Lol, give me a break. If you had a modicum of scientific rigor, you’d be saying what I said above, not that there’s a chance it’s a conspiracy.
Let me repeat what I said because I have a feeling you got triggered before reading this and couldn’t comprehend any of it, if you even read it:
This explains your doubts rationally and if your mind was at least a little bit scientific, you’d have assumed this long before assuming the game’s rigged.
But it’s not. It’s a broken chat gpt module stuck in reading about psychological trauma, bullying and the rest of western popular psy-pop crap, whose narcissistic wounds conjured up an image of yourself as a matter-of-fact scientist with 100% rational mind, when the reality couldn’t be more opposite than it is.
You can talk to a strawman all you want, it’s not me. You do the most typical mistake found on gaming forums; you can’t handle the arguments; you turn others into monsters with lies so that you handle them easily in your imagination.
Nobody told you it’s a conspiracy; I told you it’s not certain how it works; if you think you are certain give us proof of your credentials as an employed programmer at blizzard.
The entire point is that you can’t calculate it precisely. That’s what makes it fun.
I don’t know if they do this anymore anywhere, but when I was growing up libraries and restaurants would do this thing where they’d take a big jar and fill it with jelly beans (or something else small) then you could enter the contest by guessing how many jelly beans were in the big jar, with the closest entry winning some silly prize. The entire point of the contest was that, unless you have x-ray vision, you can’t see through the jelly beans to count all the jelly beans, even though you can see into the jar.
That’s an “infinite” time estimation problem, but Hearthstone is trying to create time pressure estimation problems.
Yes, while the inputs of probability and probable outcomes aren’t clear: the conclusions may be VERY clear in this context. A good player may think “high probability X modest benefit” is better than “low probability X good benefit” but both are worse than “low probability X OTK”; they may be wrong and they may miscalculate; but it’s possible to be right and it improves with experience and knowledge.
There’s a book, I believe called “the wisdom of crowds” which summarizes research into studies like this. It turns out, if you ask enough people, with enough variation in the people’s background, and take the sample mean, you actually get eerily close to the correct number. And this is repeatable.
This suggests that if you draw a person at random from a population and ask them to estimate something, they will be likely wildly off. But due to evolution or some other mechanism, human intuition on average is actually quite good at estimating, only if many many people are consulted and their opinions are factored in.