def __init__(self):
self.hp = dice_roll(6,1,10)
if self.hp < 35:
self.hp = 35
self.dexterity = dice_roll(3,2,6)
self.exp = 400 + self.hp*5
self.numattacks = 2
def __init__(self):
self.hp = dice_roll(8,5,10)
if self.hp < 55:
self.hp = 55
self.dexterity = dice_roll(4,1,6)
self.exp = 500 + self.hp*5
self.numattacks = 1
def __init__(self):
# doing it this way gives a higher probability of the HP being low, with the occasional ubermensch double hp spider
# also, this is a perfect of example of when to use the self.var assignment versus dgvars, as these are individual to each instance
self.hp = dice_roll(3,3,10)
if self.hp < 15:
self.hp = 15
self.dexterity = dice_roll(2,1,6)
self.exp = 35 + self.hp*2
self.numattacks = 1
def attack(self, monster_name):
roll = randint(1,10)
if roll <= 6:
print spider_attack(1, monster_name)
return dice_roll(4,1,8)
elif roll > 6 and roll < 9:
print spider_attack(2, monster_name)
return 0
else:
print spider_attack(3, monster_name)
return dice_roll(6,3,6)
def attack(self, monster_name):
roll = randint(1,10)
if roll <= 5:
print spider_attack(1, monster_name)
return dice_roll(2,2,5)
elif roll > 5 and roll < 9:
print spider_attack(2, monster_name)
return 0
else:
print spider_attack(3, monster_name)
return dice_roll(4,2,5)
def __init__(self):
self.hp = dice_roll(10,20,40)
self.dexterity = dice_roll(2,1,5)
self.exp = 10000 + self.hp*5
self.numattacks = 1
