current_state.from_string(logfile.readline(),riskboard)
if not logover:
display_current_state(last_action)
previous_action = last_action
if current_state.current_player != previous_player:
turn_number += 1
previous_player = current_state.current_player
if not logover and current_state.turn_type == 'GameOver':
logover = True
if logfile is not None:
newline = logfile.readline()
print 'GAME OVER: RESULT:'
print newline
previous_action = None
logover = False
previous_player = None
if __name__ == "__main__":
#Set things up then call root.mainloop
logfile = open(sys.argv[1]) #This is passed in
l1 = logfile.readline() #Board
#Set up risk stuff
riskboard = risktools.loadBoard('world.zip')
current_state = risktools.getInitialState(riskboard)
#Set up display stuff
setupdata()
#Call to get things started
nextstate(False)
root.mainloop()
def play_game(player_names, ai_players, ai_files, stats, verbose=False):
#Set up the board
board = risktools.loadBoard("world.zip")
time_left = dict()
logname = 'RISKTOURNAMENT'
action_limit = 5000 #total between players
player_time_limit = 600 #seconds per player
#Create the players
for name in player_names:
#Make new player
time_left[name] = player_time_limit
#logname = logname + '_' + ai_files[name] + '_' + name
ap = risktools.RiskPlayer(name, len(board.players), 0, False)
board.add_player(ap)
#Get initial game state
state = risktools.getInitialState(board)
action_count = 0
turn_count = 0
done = False
last_player_name = None
timestr = time.strftime("%Y%m%d-%H%M%S")
#Open the logfile
logname = logname + '_' + str(stats.games_played) + '_' + timestr + '.log'
logfile = open(logname, 'w')
logfile.write(board.to_string())
logfile.write('\n')
final_string = ''
print 'Players order for game: ', player_names
#Play the game
while not done:
if verbose:
print '--*TURN', action_count, 'BEGIN*--'
print 'CURRENT PLAYER: ', state.players[state.current_player].name
print 'TURN-TYPE: ', state.turn_type
print 'TIME-LEFT: ', time_left[state.players[
state.current_player].name]
#Log the current state
logfile.write(state.to_string())
logfile.write('\n')
#Get current player
current_ai = ai_players[state.players[state.current_player].name]
#Make a copy of the state to pass to the other player
ai_state = state.copy_state()
#Start timer
start_action = time.clock()
#print 'STATE BEFORE : ', state.print_state()
current_player_name = state.players[state.current_player].name
error_actions = risktools.getAllowedActions(state)
current_action = random.choice(error_actions)
#Ask the current player what to do
try:
current_action = current_ai.getAction(
ai_state, time_left[state.players[state.current_player].name])
except:
#Catch errors and count this as a loss for the player
time_left[current_player_name] = -1.0
print 'There was an error for player: ', current_player_name, ' THEY LOSE!'
#print 'ACTION CHOSEN : ', current_action.print_action()
if current_player_name != last_player_name:
turn_count += 1
last_player_name = current_player_name
#Stop timer
end_action = time.clock()
#Determine time taken and deduct from player's time left
action_length = end_action - start_action
time_left[current_player_name] = time_left[
current_player_name] - action_length
current_time_left = time_left[current_player_name]
if verbose:
print 'IN ', action_length, ' SECONDS CHOSE ACTION: ', current_action.description(
)
#Execute the action on the master game state
new_states, new_state_probabilities = risktools.simulateAction(
state, current_action)
#See if there is randomness in which state we go to next
if len(new_states) > 1:
#Randomly pick one according to probabilities
state = select_state_by_probs(new_states, new_state_probabilities)
else:
state = new_states[0]
logfile.write(current_action.to_string())
logfile.write('\n')
if state.turn_type == 'GameOver' or action_count > action_limit or current_time_left < 0:
done = True
#Get other player name
other_player_names = []
for p in player_names:
if p != current_player_name:
other_player_names.append(p)
if state.turn_type == 'GameOver':
print 'Game is over.', current_player_name, ' is the winner.'
final_string = "RISKRESULT|" + current_player_name + ",1|"
for opn in other_player_names:
final_string = final_string + opn + ",0|"
final_string = final_string + 'Game End'
stats.winners[current_player_name] += 1
stats.wins += 1
if action_count > action_limit:
print 'Action limit exceeded. Game ends in a tie'
final_string = "RISKRESULT|" + current_player_name + ",0.5|"
for opn in other_player_names:
final_string = final_string + opn + ",0.5|"
final_string = final_string + 'Action Limit Reached'
stats.winners[current_player_name] += (
1.0 / float(len(other_player_names) + 1))
for opn in other_player_names:
stats.winners[opn] += (1.0 /
float(len(other_player_names) + 1))
stats.ties += 1
if current_time_left < 0:
print 'Agent time limit exceeded. ', current_player_name, ' loses by time-out.'
