def simulateAGame():
P1Hand = Deck()
P2Hand = Deck()
community = buildCommunityDeck()
for i in range(0,8):
P1Hand.insertCard(community['mainDeck'].cards.pop())
P2Hand.insertCard(community['mainDeck'].cards.pop())
# print "player 2 cards"
# P2Hand.revealSorted()
print "Remaining:"
# mainDeck.revealAll()
b = Card(Color.RED.value,10)
computer = ai.DumbAI()
computer2=ai.AlwaysDraw()
while True:
if len(P2Hand)<8:
raise Exception("P2 doesn't have 8 cards")
if len(P1Hand)<8:
raise Exception("P1 doesn't have 8 cards")
print "Cards remaining: {}".format(len(community['mainDeck']))
print "Player 1 cards"
P1Hand.revealSorted()
printGameBoard(community)
# getMove("P1",P1Hand,community)
computer.computerMakeMove("P1",P1Hand,community)
if gameOver(community['mainDeck']):
break
print "Cards remaining: {}".format(len(community['mainDeck']))
# P2Hand.revealSorted()
printGameBoard(community)
# getMove("P2",P2Hand,community)
computer2.computerMakeMove("P2",P2Hand,community)
if gameOver(community['mainDeck']):
break
return printGameSummary(community)
def main():
P1 = Deck()
for x in range(1,10):
card = Card(2,x)
P1.insertCard(card)
for x in range(1,8):
P1.insertCard(Card(3,x))
for x in range(7,10):
P1.insertCard(Card(4,x))
print getColorDict(P1)
return
P1Wins = 0
P2Wins = 0
P1CumulativeScore = 0
P2CumulativeScore = 0
for i in range(0,100):
P1Score,P2Score = simulateAGame()
P1CumulativeScore+=P1Score
P2CumulativeScore+=P2Score
if P1Score>P2Score:
P1Wins+=1
elif P2Score>P1Score:
P2Wins+=1
print "P1 is dumb P2 is always draw!"
print "After 100 rounds, P1Wins: {} P2Wins: {}\nP1 Total:{}, P2 Total: {}".format(P1Wins,P2Wins,P1CumulativeScore,P2CumulativeScore)
