def getplayer(pnum):
global netgame
menuname = { "name" : "name", "label" : "Player " + pnum , "description" : "Name: "}
menudev = { "description" : "Control: ", \
"name" : "dev", \
"options": \
[ { "label" : label, "value": dev } \
for label,dev in devs if dev not in udevs \
] \
}
menucolor = { "name" : "color",
"options" :
[ {"label" : "color", "value" : color }
for color in colors if color not in ucolors
]
}
values = menu.select ("Select Player " + pnum, [ menuname, menudev, menucolor ])
if values == None:
return None
color = values["color"]["value"]
name = values["name"]
dev = values["dev"]["value"]
ucolors.add(color)
# Same players can not use the same device but ai and net are ok!
if dev not in [ "ai", "net" ]:
udevs.add(dev)
if dev == "net":
netgame = True
return Player (name, dev, color, lives)
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
vvect = 3
if (x == "b1"):
i = scrh.index(x)
bvect = 1
if (scrh[i + 1] == "b2"):
i = i + 1
bvect = 2
if (scrh[i + 1] == "b3"):
bvect = 3
if (x == "v2" or x == "b2"): continue
if (x == "v3" or x == "b3"): continue
if (vvect == 0 and bvect == 0):
entries.append(x)
options.append(['YES', 'NO'])
default.append('YES')
elif (vvect == 2):
entries.append('Velocity')
options.append(['YES', 'NO'])
default.append('YES')
elif (bvect == 2):
entries.append('Magnetic field')
options.append(['YES', 'NO'])
default.append('YES')
print entries
selection = ''
selection = menu.select(entries, options, default, 'Input')
i = scrh.index(x)
bvect = 1
if (scrh[i+1] == "b2"):
i = i + 1
bvect = 2
if (scrh[i+1] == "b3"):
bvect = 3
if (x == "v2" or x == "b2"): continue
if (x == "v3" or x == "b3"): continue
if (vvect == 0 and bvect == 0):
entries.append(x)
options.append(['YES','NO'])
default.append('YES')
elif (vvect == 2):
entries.append('Velocity')
options.append(['YES','NO'])
default.append('YES')
elif (bvect == 2):
entries.append('Magnetic field')
options.append(['YES','NO'])
default.append('YES')
print entries
selection = ''
selection = menu.select(entries,options,default,'Input')