def minimax(board, player, depth, n):
moves = get_moves(board, n)
if not moves:
return None
best_move = moves[0]
best_score = 0
for move in moves:
clone_board=gen_board(board,opp[player],move)
#print clone_board
if win(clone_board,opp[player],n):
return move
for move in moves:
clone_board=gen_board(board,player,move)
if win(clone_board,player,n):
return move
score = min_play(clone_board,opp[player],depth,n)
if best_score < score:
best_score = score
best_move = move
return best_move
def run_ai(game_param):
stop = False
if not main.win(game_param):
while not stop:
main.show_map(game_param)
variables = get_variables(game_param)
matrix = get_matrix_A_B(game_param, variables)
numbers = roundNumbers(pinv(matrix['A'], matrix['B']))
cells_actions = get_cells_actions(game_param, variables, numbers)
show_matrix(variables, matrix, numbers)
for cell in cells_actions:
main.apply_user_action(game_param, cell[0], cell[1])
if main.win(game_param) or main.lose(game_param, cell[1]):
stop = True
break
print("End game !")
def max_play(board, player, depth, n):
moves = get_moves(board,n)
if not moves or depth==0: evaluate(board,player,n)
best_score = float('-inf')
for move in moves:
clone_board = gen_board(board,player,move)
if win(clone_board,player,n):
return evaluate(clone_board,player,n)
score = max_play(clone_board,opp[player],depth-1, n)
if score > best_score:
best_score = score
return best_score
holeCards = ''.join(otherCards[1:])
holeCards = re.findall('..', holeCards)
if position == 1:
tmp = ourCards
ourCards = otherDudesCards
otherDudesCards = tmp
#print 'ourCards', ourCards
#print 'otherDudesCards', otherDudesCards
finished = False
if (len(ourCards) == len(otherDudesCards)) or (len(bets[-1]) > 0 and bets[-1][-1] == 'f'):
if len(ourCards) == len(otherDudesCards):
winner = main.win([ai2num(c) for c in ourCards],
[ai2num(c) for c in otherDudesCards],
[ai2num(c) for c in holeCards])
if winner == True:
outcome = 0.0
elif winner == False:
outcome = 1.0
else:
outcome = 0.5
elif lastBet(bets) == position and bets[-1][-1] == 'f':
outcome = 1.0
elif lastBet(bets) == 1 - position and bets[-1][-1] == 'f':
outcome = 0.0
for pbets in getPreviousLastBetStates(bets, position):
def make_play(player, action):
bets = flask.session['bets'].split('/')[-1]
raises = 0
if len(bets) > 0:
for b in bets:
if b == 'r':
raises += 1
raises -= 1
goesfirst = (player == 1 and flask.session['round'] == 0) or (player == 0 and flask.session['round'] > 0)
#print raises, bets
if (len(bets) == 0 and goesfirst):
choices = ['c', 'r', 'f']
elif (not goesfirst and len(bets) == 1 and bets[0] == 'c'):
choices = ['c', 'r']
elif raises >= 3:
choices = ['c', 'f']
else:
choices = ['c', 'r', 'f']
if flask.session['winner'] == -1 and action in choices:
#print "{0} does {1}".format(player, action)
flask.session['bets'] += action
playerString = 'player' if (flask.session['player'] == player) else 'computer'
if action == 'r':
if flask.session['round'] == 0 and len(bets) == 0:
#print 'f'
flask.session['wallet'][playerString] -= 6
flask.session['pool'][playerString] += 6
elif len(bets) == 0 or bets == 'c':
#print 'a'
flask.session['wallet'][playerString] -= 4
flask.session['pool'][playerString] += 4
else:
#print 'b'
flask.session['wallet'][playerString] -= 8
flask.session['pool'][playerString] += 8
elif action == 'c':
if flask.session['round'] == 0 and len(bets) == 0:
#print 'i'
flask.session['wallet'][playerString] -= 2
flask.session['pool'][playerString] += 2
elif len(bets) == 0:
#print 'g'
pass
else:
#print 'd'
flask.session['wallet'][playerString] -= 4
flask.session['pool'][playerString] += 4
elif action == 'f':
#print 'e'
flask.session['winner'] = 1 - player
winningPlayerString = 'computer' if playerString == 'player' else 'player'
flask.session['wallet'][winningPlayerString] += sum(flask.session['pool'].values())
flask.session['pool'] = { 'player' : 0,
'computer' : 0 }
return 'next'
#print 'here we are', bets, flask.session['bets'].split('/')[-1], action, flask.session['round'], choices, flask.session['winner']
if len(flask.session['bets'].split('/')[-1]) > 1 and action == 'c':
if flask.session['round'] == 0 and flask.session['winner'] == -1:
flask.session['cards'].append(flask.session['deck'].pop())
flask.session['cards'].append(flask.session['deck'].pop())
flask.session['cards'].append(flask.session['deck'].pop())
elif flask.session['round'] == 1 and flask.session['winner'] == -1:
flask.session['cards'].append(flask.session['deck'].pop())
elif flask.session['round'] == 2 and flask.session['winner'] == -1:
flask.session['cards'].append(flask.session['deck'].pop())
elif flask.session['round'] >= 3:
retVal = main.win([ai2num(card) for card in flask.session['hcards']],
[ai2num(card) for card in flask.session['ccards']],
[ai2num(card) for card in flask.session['cards']])
if retVal == 0:
retVal = 1 - flask.session['player']
elif retVal == 1:
retVal = flask.session['player']
if flask.session['winner'] != 234134:
if retVal != 2:
#print retVal
if flask.session['player'] == retVal:
winnerString = 'player'
else:
winnerString = 'computer'
#print flask.session['player'], 'won', winnerString
flask.session['wallet'][winnerString] += sum(flask.session['pool'].values())
flask.session['pool'] = { 'player' : 0,
'computer' : 0 }
else:
for player, value in flask.session['pool'].items():
flask.session['wallet'][player] += value
flask.session['pool'] = { 'player' : 0, 'computer' : 0 }
flask.session['winner'] = flask.session['player'] if (flask.session['player'] == retVal) else 1 - flask.session['player']
if flask.session['winner'] == -1:
flask.session['round'] += 1
flask.session['bets'] += '/'
flask.session['percent'] = main.estimate([ai2num(c) for c in flask.session['hcards']], [ai2num(c) for c in flask.session['deck'] + flask.session['ccards']], [ai2num(c) for c in flask.session['cards']])
return 'next'
return None
