Passwords don't have to be something like GY/hyTJmw#B$E3,x.
Simple combinations like sure,happy,95194,sad or 2874;people;only;penguin are also pretty strong (see below).
But those are also easy to remember (and you can even turn it into some drawing to remember while still keeping it a secret)

This module is doing exactly that - creating passwords using random words and, sometimes, numbers.

• It is pretty diverse:
  • With default settings (complexity=4, sep=random) you get 5513210562816000 different passwords
  • With one specific separator (or no separator at all) you get 945337888000 different passwords - significantly less, still many.
  • With one specific separator (or no separator at all) and complexity=3 you get 231852000 different passwords - still many.
• You definitely should use 2FA for important accounts, no matter how strong is your password.
• Decent services should have a cooldown for too many wrong password attempts
• Most passwords are stolen (e.g. with phishing), not brute-forced, those have nothing to do with password strength
• Use different passwords for different accounts (or at least don't use the same password everywhere), of course

As simple as python -m pip install firemelon

from firemelon import passgen
# complexity=4, sep=random, use_number=True
print(passgen()) # "hot_legal:498;goose"

If you want to change generation options, pass complexity and sep params:

from firemelon import passgen
print(passgen(complexity=2, sep=":", use_number=False)) # "idea:night"

Complexity just sets how much parts the result will have, and sep is a separator between parts.
If you won't pass sep, every separator would be chosen at random.
If you will pass a list of separators as sep, every separator would be chosen at random from your list.
use_number is pretty straightforward.

If you want to go even further and construct a password yourself, you'll need a Generator:

from firemelon import Generator as gen
password = "".join([gen.adjective(), " ", gen.noun(), gen.sep(), gen.number(3)]) # "pure fish,268"
print(password)

Generator has a variance method with exactly the same signature as generate, but which returns a number of variations for specific arguments.

from firemelon import Generator
gen = Generator()
print(gen.variance()) # 5513210562816000

Why? It's finished.