def init():
global running
global window
global clock
pygame.init()
running = True
window = pygame.display.set_mode((config.WIDTH, config.HEIGHT))
pygame.display.set_caption("Chess")
clock = pygame.time.Clock()
drawer.window = window
board.init(window)
def main():
print('\nAlephT Ultimate Tic Tac Toe Engine by Geo')
print('For information about the game type \'info\'')
board.init()
board.printb()
while board.state == 0:
while (not board.set_pos(1, get_move('X: '))):
pass
board.printb()
if board.state != 0:
return
while (not board.set_pos(-1, get_move('O: '))):
pass
board.printb()
if board.state != 0:
return
def play():
b = board.init()
for round in range(1,9):
b = turn(b)
board.draw(b)
c = state.find_cycle(b)
if c:
pass
if state.won(b):
break
def play():
b = board.init()
for r in range(9):
b = turn(r, b)
board.draw(b)
c = state.find_cycle(b)
if c:
pos, symbol = prompt_resolve(r, c)
b = state.collapse(b, pos, symbol)
if state.won(b):
print "Player %d won!" % playernum(r)
break
def setgame():
global mousedown, keydown
mousedown, keydown = game.mousedown, game.keydown
board.init(loadfrom='map/example')
game.register()
def setneweditor():
global mousedown, keydown
mousedown, keydown = editor.mousedown, editor.keydown
board.init()
editor.register()
def seteditor():
global mousedown, keydown
mousedown, keydown = editor.mousedown, editor.keydown
board.init(loadfrom='map/example')
editor.register()
def init(gametype):
global players, items, remplayers
global ucolors, udevs, devs, colors
global numbersend, lives, netgame
global blue, pink, green, red, orange,cyan
global nlpr, cont
blue = (0,0,255)
pink = (255,20,147)
green =(0,128,0)
red = (255,0,0)
orange = (255,165,0)
cyan= (0,255,255)
if gametype != "join" :
list = os.listdir("maps")
list.sort()
mapname = menu.choose ("Select the map:",\
[{ "label" : file, "value" : file} for file in list])
if mapname == None :
return False
board.init ("maps/"+ mapname)
items = {}
# Get Game options
boolean = [ { "label" : "On", "value": True },
{ "label" : "Off", "value": False }
]
multioptions = [ \
{ "description" : "NLPR: ", \
"name" : "nlpr", \
"options" : boolean, \
"default" : False, \
}, \
{ "description" : "Continue: ", \
"name" : "cont", \
"options" : boolean, \
"default" : False, \
}, \
{ "description" : "End with numbers: ", \
"name" : "numbersend", \
"options" : boolean, \
"default" : True, \
}, \
{ "description" : "Players: ", \
"name" : "nplayers", \
"default" : 2, \
"options" : [ { "label" : str(x), "value" : x} \
for x in range(1,5) \
] \
}]
if gametype == "1p":
multioptions = []
options = menu.select ("Select Game Options", \
multioptions + \
[{ "description" : "Lives: ", \
"name" : "lives", \
"default" : 5, \
"options" : [ { "label" : str(x), "value" : x } \
for x in [1, 2, 3, 4, 5, 10, 20, 50, 64, 100, 256]]} \
])
if options == None:
return False
if gametype == "1p":
nlpr = False
cont = False
nplayers = 1
numbersend = True
else:
nlpr = options["nlpr"]["value"]
cont = options["cont"]["value"]
nplayers = options["nplayers"]["value"]
numbersend = options["numbersend"]["value"]
lives = options["lives"]["value"]
# Get Players
ucolors = set()
udevs = set()
colors = [blue, pink, green, red, orange, cyan]
devs = [("Keypad", "keypad"), \
("Computer", "ai"), \
("Keyboard (wasd)", "keyboard"), \
("Vim Keys (hjkl)", "vim"), \
("Netwrok", "net") \
]
players = []
netgame = False
for i in range(nplayers):
player = getplayer(str(i+1))
if player == None:
return None
players.append(player)
if netgame:
# network.startserver()
for player in players:
if player.dev == "net":
if network.waitfor(player) == None:
network.sendinfo (player, board.dim, board.obstacles)
return None
renderer.updateboard()
remplayers = nplayers
return True
if sudoku.get(x, y) != 0: # if cell is not empty
return solve(sudoku, x + 1, y) # go to next cell
else:
for nr in range(1, 10): # go through all the options
if sudoku.canPut(x, y, nr): # if the nr can be put
sudoku.set(x, y, nr) # set value
solved = solve(sudoku, x + 1, y) # go to next cell
if solved: # if solved
return True # sudoku is solved, return
else: # otherwise
sudoku.set(x, y, 0) # make the cell empty again
# if we went through all the values it's a dead end
return False # go back to previous cell
board.init()
help = TextBox(x=board.width + 2, y=1, width=16, height=board.height)
help.message("")
sudoku = readFromFile('test.sdk')
board.show(sudoku)
start = time()
solve(sudoku, 0, 0)
end = time()
board.show(sudoku)
board.end()
print("time = {0}".format(end - start))