def mainloop(player0, player1):
player0_char = attack.characters[player0]
player1_char = attack.characters[player1]
player0_char["health"] = attack.max_health(player0)
player1_char["health"] = attack.max_health(player1)
dmg = round(attack.attack(player0, player1, True, True),1)
print player0, "sneak-attacks", player1, "for", dmg, "damage!", "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
time.sleep(1)
while round(player0_char["health"],1) > 0 and round(player1_char["health"],1) > 0:
if round(player1_char["health"],1) > 0:
dmg = round(attack.attack(player1, player0, False, True),1)
if dmg > 0:
print random.choice(ATTACKS).replace("%e",player0).replace("%p",player1).replace("%d",str(dmg)), "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
else:
print player1, "misses", player0, "completely!", "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
time.sleep(1)
if round(player0_char["health"],1) > 0:
spell = ""
if _MAGIC:
spell = raw_input("Spell: ")
if spell == "":
dmg = round(attack.attack(player0, player1, False, True),1)
if dmg > 0:
print random.choice(ATTACKS).replace("%e",player1).replace("%p",player0).replace("%d",str(dmg)), "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
else:
print player0, "misses", player1, "completely!", "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
time.sleep(1)
else:
dmg = round(attack.attack(player0, player1, False, True, spell),1)
if dmg > 0:
print random.choice(MAGIC).replace("%e",player1).replace("%p",player0).replace("%d",str(dmg)), "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
else:
print player0, "misses", player1, "completely!", "\n", player0 + ":", round(player0_char["health"],1), "hp,", player1 + ":", round(player1_char["health"],1), "hp\n"
time.sleep(1)
if round(player0_char["health"],1) > 0:
print random.choice(KILLS).replace("%e",player1).replace("%p",player0)
print "VICTOR:", player0
elif round(player1_char["health"],1) > 0:
print random.choice(KILLS).replace("%e",player0).replace("%p",player1)
print "VICTOR:", player1
else:
print player0, "and", player1, "killed each other!"
print "VICTOR: no-one"
def buildDatabase(monFilePath, elementFilePath, attacksFilePath):
#open files
monFile = open(monFilePath, 'r')
elementFile = open(elementFilePath, 'r')
attackFile = open(attacksFilePath, 'r')
#create monList
#ignore first line
monFile.readline()
#readlines
lines = monFile.readlines()
monList = []
#split line and append new mon to monList
for member in lines:
mLineInfo = member.split()
monList.append(databaseMon(mLineInfo[0], mLineInfo[1], mLineInfo[2], mLineInfo[3], mLineInfo[4], mLineInfo[5], mLineInfo[6], mLineInfo[7], mLineInfo[8], mLineInfo[9] ))
#print ("MonList[3] points: %s" % (monList[3].points))
#create elementList
#ignore first line
elementFile.readline()
#readlines
lines = elementFile.readlines()
elementList = []
#split line and append new element to elementList
for member in lines:
eLineInfo = member.split()
elementList.append(element(eLineInfo[0], eLineInfo[1], eLineInfo[2] ))
#test
#for member in elementList:
#print ("name: %s strength: %s weakness: %s " %( member.name, member.strength, member.weakness))
#create attackList
#ignore first line
attackFile.readline()
#readlines
lines = attackFile.readlines()
attackList = []
#split line and append new attack to attackList
for member in lines:
aLineInfo = member.split()
#print"%s %s %s %s %s %s %s "%(aLineInfo[0], aLineInfo[1], aLineInfo[2], aLineInfo[3], aLineInfo[4], aLineInfo[5], aLineInfo[6])
attackList.append(attack(aLineInfo[0], aLineInfo[1], aLineInfo[2], aLineInfo[3], aLineInfo[4], aLineInfo[5], aLineInfo[6]))
#test
#for member in attackList:
#print ("name: %s element: %s : accuracy%s " %( member.name, member.element, member.accuracy))
return monList, elementList, attackList
attacker_char["armor"] = atkarmor
prev_dmg = 0
i = 0
for weapon in attack.weapons:
target_char["weapon"] = weapon
for armor in attack.materials:
if armor == "cloth":
continue
target_char["armor"] = armor
good_dmg = 0
for i in xrange(100):
good_dmg += attack.attack(attacker, target, False)
good_dmg /= 100
bad_dmg = 0
for i in xrange(100):
bad_dmg += attack.attack(target, attacker)
bad_dmg /= 100
#print weapon, armor, dmg, bad_dmg
dmg = good_dmg - bad_dmg
#print weapon, armor, dmg
prev_dmg += dmg
i += 1
#!/usr/bin/env python3
import attack
import sys
seed = 0
attempts = 0
for i in range(1, 10000):
_, rc = attack.attack("wotsp_faulty_sigmas.txt", 20, 100, seed)
if rc == -1:
print("ERROR: forgery failed!")
