def __init__(self):
self.board = np.full((3, 3), " ")
self.gameRunning = True
self.mover = 0
self.p1Start = 0
self.p2Start = 0
self.totalGames = 0
self.p1Win = 0
self.p2Win = 0
self.tie = 0
self.player = mp.machinePlayer()
self.rdPlayer = rp.randomPlayer([(0, 0), (0, 1), (0, 2), (1, 0),
(1, 1), (1, 2), (2, 0), (2, 1),
(2, 2)])
self.rdPlayer2 = rp.randomPlayer([(0, 0), (0, 1), (0, 2), (1, 0),
(1, 1), (1, 2), (2, 0), (2, 1),
(2, 2)])
def __init__(self, playername):
self.player = randomPlayer.randomPlayer()
if playername == 'random':
self.player = randomPlayer.randomPlayer()
def main():
global LINE
PLAY_ORDER = [1, 2]
g = xo(3, 3, 2, ['X', 'O'], PLAY_ORDER)
name = input("Player 1 - Enter your name :")
player1 = humanPlayer(1, name, g)
player2 = randomPlayer(2, "Random Player", g)
print('\nTic Tac Toe Platform\n' + player1.title + ' vs ' + player2.title)
console_log(0, LINE)
rand1_win = 0
rand1_win_turns = 0
rand2_win = 0
rand2_win_turns = 0
draw = 0
f = open('game_log_' + player1.name + '-vs-' + player2.name + '.csv', 'w')
# Play N Games
for i in range(0, N_GAMES):
csv_line = ''
g.reset()
current_winner = 0
# create a game instance
if ROLL:
PLAY_ORDER = roll(PLAY_ORDER, 1)
# Keep playing till the game in not over.
while (g.game_over == False):
while True:
move = player1.play()
result = g.mark(move, 1)
console_log(3, 'Result: ' + str(result) + "\n")
if (not ((result == err.INVALID_MOVE) |
(result == err.OUT_OF_TURN))):
break
if (result == err.DRAW):
console_log(2, g.get_board())
current_winner = 0
draw += 1
if (result == err.WIN):
console_log(2, '______________________')
console_log(2, g.get_board())
console_log(1, player1.name + ' has won')
current_winner = 1
console_log(2, '______________________')
rand1_win += 1
rand1_win_turns += g.game_turn
if (g.game_over == False):
while True:
move = player2.play()
result = g.mark(move, 2)
console_log(3, 'Result: ' + str(result) + "\n")
if (not ((result == err.INVALID_MOVE) |
(result == err.OUT_OF_TURN))):
break
if (result == err.DRAW):
console_log(2, g.get_board())
current_winner = 0
draw += 1
if (result == err.WIN):
console_log(2, "______________________")
console_log(2, g.get_board())
console_log(1, player2.name + " has won")
console_log(2, "______________________")
current_winner = 2
rand2_win += 1
rand2_win_turns += g.game_turn
# Log game to CSV file
for i, e in enumerate(g.play_order):
csv_line += str(e) + ','
csv_line += str(current_winner)
for e in g.gameLog[:, 1]:
csv_line += ', ' + str(e)
csv_line += '\n'
f.write(csv_line)
f.close()
console_log(1, LINE)
print(player1.name + " Winner :" + str(rand1_win))
if (rand1_win > 0):
print("Average Moves to win :" + str(rand1_win_turns / rand1_win))
print(player2.name + " Winner :" + str(rand2_win))
if (rand2_win > 0):
print("Average Moves to win :" + str(rand2_win_turns / rand2_win))
print("Draw :" + str(draw))
#Pour vous donner une idée de comment le tournoi sera organisé, # localGame.py permet de connecter deux joueurs via leurs interfaces. # randomPlayer vs RandomPlayer import Reversi import randomPlayer import time from io import StringIO import sys b = Reversi.Board(10) players = [] player1 = randomPlayer.randomPlayer() player1.newGame(b._BLACK) players.append(player1) player2 = randomPlayer.randomPlayer() player2.newGame(b._WHITE) players.append(player2) totalTime = [0,0] # total real time for each player nextplayer = 0 nextplayercolor = b._BLACK nbmoves = 1 outputs = ["",""] sysstdout= sys.stdout stringio = StringIO() print(b.legal_moves()) while not b.is_game_over():
def main():
global LINE
PLAY_ORDER = [1,2]
g=xo(3,3,2,['X','O'],PLAY_ORDER)
name = input("Player 1 - Enter your name :")
player1 = humanPlayer(1,name,g)
player2 = randomPlayer(2,"Random Player",g)
print('\nTic Tac Toe Platform\n'+player1.title+' vs '+player2.title)
console_log(0,LINE)
rand1_win = 0
rand1_win_turns = 0
rand2_win = 0
rand2_win_turns = 0
draw = 0
f = open('game_log_'+player1.name+'-vs-'+player2.name+'.csv', 'w')
# Play N Games
for i in range (0, N_GAMES):
csv_line = ''
g.reset()
current_winner = 0
# create a game instance
if ROLL :
PLAY_ORDER = roll (PLAY_ORDER,1)
