def do_turn(): #bot throws the dice, chooses what unit to move and does so
if game.memo.rolls == 0:#cant do a turn anymore anyway
next_pl()
return
player = game.memo.act_pl
if not game.rules.chessmod
game.throw_the_dice("bot")
if game.memo.may_spawn:
possibs =game.memo.act_pl.units
for i in [3,2,1,0]:
if possibs[i].cond != 0:
possibs.remove(i)
selection = possibs[random.randint(0,len(possibs)-1)]
game.actio([3],game.memo.act_pl,selection)
return
else:
#ordinary turn
selection = find_smartest(player,game.memo.dice)[0:2]
game.actio([selection[1],game.memo.dice], player, selection[0])
return
else:
selection = find_smartest_chess(player)[0:2]
game.throw_the_dice(selection[1])
game.actio([selection[1],game.memo.dice],player,selection[0])
return
def networkPoll(self):
data = network.getInput()
for e in data:
a = e[0] # adress
e = e[1] # message
# print e
if e[0] == "g": # gamestart
game_start("lan", self.pl)
elif e[0] == "d":
if network.hosting:
network.send(e, a, True)
game.throw_the_dice("butter", inp=int(e[1]))
elif e[0] == "z":
if network.hosting:
print("MUHAHAHA") # this is called repeatedly
network.send(e, a, True)
game.actio(int(e[2]), None, int(e[1]), fr=True) # actio(doing,player,unit)
elif e[0] == "o": # optionsaenderung #TODO might not work, hasnt been tested
if e[1] == "c": # change chessmod
self.optwindow.chessmod.set_active(int(e[1]))
# self.optwindow.chessmod.toggled()
elif e[1] == "j": # change jumps
self.optwindow.check_jumps.set_active(int(e[1])) # TODO geht nicht, und nur host darf das aendern
else:
continue
elif e[0] == "s": # spieleraenderung
try:
num = int(e[1]) # which player
except:
continue
if e[2] == "n": # name
self.names[num].set_text(e[3:])
elif e[2] == "c": # controlled how
t = {"h": 0, "n": 3, "b": 2, "c": 1}[e[3]]
self.sel_but[num].set_active(t)
else:
continue
elif e[0] == "e": # end of turn
if network.hosting: # send it to everyone else
network.send("e", adress=a, n=True)
game.next_pl("nw")
else: # nix
continue
return 1