Prime LeBron James is the most resilient scorer in NBA History

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OhayoKD
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#161 » by OhayoKD » Thu Apr 18, 2024 8:07 am

OldSchoolNoBull wrote:
OhayoKD wrote:As long as the knowledge is applied to a comparison between a team and its contemporaries, the timing of when that knowledge is acquired really doesn't matter to era-relativity or not era-relativity. Era-relativity is how something compares relative to other things in that era. Heej's claim, that Jordan's resiliency was partially a situational product of a "ahead of it's time" schematic edge implemented by his coach, fits. That is another matter from it being solid or shaky.


Man, he said things like "...was playing against caveman defenses in a decidedly non-caveman offense, while LeBron faced modern defenses (multiple elite ones at that) playing in a modern offense". That's essentially dinging MJ for playing against "caveman defenses" while LeBron played "modern defenses". That seems to me like the opposite of era-relativity. It's still using the modern game as barometer for evaluation.

It is, but it's using it as a barometer to evaluate, offenses in the same era. Ultimately it boils down to "this offense was much better than the other offenses of the same time period". By comparing Jordan offenses to the offenses of the 80's/90's and juxtaposing it against Lebron offenses and 2000/2010's offenses, he's ultimately making a claim about how good those offenses are schematically... relative to their era.

On that note, I'll reiterate that even with strict era-relativity, expansion inflates the SRS of teams relative to their strength, relative to the talent pool, regardless of how good that pool is. If you add a bunch of bottom-feeders(with minimal redistribution of what is already there), a team of equal quality will likely see their point differentials improve without actually altering the quality of the talent pool.

This effect is generally lowered with models that weigh the playoffs more as the aforementioned bottom-feeders play a lesser role. Incidentally that OKC team Heej is commenting on score higher than any team Jordan has beat by playoff rating.


I know he was talking about the quality of opposing teams, but I really wasn't making any point about that.

Fair enough.


1. Yes, the offense gets alot worse without Jordan. He is a great player. But even if we took the best offense you list(7.6?) and the 94 Bulls(worst rating with the triangle), that is a smaller delta than the best splits we see from Lebron or Magic(with the gap expanding relative to the former if we go by overall numbers)


Fair enough about LeBron(I assume you're referring to when he arrived and departed Cleveland both times, as that's where the biggest jumps are), but I don't see a bigger delta for Magic. The Lakers went up +1.9 on Magic's arrival in 79-80, and down -4.7 upon his retirement in 1991; the Bulls went down -5.1 in 94 and up +6.4 in 96.[/quote]

Was actually referring to the games he misses in his second cleveland stint in 15-17 ontop of that first depature(though if we apply the same flexibility that lets us use 96/97 MJ, you can get alot of different bits). 2018 would apply too, but there is context as you allude to later. For the second stint, there's also the playoff component where those offenses improve in a way Chicago's didn't(coinciding with a greater overall team elevation)

Will also add the first depature can be corraborated by...21 games played with a similar lineup to start 2011 pre-trade and 18 games without Lebron from 08-10.

For Magic, I was specifically thinking of 88 and 89 where he saw near +7 jumps, but admittedly that still doesn't actually hold up if you use the "pick a jordan year multiple years removed to maximise his signal" approach.

Looking at the general comparisons(and including some overall deltas):

Konr0167 wrote:lebron 09-21
656-263 with lebron 0.714% win rate
37-73 without lebron 0.336% win rate
net rating with lebron +6.49 (59 win pace level)
net rating without lebron -5.50 (25 win pace level)
+8.6 ortg difference
-3.68 drtg difference
+12 total swing




magic 84-91
454-149 75.3% win rate with
29-24 54.7% win rate
+7.4 net rating with (61 win pace level)
+0.2 net rating without (42 win pace level)
+4.9 ortg difference
-2.3 drtg difference
+7.2 overall diffrence


jordan 88-98
bulls with MJ 490-176 (73.6% win rate)
bulls without MJ 90-64 (58.4% win rate)
net rating with MJ +7.7 (62 win pace level)
net rating without MJ +3.6 (52 win pace level)
+5.1 ortg difference
+1.1 drtg difference
+4 total swing


...

Magic Johnson(3x MVP) 1980-1991
Lakers are +0.8 without, +7.5 with

Micheal Jordan(5x MVP) 1985-1998
Bulls are +1.3 without, +6.1 with

Hakeem(1x MVP) 1985-1999
Rockets are -2.8 without. +2.5 with

...