# Keep playing till the game in not over.
while(g.game_over == False):
while True:
[move,result] = player1.play()
console_log (3,'Result: '+str(result)+"\n")
if (not((result == err.INVALID_MOVE) | (result == err.OUT_OF_TURN))):
break
if (result == err.DRAW):
console_log (2, g.get_board())
current_winner = 0;
draw += 1
if (result == err.WIN):
console_log (2, '______________________')
console_log (2, g.get_board())
console_log (1, player1.name+' has won')
current_winner = 1
console_log (2, '______________________')
rand1_win += 1
rand1_win_turns += g.game_turn
if (g.game_over == False):
while True:
[move, result] = player2.play()
console_log (3,'Result: '+str(result)+"\n")
if (not((result == err.INVALID_MOVE) | (result == err.OUT_OF_TURN))):
break
if (result == err.DRAW):
console_log (2,g.get_board())
current_winner = 0
draw += 1
if (result == err.WIN):
console_log (2, "______________________")
console_log (2, g.get_board())
console_log (1, player2.name+" has won")
console_log (2, "______________________")
current_winner = 2
rand2_win += 1
rand2_win_turns += g.game_turn;
# Log game to CSV file
for i, e in enumerate(g.play_order):
csv_line += str(e)+','
csv_line += str(current_winner)
for e in g.gameLog[:,1]:
csv_line += ', '+str(e)
csv_line += '\n'
f.write(csv_line)
f.close()
console_log(1,LINE)
print (player1.name+" Winner :"+str(rand1_win))
if (rand1_win>0):
print ("Average Moves to win :"+str(rand1_win_turns/rand1_win))
print (player2.name+" Winner :"+str(rand2_win))
if (rand2_win>0):
print ("Average Moves to win :"+str(rand2_win_turns/rand2_win))
print ("Draw :"+str(draw))
def main():
global LINE
PLAY_ORDER = [1, 2]
g = xo(3, 3, 2, ['X', 'O'], PLAY_ORDER)
player1 = tdPlayer(2, "tdPlayer", g)
player2 = randomPlayer(1, "Rand", g)
print('\nThe XO - Tic Tac Toe Platform\n' + player1.title + ' vs ' +
player2.title)
console_log(0, LINE)
player1_win = 0
player1_win_turns = 0
player2_win = 0
player2_win_turns = 0
draw = 0
# Play N Games
csv_line = ''
for i in range(0, N_GAMES):
g.reset()
player1.reset()
player2.reset()
current_winner = 0
# create a game instance
if ROLL:
PLAY_ORDER = roll(PLAY_ORDER, 1)
