I'd get rid of the mechanic of getting unnecessary doubles. Specifically with randomized drops/rewards. I play Animal Crossing as a part of my daily ritual sometimes. I'd check for new recipes, get duplicates, and stop playing for the day. It's just not fun to reduce a game to work like that.

I don't think that there shouldn't be any chance or grind involved, but I think an invisible coding quirk that makes a new or desired item inevitably drop would go to reduce some stress.

I think sometimes grinds like that can really mess up people who can just dive into games or have that compulsive desire to get 100% completion.

  • UlyssesT [he/him]
    ·
    2 years ago

    Monkey's paw curls

    Now all games have to be giant piles of 6-sided "dice pools" al la Shadowrun :troll:

        • Orannis62 [ze/hir]
          ·
          2 years ago

          idk I MUCH prefer d6 pools over d20s. It feels less random

          • NephewAlphaBravo [he/him]
            ·
            edit-2
            2 years ago

            It is less random, the more dice involved in each roll the more likely you'll be near the median possibility.

            • Orannis62 [ze/hir]
              ·
              2 years ago

              I like that, especially in a Blades in the Dark type system when you can turn it into a resource management thing.

              Like, spending stress, which you have very little of, to give yourself one more die on an important roll can be heart-pounding, because that can make a real difference but it's also not guaranteed. I've never seen anything in a D20 system that could give the same feeling

        • keepcarrot [she/her]
          ·
          2 years ago

          At least when I'm designing systems that nobody plays, my argument for using D6 pools is that even your grandma has d6s. Also less flat than a single other dice (d20). Also rolling d4s feels crap. Also, a lot of the mental arithmetic of adding a bunch of minor bonuses can be handled by putting dice in your hand instead of remembering the numbers.