else:
attempts += rc
print(f"{rc};{attempts};{attempts/i};")
sys.stdout.flush()
seed += 1
their_health = 100
elif(new_or_load == 'l'):
health_values = []
with open("save_file.txt","r") as load_file:
for item in load_file.read().split("\n"):
health_values.append(item)
my_health = int(health_values[0])
their_health = int(health_values[1])
else:
print("New Game then")
attack.print_status(my_health, their_health)
while(win == False):
my_pick = input("Pick attack(a), block(b), quit(q) save(s): ")
their_pick = attack.their_pick()
if(my_pick =='a' and their_pick == 'a'):
their_health = attack.attack(their_health,my_damage)
my_health = attack.attack(my_health,their_damage)
elif(my_pick == 'a' and their_pick == 'b'):
their_health = attack.block(their_health,my_damage)
elif(my_pick == 'b' and their_pick == 'a'):
my_health = attack.block(my_health,their_damage)
elif(my_pick =='b' and their_pick =='b'):
print ("Whoosh!")
elif(my_pick == 's'):
with open("save_file.txt","w+") as save_file:
save_file.write(str(my_health)+"\n")
save_file.write(str(their_health)+"\n")
break
elif(my_pick =='q'):
print("Quit!")
break
attacker = "septeract"
attacker_char = attack.characters[attacker]
prev_dmg = -1000000
best_weapon = "ERROR"
best_armor = "ERROR"
for weapon in attack.weapons:
attacker_char["weapon"] = weapon
for armor in attack.materials:
attacker_char["armor"] = armor
dmg = 0
for i in xrange(100):
dmg += attack.attack(attacker, target)
dmg /= 100
bad_dmg = 0
for i in xrange(100):
bad_dmg += attack.attack(target, attacker)
bad_dmg /= 100
#print weapon, armor, dmg, bad_dmg
dmg -= bad_dmg
#print weapon, armor, dmg
if dmg > prev_dmg:
prev_dmg = dmg
smodel = resnext50_32x4d()
smodel = NormalizedModel(smodel, image_mean, image_std)
state_dict = torch.load(args.surrogate_model_path)
smodel.load_state_dict(state_dict)
smodel.eval().to(device)
# Sanity check: image correctly labeled by surrogate classifier:
assert smodel(t_img).argmax() == label
surrogate_models = [smodel]
attacks = [DDN(100, device=device), FGM_L2(1)]
adv = attack(black_box_model,
surrogate_models,
attacks,
img,
label,
targeted=False,
device=device)
pred_on_adv = black_box_model(adv)
print('True label: {}; Prediction on the adversarial: {}'.format(
label, pred_on_adv))
# Compute l2 norm in range [0, 1]
l2_norm = np.linalg.norm(((adv - img) / 255))
print('L2 norm of the attack: {:.4f}'.format(l2_norm))
print('Saving adversarial image to "data/adv.png"')
imsave('data/adv.png', adv)
