Fri Apr 18, 2025 2:00 pm
score......
Hal doesn't look at a GMs career win %, and the makeup of his team compared to others in the league/division, etc, and then make a prediction of "expected" wins....that's not how it works
to my knowledge, it's calculating the aleady played games, and basically the run differential.....that theory others noted, just uses an algebraic equation using the same data, and it comes up with roughly the same analysis
meaning, if your team for example after half the season (81 games), had around a +50 overall run differential, to me, that seems to be around 5 or 6 games over .500 (actual record)....meaning, the "expected wins" for a team having played half the season, and with that +50 differential, would be around 5-6 games over .500 (i'm ballparking here, but think Im fairly close)....take it to a further extent, and if having a +100 differential after that many games, the team would be expected to be about 10-12 games over .500 or thereabouts
so, if your team had the first total, +50 point differerential, and your actual wins in the league was more or less than that number, it's arguably one of the primary factors determining if your team has been lucky, unlucky, or have mostly equal luck (if actual wins are near expected wins)
that was the issue I lamented when first replying to your post
in summary, the expected wins can't be calculated until games have been played, because they are in fact based on those game results...and, the more games played, the more weighty the data, because it's only possible to be a few games up or down in the season's first week or two, so by season's end, those numbers (actual vs. expected) mean the most