final_string = "RISKRESULT|" + current_player_name + ",0|"
for opn in other_player_names:
final_string = final_string + opn + ",1|"
stats.winners[opn] += (1.0 /
float(len(other_player_names)))
final_string = final_string + 'Time Out'
stats.time_outs += 1
action_count = action_count + 1
if verbose:
print '--*TURN END*--'
#Update stats
stats.total_turns += turn_count
stats.games_played += 1
final_string = final_string + '|Turn Count = ' + str(turn_count)
if verbose:
print ' Final State at end of game:'
state.print_state()
print final_string
print 'Game log saved to: ', logname
logfile.write(state.to_string())
logfile.write('\n')
logfile.write(final_string)
logfile.write('\n')
logfile.close()
exec filecode in gai.__dict__
filecode.close()
ai_file = os.path.basename(sys.argv[i])
ai_file = ai_file[0:-3]
logname = logname + '_' + ai_file + '_' + sys.argv[i+1]
#Make new player
ai_players[sys.argv[i+1]] = gai
time_left[sys.argv[i+1]] = player_time_limit
ap = risktools.RiskPlayer(sys.argv[i+1], len(board.players), 0, False)
board.add_player(ap)
#Get initial game state
state = risktools.getInitialState(board)
action_count = 0
done = False
timestr = time.strftime("%Y%m%d-%H%M%S")
#Open the logfile
logname = logname + '_' + timestr + '.log'
logfile = open(logname, 'w')
logfile.write(board.to_string())
logfile.write('\n')
final_string = ''
def play_game(player_names, ai_players, ai_files, stats, verbose=False):
#Set up the board
board = risktools.loadBoard("world.zip")
time_left = dict()
logname = 'RISKTOURNAMENT'
action_limit = 5000 #total between players
player_time_limit = 600 #seconds per player
#Create the players
for name in player_names:
#Make new player
time_left[name] = player_time_limit
#logname = logname + '_' + ai_files[name] + '_' + name
ap = risktools.RiskPlayer(name, len(board.players), 0, False)
board.add_player(ap)
#Get initial game state
state = risktools.getInitialState(board)
action_count = 0
turn_count = 0
done = False
last_player_name = None
timestr = time.strftime("%Y%m%d-%H%M%S")
#Open the logfile
logname = logname + '_' + str(stats.games_played) + '_' + timestr + '.log'
logfile = open(logname, 'w')
logfile.write(board.to_string())
logfile.write('\n')
final_string = ''
print 'Players order for game: ', player_names
#Play the game
while not done:
if verbose:
print '--*TURN', action_count, 'BEGIN*--'
print 'CURRENT PLAYER: ', state.players[state.current_player].name
print 'TURN-TYPE: ', state.turn_type
print 'TIME-LEFT: ', time_left[state.players[state.current_player].name]
#Log the current state
logfile.write(state.to_string())
logfile.write('\n')
#Get current player
current_ai = ai_players[state.players[state.current_player].name]
#Make a copy of the state to pass to the other player
ai_state = state.copy_state()
#Start timer
start_action = time.clock()
#print 'STATE BEFORE : ', state.print_state()
current_player_name = state.players[state.current_player].name
error_actions = risktools.getAllowedActions(state)
current_action = random.choice(error_actions)
#Ask the current player what to do
try:
current_action = current_ai.getAction(ai_state, time_left[state.players[state.current_player].name])
except:
#Catch errors and count this as a loss for the player
time_left[current_player_name] = -1.0
print 'There was an error for player: ', current_player_name, ' THEY LOSE!'
#print 'ACTION CHOSEN : ', current_action.print_action()
if current_player_name != last_player_name:
turn_count += 1
last_player_name = current_player_name
#Stop timer
end_action = time.clock()
#Determine time taken and deduct from player's time left
action_length = end_action - start_action
time_left[current_player_name] = time_left[current_player_name] - action_length
current_time_left = time_left[current_player_name]
if verbose:
print 'IN ', action_length, ' SECONDS CHOSE ACTION: ', current_action.description()
#Execute the action on the master game state
new_states, new_state_probabilities = risktools.simulateAction(state, current_action)
#See if there is randomness in which state we go to next
if len(new_states) > 1:
#Randomly pick one according to probabilities
state = select_state_by_probs(new_states, new_state_probabilities)
else:
state = new_states[0]
logfile.write(current_action.to_string())
logfile.write('\n')
if state.turn_type == 'GameOver' or action_count > action_limit or current_time_left < 0:
done = True
#Get other player name
other_player_names = []
for p in player_names:
if p != current_player_name:
other_player_names.append(p)
if state.turn_type == 'GameOver':
print 'Game is over.', current_player_name, ' is the winner.'
final_string = "RISKRESULT|" + current_player_name + ",1|"
for opn in other_player_names:
final_string = final_string + opn + ",0|"
final_string = final_string + 'Game End'
stats.winners[current_player_name] += 1
stats.wins += 1
if action_count > action_limit:
print 'Action limit exceeded. Game ends in a tie'
final_string = "RISKRESULT|" + current_player_name + ",0.5|"
for opn in other_player_names:
final_string = final_string + opn + ",0.5|"
final_string = final_string + 'Action Limit Reached'
stats.winners[current_player_name] += (1.0 / float(len(other_player_names) + 1))
for opn in other_player_names:
stats.winners[opn] += (1.0 / float(len(other_player_names) + 1))
stats.ties += 1
if current_time_left < 0:
print 'Agent time limit exceeded. ', current_player_name, ' loses by time-out.'
final_string = "RISKRESULT|" + current_player_name + ",0|"
for opn in other_player_names:
final_string = final_string + opn + ",1|"
stats.winners[opn] += (1.0 / float(len(other_player_names)))
final_string = final_string + 'Time Out'
stats.time_outs += 1
action_count = action_count + 1
if verbose:
print '--*TURN END*--'
#Update stats
stats.total_turns += turn_count
stats.games_played += 1
final_string = final_string + '|Turn Count = ' + str(turn_count)
if verbose:
print ' Final State at end of game:'
state.print_state()
print final_string
print 'Game log saved to: ', logname
logfile.write(state.to_string())
logfile.write('\n')
logfile.write(final_string)
logfile.write('\n')
logfile.close()