def main():
(options, args) = create_parser().parse_args()
K = input()
### GENERATE THE BOARD ###
board = []
if options.rand_board == 0:
for i in xrange(K):
s = raw_input("Enter row: \n")
board += [int(x) for x in s.split(' ')]
else : board = randomBoard(K)
testGame = ParatroopersGame(K,board)
print "Board:"
testGame.printBoard()
### CREATE AGENTS ###
agent1 = create_agent(options.agent1,ParatroopersGame.PLAYER1, options.time_per_move)
agent2 = create_agent(options.agent2,ParatroopersGame.PLAYER2, options.time_per_move)
### CREATE GAME SIMULATOR ###
gameSimulator = GameSimulator(testGame, (agent1, agent2), 10)
if options.verbose==False : gameSimulator.setSilent()
### RUN GAME SIMULATION ###
rankTwoAgents(testGame, gameSimulator,agent1,agent2, sim_count= options.num_sim)
def testGameSim():
""" Example of game simulation """
testGame = ParatroopersGame(5,randomBoard(5))
testGame.printBoard()
import UCT
agent2 = UCT.UCTAgent(paratroopersGreedyHeuristicVector, ParatroopersGame.PLAYER1, 3, UCT.UCTAgent.UCBPolicyMod)
agent1 = UCT.UCTAgent(paratroopersGreedyHeuristicVector, ParatroopersGame.PLAYER2, 3, transpositions = False)#, UCT.UCTAgent.EGreedyPolicy())
gameSimulator = GameSimulator(testGame, (agent2, agent1), 10)
gameSimulator.playGame()