Our franchise pillars are unsteady. We've broken this team down piece by piece this year. what looked sexy on the outside is cold and aloof in the middle.
I was hoping Qs system would get better this year, but it has regressed.
2015-16 Jazz: 105.4 Offensive Rating
2014-15 Jazz: 105.1 Offensive Rating
Important also to note that the 2014-15 Jazz had Kanter for most of the season (which, for all his shortcomings on defense, did help us out quite a bit on offense) and relatively little injuries.
Our players are playing better due to a year of growth, but the system is not helping.
Utah's offensive rating this year is top 10. Even with all the injuries, you expected better?
I think your expectations are the problem, not the system.
We are 16th, so in the bottom half.
https://www.basketball-reference.com/leagues/NBA_2016.html?lid=header_seasons
Go to Misc. Stats, sort by ORtg.
We are not 16th - we are 10th. Given our injuries/personnel and lack of starpower, yes, I can say that something in the system must be working very very right if we are a top 10 offense in spite of all that. I wouldn't have predicted it even for a fully healthy Jazz team.
Actually, that isn't updated for tonight's games (in which the Jazz had an absolutely horrible ORtg), so it might drop down as far as to 13th-14th after the update. But, given that tonight's game was played without 3 starters and our 6th man, such an outlier is expected.
NBA.com and ESPN.com calculate offensive ratings using a more simple and outdated formula:
100 x Pts / ((FTA * 0.44) + (2 x FGA) + TOV - OREB).
Pick a handful of games, apply this formula, and you'll see that, often, within a single game, this formula will show one team having a lot more possessions than another team. It's a simple estimate of # of possessions, and quite flawed.
Basketball reference calculates it using a significantly more refined formula, taking into account several other variables that determine the total amount of possessions for a team within a given game:
100 x Pts / (Tm FGA + .40 x Tm FTA - 1.07 x (Tm ORB / (Tm ORB + Tm DRB)) x (Tm FGA - Tm FG) + Tm TO)
Basketball Reference's calculation method is prone to high variance and multicollinearity, due to the relatively large number of predictor variables. There are pros and cons to any method.