def classRace(self):
return random.choice([
random.choice(races.elves),
races.HalfElf(),
races.Human(),
random.choice(races.gnomes)
])
def classRace(self):
return random.choice([
races.Tiefling(),
races.Human(),
races.HalfElf(),
races.Dragonborn()
])
def classRace(self):
return random.choice([
races.Dragonborn(),
random.choice(races.dwarfs),
races.HalfOrc(),
races.Human()
])
def classRace(self):
return random.choice([
random.choice(races.elves),
races.HalfElf(),
races.Human(),
races.Tiefling()
])
async def make_race(ctx, race_cls, subrace: str = ""):
if race_cls == races.Elf:
return races.Elf(subrace)
if race_cls == races.Human:
return races.Human()
if race_cls == races.Dragonborn:
return races.Dragonborn(subrace)
if race_cls == races.Dwarf:
return races.Dwarf(subrace)
if race_cls == races.Gnome:
# you've been gnomed
return races.Gnome(subrace)
if race_cls == races.Halfling:
return races.Halfling(subrace)
if race_cls == races.HalfOrc:
return races.HalfOrc()
if race_cls == races.Tiefling:
return races.Tiefling()
raise ValueError(f'race {race_cls} does not exist')
import argparse
import races
# import goblin
game = open("myGame.txt", "w")
parser = argparse.ArgumentParser(description='SakaRPG')
parser.add_argument('-c',
'--create',
type=str,
metavar='',
help="create a new character")
args = parser.parse_args()
if args.create:
new = races.Human(args.create)
game.write(f'{args.create} \n')
game.write(f'{new.atribs}')
game = open("myGame.txt")
content = game.read()
game.close()
print(content)