From there, we can compute offensive and defensive efficiency. After all of that, we can finally calculate the player's individual Offensive Rating: ORtg = 100 * (PProd / TotPoss) As a side note, we can also calculate what Oliver calls Floor Percentage, which answers the question, "What percentage of the time that a player wants to score does he actually score? For teams, the formula is: Defensive Player Rating = (Players Points*Total FG%) + Opponents Differential= 1/5 of possessions - Times Fouled+ FTM* FT% * OAPOW (Official Adjusted Players Offensive Withstand. The percent difference of the expected OE and actual OE is 4.35%. Defense Example: Minnesota’s DefEff of 5.1 means that their Adjusted Defensive Efficiency is 5.1 better (lower) than their Raw Defensive Efficiency (Note: the average D-I Adjusted Efficiency figure is 99.5).Minnesota’s DefEffRank of 38 means that their Adjusted Offensive Efficiency rank among 347 D-I teams is 38 spots higher as compared to their Raw Offensive Efficiency rank.

Numbers above 1.0 are generally considered good.Convert the offensive PPP number to an efficiency rating by simply multipling by 100. Pioneered by revolutionary basketball statistician Dean Oliver, offensive and defensive efficiency ratings offer a tempo-free statistical method for comparing teams on an absolute per-possession basis that removes the variable of time from statistics. The raw offensive efficiency and raw defensive efficiency don’t factor in competition.Here are 2 additional examples of the importance of adjusted efficiencies using Virginia’s raw OE was 116.6 for thr 2018-19 season. Offensive Efficiency Formula =100* (Points Scored / Possessions) In a game; “offensive efficiency” of a team is equal to defensive efficiency of the opponent team. Under this system, teams can more easily be compared based on the efficiency of their offense and the separate efficiency rating of their defense. North Carolina plays 2 possessions faster. It’s an estimate of the pace a team would have against the team that wants to play at an average Division-I tempo.Each team’s preference resulted in a game pace of 64 total possessions against each other.Let’s use a fictional example with fictional numbers.Alabama A&M has a defensive efficiency (DE) of 120.Both team’s efficiency is plus 15 from the national average. ": Floor% = ScPoss / TotPoss It In every game, each team wants to play at a certain pace. We’ll use round numbers to make it easier in this fictional example.When North Carolina and Virginia play each other, what is the expected possessions of the game?Virginia plays 10 possessions slower than the national average. This is why the expected OE is 135.The OE and DE are adjusted to account for competition.The percent difference of the expected OE and actual OE is 4.35%.Villanova’s OE would be around 125 against the average Division-I defense.Alabama A&M’s DE would be around 125 against the average Division-I offense. The sum is 8 possessions slower than normal.A team’s pace is determined by how they like to play and how their opponents like to play.This is the reason efficiency numbers need to be adjusted. The pace for each game is shown on each team’s schedule (either actual pace, or for future games, predicted tempo). So 1.01 points allowed per possession becomes a defensive efficiency rating of 101.These numbers can be calculated on a game-by-game basis using the same process.To find out your team's average possessions per game, divide the total of possessions number by the number of games played.

Where do you start? Calculate the number of total number of possessions for your team using the formula: field goals attempted - offensive rebounds + turnovers + (0.4 x free throws attempted) = total number of possessions for the season. So 0.94 points scored per possession becomes an offensive efficiency rating of 94.Use the formula field goals attempted - offensive rebounds + turnovers + (0.4 x free throws attempted) = total number of possessions for the season to calculate total team possessions.Divide the total number of points allowed by your team by the possession total you calculated in Step 1. Villanova’s Adjusted OE is 125. The actual tempo of the game was Each team’s average possessions is adjusted by this same percent increase.This is the adjusted tempo. This works because a possession can end only in one of three ways: an attempted field goal, a turnover or a free throw, with an offensive rebound negating additional field goal attempts.Divide the team's total points scored for the season by the possessions you calculated in Step 1. This ranked 4th amongst all Division-I teams.Virginia plays in the Atlantic Coast Conference. 1) Pomeroy says "I compute an adjusted offensive efficiency for each game by multiplying the team’s raw offensive efficiency by the national average efficiency and dividing by the opponent’s adjusted defensive efficiency."

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