TS%- True shooting percentage taking 2 and 3 pointers plus free throws into effect. Kevin Martin- .552 Aaron Brooks- .547 Garrett Temple- .546 Luis Scola- .546 Shane Battier-.545 Kyle Lowry- .544 Chase Budinger-.528 Jared Jeffries-.519 David Andersen-.484 Trevor Ariza-.474 Chuck Hayes-.469 Jermaine Taylor-.463 Brian Cook-.403 Hilton Armstrong-.400 Jordan Hill-.210 eFG%- adjusts for the fact that 3 pointers are worth one more point than 2 pointers. (obviously) Shane Battier-.515 Luis Scola-.512 Aaron Brooks-.507 Chase Budinger-.501 Jared Jeffries-.500 Garrett Temple-.500 Chuck Hayes-.462 David Andersen-.459 Kyle Lowry-.450 Trevor Ariza-.447 Kevin Martin-.418 Hilton Armstrong-.400 Jermaine Taylor-.375 Brian Cook-.348 Jordan Hill-.000 These are some interesting statistics that I found. The true shooting percentage kind of tells me who I might want with the ball in clutch situations. The newcomers will dramatically change once they play a little bit more, but still interesting to me none the less. http://www.basketball-reference.com/teams/HOU/2010.html
It's amazing how Martin's percentage shoots up from 42% to 55% after factoring in his effectiveness from the free throw line.
I forgot to add in just the normal FG% Luis Scola-.511 Jared Jeffries-.500 Garrett Temple-.462 Chuck Hayes-.462 Aaron Brooks-.430 David Andersen-.424 Chase Budinger-.420 Kyle Lowry-.406 Shane Battier-.403 Hilton Armstrong-.400 Kevin Martin-.392 Trevor Ariza-.383 Jermaine Taylor-.375 Brian Cook-.304 Jordan Hill-.000
Yup and the scary part is we both know his FG and 3-pt percentages are only going to rise as he gets more comfortable and accustomed to life in a new uniform. Can't wait until that happens given that he's well below his career averages in both categories since joining the Rockets. Hopefully, we have PLENTY more '32 points on 13 shots' caliber performances in our future.
kevin martin is a beast. Even him not playing to his full potential, he has already taken out Aaron in his efficiency and total scoring. And Scola known to be our best or most efficient shooter drops to number 4. I'm surprised that when the 3 pointers are added, their efficiencies drop. I'm probably mistaken, but I vaguely remember someone posting a thread showing that 3 pointers were more efficient that the two's.
Forget this year... take a look at his TS% over the previous 4 seasons. It's been over 60% every year, which is by far the best for a 20+ppg guard. Noone else has even come close.
Indeed. Martin's stats this season are diminished by his injury and bad usage in Sacramento. Also, for reference, Yao last year's TS%(.618) and eFG%(.541) would both be clear #1 on this year's team. Morey loves his efficient players, that's for sure.
A player's eFG% will always be higher than their FG%, because all it is doing is adding 0.5*3FGM to the numerator.
I thought it was crazy how many Chinese posters Yao brought here... but the amount of stat topics Morey has created beats it. Not bashing this or any stat threads btw, just an observation.
I can't speak for others, but I've been pretty obsessed with stats for longer than I've been on this board. It started when I found baseballprospectus in the early days of the internet. And I've tried to analyze stuff from a statistical standpoint ever since. The problem is that before Morey's days, posting advanced stats basically get you apathy at best and ridicule at worst. I don't think anybody ever cared back then. Even today, I'd say non-Rockets NBA fans would have a pretty negative response to discussing non-traditional stats in player evaluation.
I still don't understand the numbers. I know it changes between a 3 and a 2 pointer but, how do they get a eFG%? do they just take out the 3 pointers? Also don't understand how they get TS%. How do they get such high percentages with a 3pt percentage included? Also interesting to see Landry has the highest of them all at .621%TS .547%eFG. If Morey uses this he must have miscalculated.
It goes back to how we understand what "efficiency" means. Instead of looking at efficiency as shots made per shots attempted, the idea here is to look at it as points scored per shots attempted. FG% = FGM / FGA But if you want to look at it in terms of points scored per shot attempt, it can be rewritten as: FG% = 0.5 * [points scored from field goals] / FGA, assuming all made field goals are 2-pointers What eFG% does is it distinguishes made 3s from made 2s, because a made 3 is worth one extra point. So, it is simply: eFG% = 0.5 * [actual points scored from field goals] / FGA TS% goes one step further, and counts trips to the free throw line that aren't recorded in the boxscore as a FGA as a "shot attempt": TS% = 0.5 * [total points scored] / [true shot attempts]
The problem with PPS is it does not factor in efficiency on free throws. A player who goes 2/2 from the field and 5/5 from the free throw line has the same PPS as a player who goes 2/2 from the field and 5/10 from the free throw line.