Interesting,
For your analysis of looking at all stars per draft class I can see why you would leave out the 3 most recent years. In my case, I have looking at draft position of the all-stars the last three current drafts would be relevant. To leave out one time flukes I think it would be better to see your data with the number of players who achieved 2, 3, 4 time all star status by draft class. I think yours tell how many you might expect where as mine shows the likely distribution of those plays by draft tier.
My numbers were actually 4 not 3 time all stars but the proportions are not far off.
2 Years
- Spot 1-5 is a 33.53%
- Spot 6-10 is a 16.76%
- Spot 11-15 is a 9.12%
- Spot 16-20 is a 4.12%
- Spot 21-25 is a 3.53%
3 Years
- Spot 1-5 is a 28.53%
- Spot 6-10 is a 13.53%
- Spot 11-15 is a 6.18%
- Spot 16-20 is a 2.06%
- Spot 21-25 is a 1.76%
4 Years
- Spot 1-5 is a 24.41%
- Spot 6-10 is a 10.88%
- Spot 11-15 is a 4.71%
- Spot 16-20 is a 1.47%
- Spot 21-25 is a 1.47%
And I agree that the nature of the draft class is going to play a huge factor in skewing these numbers one way or another. Unfortunately, this class seems to be one where being in the top 5 pick seems more important. In general it would seen that teams largely will get those franchise players in the first 5 picks unless the year is an abnormally strong, deep draft year like last year or you have some paradigm shift that causes players to fall that normally would not.
In either case I think it makes the case pretty clearly that if the Kings want to get a franchise player in this upcoming draft then need to be in the top 5 and ideally in the top 3 of this draft. Even then they could still mess it up.