from random import choice, randint

class Player(object):
    """Class to represent the player. Takes a name and the healthpoints as parameters."""
    def __init__(self, name, life):
        self.name = name
        self.life = life
        self.alive = True
        self.defend = False
        self.attacks = [ ("Slap", 5, 95)
                       , ("Frying pan", 10, 80)
                       , ("Kick to the groin", 80, 10)
                       , ("Defend", None) ]

    def get_hit(self, damage):
        print "%s (%d HP) got hit for %d damage!" % (self.name, self.life, damage)
        self.life -= damage
        if self.life < 0:
            self.alive = False

    def choose_attack(self):
        print "Choose an attack:"
        for i, attack in enumerate(self.attacks):
            if attack[1] is None:
                print "\t(%d) Defend (-50%% chance to get hit)" % i
            else:
                name, damage, chance = attack
                print "\t(%d) %s (Damage: %d, %d%%)" % (i, name, damage, chance)
        # no error checking, because I'm lazy \o/
        choice = int(raw_input("Choose now: "))
        return self.attacks[choice]


class Enemy(object):
    """Class to represent the enemy. Takes a name and the healthpoints as parameters."""
    def __init__(self, name, life):
        self.name = name
        self.life = life
        self.alive = True
        self.defend = False
        self.attacks = [ ("Claw", 5, 95)
                       , ("Rake", 20, 60)
                       , ("Defend", None, None) ]

    def get_hit(self, damage):
        print "%s (%d HP) got hit for %d damage!" % (self.name, self.life, damage)
        self.life -= damage
        if self.life < 0:
            self.alive = False

    def choose_attack(self):
        return choice(self.attacks)


if __name__ == "__main__":
    mausi = Player("Mausi", 100)
    ben = Enemy("Ben", 70)

    while True:
        mausi_attack = mausi.choose_attack()
        ben_attack = ben.choose_attack()

        if mausi_attack[1] is None:
            mausi.defend = True
        else:
            mausi.defend = False
        if ben_attack[1] is None:
            ben.defend = True
        else:
            ben.defend = False

        if not mausi.defend:
            _, damage, chance = mausi_attack
            if ben.defend: chance -= 50
            if chance > randint(0, 100):
                ben.get_hit(damage)

        if not ben.defend:
            _, damage, chance = ben_attack
            if mausi.defend: chance -= 50
            if chance > randint(0, 100):
                mausi.get_hit(damage)

        if not mausi.alive:
            print "You are dead."
            break

        if not ben.alive:
            print "You win!"
            break

        print "%s life: %d -- %s life: %d" % (mausi.name, mausi.life, ben.name, ben.life)