I did it like this:
<font color="red"> PPG </font>
<font color="red"> + APG x 2.2 </font> (it is x by 2.2 b/c 1/5 of shots scored are usually 3's... so 1/5 of your assists should count as 3's)
<font color="red"> + OffReb/G x FG% x 3.3 </font> (When getting an offensive rebound, you just gained another chance to score and took away a potential avg. of 1.1 point away from your opponent)
<font color="red"> + SPG x 2.4 </font> (Stealing the ball takes away a potential score from your opponent and is easier than making a reg. shot off a steal, cause a lot of steal lead to fastbreaks)
<font color="red"> + BPG x 2.1 </font> (Blocks are worth less than steals b/c a lot of block shots are rebounded by the opponent anyway, but it is harder to score on a almost expired shot clock)
<font color="red"> + DefReb x 1.5 </font> (you can figure it out now)
<font color="red"> - FGmissed/G x .65 </font> (Missing shots takes away a potential 1.1 from your teammate but there is always chance for an Off. Reb or a miss at the other end which is why its only worth .65.)
<font color="red"> - FPG x 1.8 </font> (Plain and simple, fouling a guy either sends him to the line or gets your team closer to the penalty which results in 1.8 of FT's made - on avg. -)
<font color="red"> - TO/G x 2.2 </font>
These aren't made to be exact... its more like an estimate (a very accurate estimate)... I used it on 3 players so far from the results from last year:
Tim Duncan : 42.4 PC per game ... 51.8 PC per 48 min.
Kobe Bryant : 39.3 PC per game ... 45.5 PC per 48 min.
Stephen Jackson: 13.7 PC per game ... 23.3 PC per 48 min.
This also means that say I traded Timmy D for Kobe... I would get about 3 to 5 less points per game for my team... and can you imagine trading Stephen Jackson for Kobe... it would be a dream... but thats why it would never happen!
TELL ME WHAT YOU THINK... and I will post more players soon!
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