to add to the last comment, let's assume that a player's Fargo rating can vary uniformly plus or minus 50 points in a given match. This is actually a quite conservative assumption, as we have all seen players play well under or well over their usual skill level for no apparent reason. Mike Page recently posted about Yapp performing at an average 875 level for the entire US Open last year despite being currently rated 813 (a rating which incorporates the strength of that 875 performance).I reran the code for this year's format (race to 9 winner's qualification, race to 8 losers bracket except final round of the losers bracket which is race to 9, single elimination from 64 onwards, race to 9 in round of 64/32, race to 10 in round of 16/8, race to 11 semis, and race to 13 finals). The previous simulation had races to 9 all the way through.
The longer races at the end make it a tad more likely that a top player snaps it off but the overall story is the same - there is about a 50% chance that someone in the top 5 in the world will win and ~800 represents a reasonable minimum rating to have any kind of chance.
Of course, all this assumes that the Bradley-Terry model contains all the relevant information to make a prediction and that players will perform precisely at their past skill level for the entire event, both of which are not the case. But as George Box said, "All models are wrong but some are useful"![]()
This doesn't change much at the upper end but brings into contention a new group of players rated well into the 780s. That might not seem like a big difference, but there are 30 players rated 800 or better and another 26 rated 785-799 - almost doubling the pool of potential winners.
That's why they play the matches, right?

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