# Keep playing till the game in not over.
while (not g.game_over):
move = player1.play()
result = g.mark(move, 1)
console_log(3, 'Result: ' + str(result) + '\n')
if (result == err.DRAW):
console_log(2, '______________________')
console_log(2, g.get_board())
console_log(1, 'Game Drawn')
console_log(2, '______________________')
current_winner = 0
draw += 1
if (result == err.WIN):
console_log(2, '______________________')
console_log(2, g.get_board())
console_log(1, player1.name + ' has won')
console_log(2, '______________________')
current_winner = 1
player1_win += 1
player1_win_turns += g.game_turn
if (not g.game_over):
move = player2.play()
result = g.mark(move, 2)
console_log(3, 'Result: ' + str(result) + '\n')
if (result == err.DRAW):
console_log(2, '______________________')
console_log(2, g.get_board())
console_log(1, 'Game Drawn')
console_log(2, '______________________')
draw += 1
current_winner = 0
draw += 1
if (result == err.WIN):
console_log(2, "______________________")
console_log(2, g.get_board())
console_log(1, player2.name + " has won")
console_log(2, "______________________")
current_winner = 2
player2_win += 1
player2_win_turns += g.game_turn
# Log game to CSV file
for i, e in enumerate(g.play_order):
csv_line += str(e) + ','
csv_line += str(current_winner)
for e in g.gameLog[:, 1]:
csv_line += ', ' + str(e)
csv_line += '\n'
f = open('game_log_' + player1.name + '-vs-' + player2.name + '.csv', 'w')
f.write(csv_line)
f.close()
console_log(1, '\n' + LINE)
print(player1.name + ' Winner :' + str(player1_win))
if (player1_win > 0):
print('Average Moves to win :' + str(player1_win_turns / player1_win))
print(player2.name + ' Winner :' + str(player2_win))
if (player2_win > 0):
print("Average Moves to win :" + str(player2_win_turns / player2_win))
print('Draw :' + str(draw))
def l():
b = Reversi.Board(10)
players = []
player1 = myPlayer.myPlayer()
player1.newGame(b._BLACK)
players.append(player1)
player2 = randomPlayer.randomPlayer()
player2.newGame(b._WHITE)
players.append(player2)
totalTime = [0, 0] # total real time for each player
nextplayer = 0
nextplayercolor = b._BLACK
nbmoves = 1
outputs = ["", ""]
sysstdout = sys.stdout
stringio = StringIO()
print(b.legal_moves())
while not b.is_game_over():
#print("Referee Board:")
#print(b)
#print("Before move", nbmoves)
#print("Legal Moves: ", b.legal_moves())
nbmoves += 1
otherplayer = (nextplayer + 1) % 2
othercolor = b._BLACK if nextplayercolor == b._WHITE else b._WHITE
currentTime = time.time()
sys.stdout = stringio
move = players[nextplayer].getPlayerMove()
sys.stdout = sysstdout
playeroutput = "\r" + stringio.getvalue()
stringio.truncate(0)
#print(("[Player "+str(nextplayer) + "] ").join(playeroutput.splitlines(True)))
outputs[nextplayer] += playeroutput
totalTime[nextplayer] += time.time() - currentTime
#print("Player ", nextplayercolor, players[nextplayer].getPlayerName(), "plays" + str(move))
(x, y) = move
if not b.is_valid_move(nextplayercolor, x, y):
#print(otherplayer, nextplayer, nextplayercolor)
#print("Problem: illegal move")
break
b.push([nextplayercolor, x, y])
players[otherplayer].playOpponentMove(x, y)
nextplayer = otherplayer
nextplayercolor = othercolor
#print(b)
print("The game is over")
print(b)
(nbwhites, nbblacks) = b.get_nb_pieces()
print("Time:", totalTime)
print("Winner: ", end="")
f = open("result.txt", "a+")
if nbwhites > nbblacks:
print("WHITE")
f.write("Winner : White\n")
elif nbblacks > nbwhites:
print("BLACK")
f.write("Winner : Black\n")
else:
print("DEUCE")
f.write("Time :")
for item in totalTime:
f.write("%s " % item)
f.write("\n")
f.write("Nombre piece joueur Noir : %d\n" % nbblacks)
f.write("Nombre piece joueur Blanc : %d\n" % nbwhites)
f.write("\n\n")
f.close()
game.make_move(0,2)
print(game)
print()
game.make_move(2,2)
print(game)
print()
print("Second Game")
print()
game2 = Game()
p0 = humanPlayer()
p1 = randomPlayer()
players = [p0,p1]
count = 0
print (game2)
while True:
player = players[count%2]
count +=1
x,y = player.move(game2)
print(x,y)
is_over = game2.make_move(x,y)
print(game2)
print()
if is_over: break
print("Third Game")