

By cap, I mean lower bound. I see random encounters. If random encounters go down as CPUs get faster, my CPU is so much faster than one from the 90s that my random encounters should approach zero, but I had plenty. I just didn’t have what that person experienced where it felt like too many. In fact, it felt so right to me that I didn’t question that anything might be wrong, but I would if I saw dozens. You’re right: there’s no way they could foresee how fast my CPU would be in 2024 or 2013/2014, so how would their logic still output what feels like an acceptable encounter rate that matches other games in the genre by accident?
You’re suggesting that the developers got into a room together and said “Let’s design this so that it won’t play the way we intend for it to be played until 15 years pass”
What would make sense to me based on how those games played for me, and feel free to contradict me with an interview or some other evidence, is that they built and tested the game on higher end machines than many of their customers had, and that faster CPUs resulted in the correct encounter rate while slower CPUs resulted in dozens. I’d sooner believe that the game working differently at different clock rates was an oversight rather than how they intended for it to work. Then again, that person in that reddit thread is playing the same GOG version I did and still recreated that higher encounter rate.











It’s the shoestring budget and development timeline that would leave me to believe that they didn’t intend for it to be dependent on clock speeds. It’s the tabletop roots that made me feel like I got the correct encounter rate while 8 times as many would feel wrong.