Its not remotely the same as the ready box, because the ready box sends its signal before the measurement directions have been chosen.
It would be equivalent to the ready box if your filtering happened without any reference to the measurement choices our outcomes.
If you're still unhappy with role of the ready box we can instead talk about either of the two purely photonic experiments which didn't use anything similar.
> The universe tell you whether to select or not (it's not you missing events).
In your numerics it is exactly missing events, there are a bunch of events and you postselect to keep only some of them. If you mean a different model you're going to need a python script which does something else.
>Nature's is fuzzy and experimenters will always have to define box boundaries (spatial, temporal, and entanglement-pair selection boxes)
Sure, but in each of the experiments I linked the selection in the experiments loses a small enough fraction of the events that the detection loophole is closed.
It would be equivalent to the ready box if your filtering happened without any reference to the measurement choices our outcomes.
If you're still unhappy with role of the ready box we can instead talk about either of the two purely photonic experiments which didn't use anything similar.
> The universe tell you whether to select or not (it's not you missing events).
In your numerics it is exactly missing events, there are a bunch of events and you postselect to keep only some of them. If you mean a different model you're going to need a python script which does something else.
>Nature's is fuzzy and experimenters will always have to define box boundaries (spatial, temporal, and entanglement-pair selection boxes)
Sure, but in each of the experiments I linked the selection in the experiments loses a small enough fraction of the events that the detection loophole is closed.