Brian Earl Spilner said:
SJEAg said:
Quote:
Nothing's touching The Force Awakens until we're all long dead. And adjusted is unlikely to change in the top 10 for the rest of time. (TFA only made it to #11.)
Eh, I doubt that. It's been less than a decade and 2 movies have already come within a 100 mil give or take. Titanic appeared much more insurmountable during it's reign and it still took less than 20 years to dethrone. I'd be mildly surprised if TFA is #1 in ten years.
Adjusted is another matter - top 10 will definitely get cracked at some point but GWTW is probably safe. But I see adjusted gross like comparing baseball stats of today to a 100 years ago.
My question for you is which movie will do either of those? Cause if Endgame couldn't do it...
Never say never.
I like to think of movie box office numbers like a Galton board. Every time a movie drops, it's like a piece of sand or a bead dropping on the board. Initially, the distribution at the bottom is small, but over time it grows. What was initially an outlier may be enveloped by the distribution later as newer and more extreme outliers appear over time. You think anyone in the 20's or 30's ever thought a movie would have nearly a billion dollar domestic gross? With an infinitely sized board, the outliers would grow infinitely more extreme. However, the expected time between extremes being set would grow each time a new one was set. Even falling in the upper percentiles becomes harder. When movies were initially commercialized, I'm sure the top grossing movie of all time changed pretty frequently until the number got so high it got harder and harder to eclipse. We've probably hit a point where the most extreme outlier is very hard to beat, but that doesn't mean it can't or won't be. There will be a lot of movies over the next 30-50 years, and it is very possible that one of them takes #1.
Honestly, given enough of the right data, it could be estimated how long it should take by analysing the frequency distribution of box office totals and extrapolating from there. It's how they estimate the frequency of floods and earthquakes of various sizes. When they say a flood is a 500 year flood, it's not that they have a history of floods for an area to draw that from. They're using an extrapolated distribution to estimate frequency by size and the maximum given an arbitrarily long period of time.