class MacroStrategy:
def __init__(self, first = True):
self.micro_str = MicroStrategy(first)
self.micro_str.using_zombie = False
def checkForRevive(self):
if self.micro_str.using_zombie:
return
for i in xrange(256):
if 0 < self.micro_str.game.ar[self.micro_str.first][i][0] <= 10:
self.micro_str.using_zombie = True
return
def get_turn(self):
while True:
try:
for ar in self.micro_str.heal():
for k in xrange(6):
if self.micro_str.game.ar[1 - self.micro_str.first][k][0] == 0:
for ar2 in self.micro_str.ressurect(k):
yield ar2
yield ar
self.micro_str.heal_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.heal_slot][1]
if self.micro_str.using_zombie:
if self.micro_str.zombie_func != self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.zombie_slot][1]:
for ar in self.micro_str.make_zombie_cell():
for k in xrange(6):
if self.micro_str.game.ar[1 - self.micro_str.first][k][0] == 0:
for ar2 in self.micro_str.ressurect(k):
yield ar2
yield ar
self.micro_str.zombie_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.zombie_slot][1]
for ar in self.micro_str.attack_best_slot():
for k in xrange(6):
if self.micro_str.game.ar[1 - self.micro_str.first][k][0] == 0:
for ar2 in self.micro_str.ressurect(k):
yield ar2
if ar == "SAVEATTACK":
self.micro_str.attack_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.attack_slot][1]
elif ar == "SAVEAZ":
self.micro_str.a_z_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.attack_slot][1]
else:
yield ar
except:# EOFError:
yield (1, 'I', 0)
def __init__(self, first = True):
self.micro_str = MicroStrategy(first)
self.micro_str.using_zombie = False
class MacroStrategy:
def __init__(self, first = True):
self.micro_str = MicroStrategy(first)
self.micro_str.using_zombie = False
#self.micro_str.using_zombie = True
def checkForRevive(self):
if self.micro_str.using_zombie:
return
for i in xrange(256):
if 0 < self.micro_str.game.ar[self.micro_str.first][i][0] <= 10:
self.micro_str.using_zombie = True
return
def write_to_log(self, s):
return
f.write(str(self.micro_str.game.moves_cnt) + "\t" + s + "\n")
f.flush()
def get_turn(self):
while True:
#for i in xrange(2):
try:
self.write_to_log("Start healing")
for ar in self.micro_str.heal():
for k in xrange(6):
if self.micro_str.game.ar[1 - self.micro_str.first][k][0] == 0:
self.write_to_log("Ressurecting " + str(k))
for ar2 in self.micro_str.ressurect(k):
yield ar2
yield ar
self.write_to_log("Healing done")
self.micro_str.heal_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.heal_slot][1]
if self.micro_str.using_zombie:
if self.micro_str.zombie_func != self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.zombie_slot][1]:
self.write_to_log("Making zombie func")
for ar in self.micro_str.make_zombie_cell():
for k in xrange(6):
if self.micro_str.game.ar[1 - self.micro_str.first][k][0] == 0:
self.write_to_log("Ressurecting " + str(k))
for ar2 in self.micro_str.ressurect(k):
yield ar2
yield ar
self.micro_str.zombie_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.zombie_slot][1]
self.write_to_log("Stop making zombie func")
self.write_to_log("Start attack " + str(self.micro_str.using_zombie))
for ar in self.micro_str.attack_best_slot():
for k in xrange(6):
if self.micro_str.game.ar[1 - self.micro_str.first][k][0] == 0:
self.write_to_log("Ressurecting " + str(k))
for ar2 in self.micro_str.ressurect(k):
yield ar2
yield ar
if self.micro_str.using_zombie:
self.micro_str.a_z_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.attack_slot][1]
else:
self.micro_str.attack_func = self.micro_str.game.ar[1 - self.micro_str.first][self.micro_str.attack_slot][1]
self.write_to_log("Attack done")
#self.micro_str.game.whow_state()
except EOFError: #TODO: remove
yield (1, 'I', 0)
