Where did you see this? They are so close in Fargo rating its even for sure.
The Fargo Ratings are from FargoRate.com. I calculated the odds/line.
Where did you see this? They are so close in Fargo rating its even for sure.
The Fargo Ratings are from FargoRate.com. I calculated the odds/line.
Where did you see this? They are so close in Fargo rating its even for sure.
Fast Lenny put those ratings into "find match odds" rather than "find a fair match," and try a race to, say, 70. It doesn't go to 140.
I did too and it said even race between the both.
I did too and it said even race between the both.
I wish someone would run a book for a weekend and let me pick my side based off the Fargo rate numbers. I think I would bust it even paying 20% juice.
Edit: I'm not knocking fargorate, I like it and use it a lot. But it's not definitive like some people make it out to be. It's definitely proven me wrong more than twice.
Sorry, but if you assume Fargo Rate is correct, 823 v. 816, it is NOT close to an even match in a race to 160. It's 2-1.
Of course if you disagree with Fargo Rate (either the player's ratings or the model itself), then it's simply garbage in-garbage out.
However, in any case, a 2-1 moneyline in a race to 160 is consistent with an 8.5 game line, and a 15 game spot to 160 is a bigger spot than 2-1 on the money.
Yes they are the #2 and #3 ranked players, with Shane getting 51-49 in a single game. But even the small difference between them becomes huge in such a long race, to the point that it's over 2-1 in a race to 140.
But at that point I wonder if it's an illusion of false precision of the Fargo numbers. They're 5 points away on a 900 point scale. They're even as far as I'm concerned. I just think Shane is in Dennis's head more than the other way around, and so I think Shane is a big favorite, but not because of their Fargo ratings.
Well I would certainly give up the 8.5 games before 2-1 in a race to 160.
You may be incorporating additional priors (perhaps based upon experience) that a standard probabilistic model does not.
On the other hand, would you give someone 15 games if they gave you 2:1?
I would take Shane and give 15 games if I got 2:1 but feel it might be closer then the 15 games but the money odds I like. I don't go off of statistics much as players have highs and lows from time to time with their play over the year and even over the course of a week, month or even day.
I would take Shane and give 15 games if I got 2:1 but feel it might be closer then the 15 games but the money odds I like. I don't go off of statistics much as players have highs and lows from time to time with their play over the year and even over the course of a week, month or even day.
I would take Shane and give 15 games if I got 2:1 but feel it might be closer then the 15 games but the money odds I like. I don't go off of statistics much as players have highs and lows from time to time with their play over the year and even over the course of a week, month or even day.
You may be incorporating additional priors (perhaps based upon experience) that a standard probabilistic model does not.
On the other hand, would you give someone 15 games if they gave you 2:1?