Hmm. You know, I wanted to attack your post for ignorance but you’re on to something. Suppose there’s a “bad area of town”. That area is crammed full of criminals. Saying “I should be able to walk in that area and not get attacked” is just being idealist and is not realistic - the authorities are not arresting the criminals as fast as new criminals are entering the area/being created/being released from jail. If they were, then the area wouldn’t be a cesspool of crime as a long term equilibrium.
You have choice A : go home to your suburban house. And choice B : go walk in that area of town.
You choose choice B. From an individual risk perspective, I’d say that the risk differential - say 1% chance of getting mugged versus 90% - the 89% chance of getting mugged is solely on you! You are more to blame for getting mugged than the mugger is!
So I think the problem is we are conflating terms here. Yes, the mugger who mugged you choose to mug you, he could have continued doing whatever he was doing. Yet, the chance of you getting mugged went up to near certainty as a result of your actions.
I’m not a probability expert. That choice A/choice B reasoning is an excellent tool, though, and to ignore it and say “well since I *should *be able to walk the streets of this area of town, I’m just going to do so” makes you stupid. It would be like going to explore the inside of the Chernobyl reactor because that thing should have been cleaned up already.
So I don’t see anything wrong with simultaneously saying “young lady, don’t go to a frat party, get drunk, and go alone to a frat boy’s bedroom if you were not intending to have sex” and saying “young man, don’t be raping, no means no”. The lady should have been able to do that but since there is no realistic possibility of cleaning up every danger, she should have chosen actions that minimize her exposures to those dangers, or chosen to take calculated risks. And the man shouldn’t have committed the crime.