def test_correct_names_are_accepted():
interface = TestInterface()
interface.add_input_expectation('abc')
interface.add_input_expectation('def')
tictactoe = games.TicTacToe(interface)
tictactoe.initialize()
assert(tictactoe.players == ['abc', 'def'])
def test_names_should_not_be_the_same():
interface = TestInterface()
interface.add_input_expectation('cat')
interface.add_input_expectation('cat')
interface.add_input_expectation('human')
tictactoe = games.TicTacToe(interface)
tictactoe.initialize()
assert(tictactoe.players == ['cat', 'human'])
def test_long_names_are_rejected():
interface = TestInterface()
interface.add_input_expectation('daenerys targaryen the unburnt')
interface.add_input_expectation('daenerys')
interface.add_input_expectation('ulfric stormcloak the bear of markath')
interface.add_input_expectation('ulfric')
tictactoe = games.TicTacToe(interface)
tictactoe.initialize()
assert(tictactoe.players == ['daenerys', 'ulfric'])
def test_empty_name_should_be_repeated():
interface = TestInterface()
interface.add_input_expectation('')
interface.add_input_expectation('abc')
interface.add_input_expectation('')
interface.add_input_expectation('def')
tictactoe = games.TicTacToe(interface)
tictactoe.initialize()
assert(tictactoe.players == ['abc', 'def'])
def buildGame(brd):
#This function builds the game based off of the input.
ttt = games.TicTacToe()
gBoard, mv = buildBoard(brd)
turn = findTurn(brd)
util = checkForTerminal(brd, mv)
my_state = games.GameState(to_move=turn,
utility=util,
board=gBoard,
moves=mv)
return ttt, my_state
def test_mcts():
import games
margin = 0.5
tests = [([0, -1, 0, 0, 1, 0, 0, 0, 0, 1], 1),
([0, 1, 0, 0, -1, 0, 0, 0, 0, -1], -1),
([0, 0, 0, 0, 0, 0, 0, 0, 0, 1], 0)]
for test in tests:
state, score = test
# TODO: Move this decoding state logic in games.py
t = games.TicTacToe(board=state[:9], turn=state[-1])
mcts = MCTS(t)
for _ in range(1000):
mcts.step()
# forced white win
mcts_score = mcts.root.avg_reward()
assert abs(mcts_score -
score) < margin, f'got {mcts_score} want {score} pos: {t}'
import games
game = games.TicTacToe()
state = game.initial
#print games.play_game(game, games.random_player, games.alphabeta_player)
player = 'X'
while True:
print "Jugador a mover:", game.to_move(state)
game.display(state)
if player == 'O':
coor_str = raw_input("Movimiento x,y: ")
coor = str(coor_str).strip().split(",")
x, y = int(coor[0]), int(coor[1])
state = game.make_move((x, y), state)
player = 'X'
else:
print "Thinking..."
#move = games.minimax_decision(state, game)
move = games.alphabeta_full_search(state, game)
state = game.make_move(move, state)
player = 'O'
print "-------------------"
if game.terminal_test(state):
game.display(state)
print "Final de la partida"
def __init__(self, bot):
self.tictac = games.TicTacToe()
self.pokemon = Pokedex()
self.bot = bot
self.insult = Insults()
self.names = {
"walk": "walkstr8t",
"soba": "cold..soba",
"ella": "ellamenope",
"child": "creature",
"cweature": "creature",
"kierkegaard": "creature",
"wife-e": "macey",
"wife": "macey",
"meika_": "meika",
"nabb-e": "nabbit",
"shift": "makeshiftartist",
"makeshift": "makeshiftartist",
"d'arby": "darby",
"kratos": "darby",
}
self.friends = {
"defy": {
"message": "f**k me",
"reacts": ["👉", "👌"],
"id": 625719520127877136,
},
"walkstr8t": {
"message": "put on the cat ears",
"reacts": [u"\U0001f43e"],
"id": 456972240311943170,
},
"cesar": {
"message": "Shut the f**k up",
"reacts": ["<a:spinpikachu:796939118571421747>"],
"id": 691099809720958980,
},
"cold..soba": {
"message": "Put on the maid outfit ",
"reacts": [u"\U0001f52b"],
"id": 773690510698741760,
},
"creature": {
"message": "lblblbllblblllbllbllblblbl",
"reacts": [u"\U0000fe0f"],
"id": 425665226721984514,
},
"macey": {
"message": "*Gay screams*",
"reacts": [u"\U0001F3F3\uFE0F\u200D\U0001F308"],
"id": 756323850257563709,
},
"meika": {
"message": "**pisses aggressively**",
"reacts": ["<:doitagain:798790082009235476>"],
"id": 527342369729806336,
},
"nabbit": {
"message":
"I'm fast. Faster than you. That's all you need to know",
"reacts": [u"\U0001f344"],
"id": 651244875915853825,
},
"ellamenope": {
"message": "ily \U0001f642 hugs",
"reacts": [u"\U0001f49c"],
"id": 645783211955322961,
},
"makeshiftartist": {
"message": "Your toes, hand 'em over",
"reacts": [u"\U0001f608"],
"id": 386839413935570954,
},
"darby": {
"message":
"Do that again and I'll f**k you \U0001f924\U0001f609",
"reacts": [],
"id": 670135524396367872,
},
}
turn = 'Computer'
# Computer turn
else:
move = games.alphabeta_player(game, state)
print('The ' + turn + ' made a move')
# update the game state
state = game.result(state, move)
# game.display(state)
turn = 'Player'
if game.terminal_test(state):
game.display(state)
return
# decide who goes first
def firstMove():
if random.randint(0, 1) == 0:
return 'Computer'
else:
return 'Player'
if __name__ == "__main__":
game = games.TicTacToe() # create a new game object
play_ttt(game) # play the game
#!/bin/python import games interface = games.TerminalInterface() tictactoe = games.TicTacToe(interface) tictactoe.play()