LKN wrote:uberhikari wrote:LKN wrote:
The overall sample looks reasonable - but the 1990-1992 does look funky net rating wise (the TS really isn't that implausible given that it's such a small sample of possessions... but sure it is high).
I believe he listed the games which are all likely findable on youtube. If I ever have the time I'll check the 1990-1992 sample at least since that shouldn't take that much time.
On one hand you're using Dipper's data to justify the conclusion that Michael Jordan was a clutch God, but, on the other hand, you're claiming that Dipper's conclusions might be a function of a small sample size. You can't have it both ways. Either Dipper's data is proof that Jordan was clutch or the data is meaningless because of sample size. You can't have it both ways.
In any event, I very seriously doubt Dipper's numbers are correct. Like I said, I've been looking at clutch statistics for a long time and have never seen anything even remotely close to a 71 TS%.
Ok, you haven't even followed the discussion. Emenince specifically brought up the 1990-1992 subsample - which is what I did some checking on last night. Those aren't the numbers I was using - I was looking at MJs overall career clutch numbers. It would be silly to cherry pick 3 seasons of MJs clutch stats and then use that to claim he's insane in the clutch - and that's not what me or anyone else was doing. In any case if the FT distribution is correct (24% coming during clutch minutes) Dipper's numbers actually look pretty plausible for the subsample. If I get some time I can look at the entire sample - it's 97 games so checking the box scores will take longer.
1. You can't be serious. I would bet dollars to donuts that Dipper's FT distribution is incorrect. Think about what you're implying for Christ's sake. The last 5 minutes of an NBA game is only 10.42% of the entire game (48 mins). If someone suggested that a player took 24% of all their FTs within the last 10.42% of a game I would be suspicious. But your suggestion is even more absurd, because we're only talking about a specific subset of 5 minute intervals of game time, i.e., only clutch minutes.
So, are you really going to entertain the possibility that Jordan took 24% of his FTs within the last 5 minutes of only a subset of games?
2. I think the sample size problem persists irrespective of the 1990-1992 subset. MJ played 179 PS games. If half of his games included clutch time, we're talking about 90 games * 5 minutes, which is 450 minutes of clutch time. MJ played 7,500 minutes over his entire PS career, which means we're talking about extrapolating useful information from ~6% of his entire playing time in the PS.