityRange:
processQueue.put((self.cardSlots[x].card.model.priority, self.cardSlots[x].card, x)) #stores the priority, the card controller, and the index to the slot of the lane
else:
for x in range(0, len(self.cardSlots), 1):
if self.cardSlots[x].isOccupied():
if self.cardSlots[x].card.model.ownerId == player:
if self.cardSlots[x].card.model.priority == priorityRange:
processQueue.put((self.cardSlots[x].card.model.priority, self.cardSlots[x].card, x)) #stores the priority, the card controller, and the index to the slot of the lane
print processQueue
while not processQueue.empty():
i = processQueue.get()
self.removeCard(i[2])
i[1].model.currentMovement = i[1].model.movement
if player == 1:
print "moving %s to %s" %(i[2], i[2]-1)
#while i[1].model.currentMovement > 0:
self.placeCard(i[1], i[2]-1)
# i[1].model.currentMovement -= 1
else:
print "moving %s to %s" %(i[2], i[2]+1)
#while i[1].model.currentMovement > 0:
self.placeCard(i[1], i[2]+1)
# i[1].model.currentMovement -= 1
#for x in range(len(self.cardSlots)-1, 0, -1):
# if x != 0:
# self.cardSlots[x].card = self.cardSlots[x-1].card
# self.cardSlots[x].view.card = self.cardSlots[x-1].view.card
# else:
# self.cardSlots[x].card = None
# self.cardSlots[x].view.card = None
print self.cardSlots
#TODO Check Which Player It Is
#TODO Advance all cards belonging to the player up or down depending on the player