Generate a list of games as prolog deffacts using a simple python program.

GenerateGames.py

from random import randint

games = [] # It's a list og games where each element is a dictionary {'name': '', 'type':'', 'used': False|True}

cons_type       = ['inteligencia','deporte','aventura','familiar']
cons_numPlayers = ['uno', 'dos', 'MasDeDos']
cons_difficulty = ['facil', 'media', 'dificil']
cons_time       = ['poco', 'medio', 'mucho'] 
cons_age        = ['TP', 'Mas13', 'Mas18']

names = {
    'inteligencia' : ['Trivial', 'Damas', 'Apalabrados', 'Pasapalabra', 'Memory', 'Sopa de letras', 'Cut and slice', 'Logo Quiz', 'Logic Master', 'Carrera de mente', 'Mastermind', 'Tingly Brain trainer', 'La forma', 'Liquid Measure', '2048', 'Sliding Cubes 2', 'Linx', 'Romper Codigos'],
    'deporte' :  ['TrivialSport', 'Tennis', 'Basket', 'Volleyball', 'Formula1', 'MotoGP', 'Nautica', 'Paddel', 'Bandminton', 'Boxeo', 'Beisbol', 'Wrestling', 'Bodyboard', 'Golf', 'Karate', 'Lacrosse', 'Karting'],
    'aventura' : ['Serpientes en el desierto', 'Planeta calleja', 'Desafio extremo', 'Himalaya', 'Spain', 'Madrid', 'Londres', 'Hamburgo', 'Dunas', 'Desierto Sahara', 'Lagos del mundo', 'World mountains', 'Geografiame', 'Machupichu', 'Amazonas', 'Egipto'],
    'familiar' : ['Monopoly', 'Mario Kart', 'Solitario familiar', 'Libro de la jungla', 'El crucero', 'Lobos', 'Panteras', 'El consejo de brujas', 'Mario bros', 'Mario kart', 'Domino', 'Bubble Chamrs', 'Zol the scape','Cake topping', 'Sushi Slider', 'Candy Crash', 'Playmovil']
}

#Recibe una lista con juegos que quieres guardar y el nombre del grupo
def composeGames(gameList, groupName):
    i = 0
    for name in gameList:
        games.append({
            'name' : name,
            'type' : groupName,
            'used' : False
        })
        i += 1

for _typeName in cons_type:
    print _typeName
    composeGames(names[_typeName], str(_typeName));

class game:
    def __init__(self, name, type, numPlayers=None, difficulty=None, time=None, price=0, age=None):
        self.name = name
        self.type = type
        self.numPlayers = cons_numPlayers[randint(0, len(cons_numPlayers)-1)]
        self.difficulty = cons_difficulty[randint(0, len(cons_difficulty)-1)]
        self.time = cons_time[randint(0, len(cons_time)-1)]
        self.price = randint(5, 35) # Random number greater than 3 to 50
        self.age = cons_age[randint(0, len(cons_age)-1)]

    def convertToProlog(self):
        conversion = ''
        conversion += '(juego'
        conversion += '(nombre "%s")' % self.name
        conversion += '(tipoJuego %s)' % self.type
        conversion += '(numeroJugadores %s)' % self.numPlayers
        conversion += '(dificultad %s)' % self.difficulty
        conversion += '(tiempoJuego %s)' % self.time
        conversion += '(precio %d)' % self.price
        conversion += '(edadRecomendada %s))' % self.age
        return conversion

def genereateGames(games):
    for g in games:
        g = game(g['name'], g['type'])
        print g.convertToProlog()

print len(games)
genereateGames(games)