def main():
print("STARTING GAME: " + gameFolder)
game_transcript = [] #keep track of all moves
iteration = 0
prevHeights = np.zeros((4,4)) # prevHeight[y][x] gives height of stack for xth column and y row counting upwards
screenGrab(iteration) #to get the empty board
newgamecordx = 180
newgamecordy = 153
mouseClick.mouseclick(newgamecordx,newgamecordy)
xcoords = [182,272,365,455]
ycoords = [405,320,286,259]
#NUM_GAME_ITERATIONS = 25
win = False
web_player = "O"
our_player = "X"
players = [web_player,our_player]
alpha_player = AlphaBetaAgent(our_player, web_player, depth = depth, \
maximize = -1, \
evalFn = agents.betterEvaluationFunction)
reflex_player = ReflexAgent(our_player,web_player,maximize=False)
random_player = RandomAgent(our_player)
if(player_name == "random"):
play_inst = random_player
elif(player_name == "reflex"):
play_inst = reflex_player
elif(player_name == "alpha"):
play_inst = alpha_player
game = ConnectFour(players, dimension=3, x=4, y=4, z = 4, display=False)
tic = time.clock()
timesfailed = 0
while(not win):
time.sleep(3)
iteration += 1
print "ITERATION:", iteration
while(True):
screenGrab(iteration)
# get the move they put by image subtraction
oracleMove = calcOracleMoveByImageSubtract(gameFolder, iteration, prevHeights)
if(len(oracleMove) == 1):
oracleMove = oracleMove[0]
break
if(iteration == 1):
screenGrab(0)
print "Clicked New Game Again"
mouseClick.mouseclick(newgamecordx,newgamecordy)
screenGrab(0)
timesfailed = 0
time.sleep(3)
else:
timesfailed += 1
if(timesfailed > 3): #restart whole game since faulty
print "Failed more than 3 times. Trying to restart game"
iteration = 1
game = ConnectFour(players, dimension=3, x=4, y=4, z = 4, display=False)
game_transcript = []
exit(0)
prevHeights[oracleMove[1]][oracleMove[0]] += 1
print("oracle move", oracleMove)
game_transcript.append(("oracle", oracleMove[0], oracleMove[1], iteration))
game.addBlock(web_player, oracleMove)
if(game.returnWinner() == web_player):
result = "Web"
print "Web Won"
win = True
break
if(len(game.getLegalActions()) == 0):
result = "Draw"
print "Draw"
win = True
break
if(explore):
rand_num = random.random()
if(rand_num > exploreProb):
(mymove_x, mymove_y) = play_inst.getAction(game)
else:
actions = game.getLegalActions()
(mymove_x, mymove_y) = random.choice(actions)
else:
(mymove_x, mymove_y) = play_inst.getAction(game)
game.addBlock(our_player, (mymove_x,mymove_y))
prevHeights[mymove_y][mymove_x] += 1
print("our move", (mymove_x,mymove_y))
game_transcript.append(("fourplay AI", mymove_x, mymove_y, iteration))
xpixel, ypixel = xcoords[mymove_x],ycoords[mymove_y]
mouseClick.mouseclick(xpixel, ypixel)
time.sleep(0.25)
mouseClick.mouseclick(xpixel, ypixel)
time.sleep(0.25)
mouseClick.mouseclick(279, 600)
if(game.returnWinner() == our_player):
result = "Us"
print "We Won!"
win = True
break
if(len(game.getLegalActions()) == 0):
result = "Draw"
print "Draw"
win = True
break
toc = time.clock()
gameTime = toc - tic
print("GAME OVER. PLAY TIME = " + str(gameTime))
print("GAME TRANSCRIPT:")
f = open('TD_depth2_game_transcripts/' + gameFolder + ".txt", 'w')
f.write("GAME TRANSCRIPT LEVEL " + gameMode + " FOR: " + gameFolder + "\n")
f.write("WINNER: " + result + "\n")
f.write("PLAY TIME = " + str(gameTime) + "\n")
for move in game_transcript:
print(move)
f.write(str(move[0]) + ", " + str(move[1]) + ", " + str(move[2]) + "\n")