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Okay um, locks are made so the pins SHOULD be evenly in line, but they aren't, so only the pin that's under the most tension will get caught when pushed up. It's basically taking advantage of the impreciseness. Not sure if I explained well enough but it's been a while since this topic came up.
Yep when you put in the right lock it gets all the pins to the right position.
So when lockpicking, all the tension in on a single pin at a time, that's the only pin that can get caught until it's caught, then the tension moves onto the next pin, and so on till the lock turns.
So when lockpicking, all the tension in on a single pin at a time, that's the only pin that can get caught until it's caught, then the tension moves onto the next pin, and so on till the lock turns.