Thanks. In fact... thinking back to Sunday... UL (Compton) scored the first run on a bases loaded walk. But Compton also got on base by walking after a LONG at bat that had to be more than 10 pitches. He just kept fouling them off... Eventually the pitcher is going to miss...
Compton has been having some very good at-bats lately. Don't underestimate his importance to this team. He has been a catalyst and a hero on several occasions this year. He doesn't have the highest avg but he is #3 in rbi on our team and arguably the best bunter.
edit: he's also made our stellar infield look even better by saving them on some tough throws
I think the easiest way to think about SOS in the context of the RPI is to think of it as a weighted percentage on the same scale as WP (unlike the way Boyd presents it). That is
SOS = ((2*OWP) + OOWP)/3
The above constitutes three of the four parts of the RPI formula with WP being the fourth.
As far as the way Boyd presents it, he simply chooses to sum the following
RPI = WP/4 + OWP/2 + OOWP/4
instead of
RPI = (WP + (2*OWP) + OOWP)/4
As stated above, I choose to represent WP, OWP, and OOWP on the same scale and then divide by 4 to obtain the RPI. It is easier to compare the contributions of the components relative to each other.
As far as Warren Nolan's site is concerned, he calculates it the same way I do. Except that he does not expose OWP and OOWP. He only presents the final SOS.
Also keep in mind
- Boyd's World does not account for tie games nor does he account for RPI penalties that are assessed
- Warren Nolan does not account for RPI penalties that are assessed (thus will not exactly match the official RPI) and does have mistakes on a daily basis concerning score results (not every team but it affects nearly every team to some degree).
Brian
RPI = Ridiculously Perplexing Indicator
= Random Placement Instrument
= Reshufflable Postseason Indices
= Ragin Pagin Insanity
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