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class character():

    def __init__(self, name, npc):
        #character properties
        self.npc = npc
        self.name = name
        self.level = 1
        #character status values
        self.strengh = 10
        self.vitality = 100
        self.defense = 5
        self.dextery = 15
        self.combat_experience = 100
        #abilitys
        self.attacks = {1: "Kick", 2: "Punch"}
        #base damage
        self.base_damage = int(self.strengh + (self.dextery / 3) +
        (self.combat_experience / 10))

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class Skills():

    def __init__(self, character_instance):
        self.chara = character_instance

    def Punch(self):
        self.punch_dmg = int(self.chara.base_damage + 10)
        return self.punch_dmg

    def Kick(self):
        self.kick_dmg = int(self.chara.base_damage + 5)
        return self.kick_dmg

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def attack(player):
# argument "player" is the character instance
    atk_input = None
    if player.npc is True:  # check if "player" is a npc
        atk_input = random.randint(1, 2)
    elif player.npc is False:  # check if "player" is a player
        print("-----------")
        for attack_id, attack_name in player.attacks.items():
            print(attack_id, attack_name)
        atk_input = int(input(prompt))
        attack = player.attacks[atk_input]  # name of the attack

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1 Kick
2 Punch

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class character():

    def __init__(self, name, npc):
        ...
        self.attacks = {1: attack('kick',5), 2: attack('punch',5)}
        ...

    def attacks(self,opponent,attackNr):
        a = self.attacks[i]
        print a.name
        opponent.vitality -= int(self.chara.base_damage + a.damage)


class attack():

    def __init__(self,name,damage):
        self.name
        self.damage
        ...

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class Character():
    ....
    self.attacks = [('Kick', lambda: self.base_damage + 5),
                        ('Punch', lambda: self.base_damage + 10)]
    ....
    for i, attack in enumerate(self.attacks, 1):
        name, _ = attack
        print("%d: %s" % i, name)
    choice = int(input(prompt))
    name, dmg_function = self.attacks[choice - 1]
    ....

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def attacks(self,opponent,attackNr):
    a = self.attacks[[b]attackNr[/b]]

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dude = character("dude", False)
dude.attacks(enemy, 1)

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class car(object):

    def __init__(self, name, ps, sitze):
        self.name = name
        self.ps = ps
        self.sitze = sitze

    def ausgabe(self):
        print(self.name, self.ps)


dict_opel = {"name:": "Opel", "PS:": 300, "sitze:": 4}
dict_mazda = {"name:": "Familywagen:", "PS:": 100, "sitze:": 5}
dict_porsche = {"name:": "Sportwagen:", "PS:": 500, "sitze:": 2}
dict_audi = {"name:": "Audi A8", "PS:": 500, "sitze:": 4}

autos = [dict_opel, dict_mazda, dict_porsche, dict_audi]

x = []

print("Wähle ein Auto")
for index, obj in enumerate(autos):
    print(index, autos[index]["name:"])
    x.append(car(obj["name:"], obj["PS:"], obj["sitze:"]))


auto = int(input(">>"))
print("Du steigst in den {0} ein und fährst davon", x[auto].name)

print("--"*10)
for index, car in enumerate(x):
    print(index, car.name)

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class Car():
    def __init__(self, name, ps, size):
        self.name = name
        self.ps = ps
        self.size = size

    def __str__(self):
        return '%s %s' % (self.name, self.ps)
    

cars = [Car(*attr) for attr in [('Opel', 300, 4),
                               ...
                           ]]

print('Wähle ein Auto:')
for i, car in enumerate(cars):
    print(i, car.name)
...

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...
autos_dude = [dict_opel, dict_mazda, dict_porsche, dict_audi]
autos_enemy = [dict_porsche, dict_audi]
...