I made an error when I said that “there is a good chance you will get shot” when someone points a gun at you. Indeed, that statement is purely an abstract statistical statement, and was untrue. But let me explain where I’m coming from here, which is separate from that fact. In no way does the rest of this negate my admission of error with that statement though.
Statistics govern an abstract combination of many different cases. They help you assess the impact of different individual contributors to a situation, but they do not somehow eliminate the individuality of each situation.
Statistics can only tell you the impact of a specific aspect (such as the effect of drawing a gun) extracted from a huge set of cases, off of which are different from the case I’m in.
You plainly said if someone points a gun at you, there is a good chance you will get shot, in defence of a CCL opening fire on armed robbers. That is complete bullshit, particularly in that context.
Sure dude, in some abstract world where you have no other information besides some abstract notion of an abstract entity pointing an abstract gun at you, there it is unlikely that you will get shot. But that’s not what I’m going to base my actual judgement on in a real world scenario, because I’m able to evaluate more than the abstract aspects captured in those statistics.
Other scenarios may vary, but that’s straw-manning, especially since I am sure you have yourself pointed out stuff like mass shootings are pretty much statistically irrelevant in terms of their gun violence statistical impact.
But that is exactly my point. The statistics don’t matter in such a situation, because it’s no longer an abstract case. The relative training levels of other people don’t matter, all that matters is MY training at that point. For instance, let us suppose for the sake of discussion, that the defensive shooters involved in this case were exceptionally well trained. That dramatically changes the statistical predictions, effectively invalidating the prediction you are making because your prediction is made with a huge set of assumptions which aren’t true.
Likewise, your predictions are made upon a huge set of assumptions regarding the criminal, which may or may not be true. If he’s mentally unstable, then your assumptions go out the window, because suddenly your likelihood of being shot by him if you do nothing skyrocket. And you don’t actually know what his intentions are when he comes in.
That’s why I said the plan of passivity is just a plan of hoping that things will turn out well, but that’s not much of a plan at all.
The defensive shooters in this case clearly did the right thing. The idea that it’s theoretically possible that the outcome could have been bad is totally immaterial, especially when basing that statement upon a ton of assumptions that the case matched the abstract case as represented in the statistical data you’re choosing to use, which is essentially guaranteed to not be the case.