barelyawake wrote:Admittedly, I'm not a stats guy. But, does not that chart not say a/40 -- which basically mimics the stats I quoted in terms of fluctuation?
And yes Durant creates his own shot (mostly because he doesn't play with a John Wall). As I also mentioned, he drags defenses away from a driving gaurd (allowing that guard to be more efficient). Do you believe in that phenomenon? Does Girffin create his own shot? Did Chandler in NO? If Wall is passing to a post player who coverts a higher percentage than Gortat, would you still assume that Wall's overall offensive stats wouldn't be better?
As I said, it seems rather obvious that a passing point would do better with players who can finish at a higher percentage. And it seems obvious that a player who demands double teams, allows the players that they play with to be more efficient offensively. I don't think either notion is illogical. And I would like to know why you think it doesn't matter. You are basically saying it doesnt matter if we have Durant or Porter, or Gortat or Cousins (offensively that is). Because Wall can pass to either and either will convert at the same rate.
The problem is that there is no actual evidence of your "logic" because there are other factors involved.
It is also rather obvious that an elite scorer will have the ball in his hands a lot, reducing the number of chances that Wall gets for an assist. Irving has more offensive talent around him than ever yet he is posting the lowest assist rate of his career.
If Durant came to town Wall would be playing off the ball more. He would have fewer opportunities for an assist and would be shooting more catch and shoot jumpers, which he doesn't do very often now. His assists would probably go down and his scoring efficiency would go up. But it is no sure thing. Look at what happened to Kevin Love's scoring efficiency playing with Lebron.
Durant had the 2nd highest usage rate in the league last year. There is only one basketball.
No that stat was not assist per 40.
AST: Assist Ratio is the percentage of a player's possessions that end in an assist. Assist Ratio = (Assists x 100) divided by [(FGA + (FTA x 0.44) + Assists + Turnovers]
Looking at assists per team possessions doesn't tell the whole story. Assume player A and player B have the same assist rate per 100 team possessions. If player A has a usage rate of 25 and player B has a usage rate of 35 then obviously player A is doing a better job playmaking, generating the same number of assists in fewer possessions.