Not "a" chart....
THE chart, imo.
A 26 = 700
A 162=26.6
= 726.6
A 41= 490
A 73= 225
An 83=175
= 890
Differential 163.4
= between the 85th and 86th picks in the third round
We got HOSED
out of
(On a purely mathematical trade value chart basis)
"dfosterf" wrote:
Numbers might not lie, but they certainly don't tell the whole truth. If Clay Matthews becomes a star, he would certainly justify a second rounder and two 3rd rounders. The problem with the trade chart is that it is dependent on a single variable - that is, the pick #. It does not incorporate the effective use of draft picks by a team, nor the potential or ability of the player drafted.
Sure, we may have been mathematically screwed, but who's the say the maths is correct in the first place?
For example, is the 8th pick truly worth less than the 5th pick to a mathematical certainty, especially in a weak draft such as this? So you have an earlier selection, but is that not offset by the salary differential that you'll need to pay to whatever player you happen to draft?
There is a notion in economics known as the Joint Hypothesis Problem - that a test of market efficiency is also a test of your model of expectations. In the same way, the way in which we value rookies is also inherently linked to the way in which we value draft picks. And, judging from prior data, it seems plainly evident that drafting players is just short of being a complete crapshoot, so I'm inclined to believe that we can't truly know whether the trade is worthy or not because it is predicated upon the performance of Clay Matthews into the future.
Of course, we already know the
price we've paid for Clay Matthews. We shall see in due course whether we've obtained above or below
value, supposing that the trade chart mentioned above is an accurate measure of draft pick performance (which I shall vehemently argue that it is not).