Hakeem takes 33-win teams to 48 wins, 15 win lift
Jordan takes 38-win teams to 53.5 wins, 15 win lift
Magic takes 44-win teams to 5
9


The distribution in the first bit is wierd(you would expect magic to have a bigger offensive swing and jordan a bigger defensive swing), but in general Magic is able to compete or edge Jordan in terms of overall improvement despite being a worse defender (in the regular season at least).

For Lebron, it's pretty straight forward, unless you go out of your way to look for his worst signals, he just wins things on both ends, even when the poster in question, for whatever reason, uses a significantly longer stretch for Lebron.

Nash actually generates an even higher 1-year offensive swing if you use 2005 vs 2004(14!) and/or the games he misses 2007(8!) which, paired with leading the best era-relative offenses ever again and again will always give him a pretty solid statistical argument.

Oscar played in a league where srs and o-rating were pretty suppressed, but in a z-score/standard deviation sense, he probably has a good one too(turned worst offense into best offense as a rookie)

2. Health. Pippen and Grant barely missed games with Jordan in the other years. Both missed 10 games in 94. With Pippen, the Bulls were a +2 offense, better than any pre-triangle MJ offense(55-win pace by srs, and 58-win pace by record overall). In 95 Grant was not there.


Sure, but you can also say that Kevin Love only played 21 games in 2018-19 after LeBron left; that the 2010-11 Cavs roster was significantly changed(and they got a new coach) from the 2009-10 roster; that when LeBron returned to Cleveland in 2014, Love also arrived, etc.

Indeed. This is why I generally avoid using the second cleveland arrival or depature or will use the cavs with kyrie and love and no lebron(which, to be clear, produced significantly worse offense than the Bulls with Pippen and grant in 94 and with just Pippen in 95) which I think speaks at least partially to the triangle's ability to elevate role-players assuming a capable primary ball-handler.

Not sure how much credit Jackson should get for the defense, but the Bulls treading water when Pippen was out also is suggestive of Jackson being able to get the most out of spare parts(and perhaps says something about Grant too).

But my point was more simply that the team need Jordan just as much, if not more, than the triangle. Which brings me to:

You are correct there.

Jordan was great and essential for the triangle to produce all-time offense, but the triangle and phil jackson's ability to bolster teams were, imo, something that would have remained with or without Jordan, and in the context of this comparison, I don't know this really shows that much.


I'm not trying to take away from the triangle, and its success later in LA with Shaq and Kobe would prove it's not singularly dependent on one player, but like any other offensive system, it is dependent on having elite offensive players.

...and actually, upon looking, four of the six Bulls championship teams posted higher rel ORtgs than any team Phil coached in LA.


They did in the regular season though for whatever reason, the Lakers were the only Lakers team to produce goat-level playoff offense(the reason may be a combination of shaq being reselient offensively and the opposite defensively). I will also highlight the triangle functions differently without illegal defense as defenses now have a much easier time putting extra bodies on whoeveris on the weak side(will not commit to it being more or less effective on a team-level but Kobe's efficiency and impact was hurt by this significantly imo).

In general, I would argue it's ability to yield great results is dependent on elite offensive players, but I think for it to simply "get more than the sum of it's parts" in the 80's/90's, you really just needed a good ball-handler, connective passers, and shooters.
its my last message in this thread, but I just admit, that all the people, casual and analytical minds, more or less have consencus who has the weight of a rubberized duck. And its not JaivLLLL
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#162 » by SinceGatlingWasARookie » Thu Apr 18, 2024 8:28 pm

No, Time travel LeBron back to Jordan’s era and LeBron will not be as good of a scorer as Jordan because of the ack of floor spacing that more modern 3 point shooting created.

Oscar and Wilt are relevant but the game and era Oscar and Wilt played in was too different for comparisons.

How many years after retirement will LeBron continue to dominate realgm?
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#163 » by Djoker » Fri Apr 19, 2024 5:13 am

I decided to compile the data that the OP tried to do and failed. This should be complete and without errors.

Against -3.0 rDRtg or Better Defenses

Michael Jordan

1985 Bucks: 29.3 ppg on +4.2 rTS
1986 Celtics: 43.7 ppg on +7.5 rTS
1989 Cavaliers: 39.8 ppg on +8.7 rTS
1989 Pistons: 29.7 ppg on +4.7 rTS
1990 Pistons: 32.1 ppg on +5.2 rTS
1991 Pistons: 29.8 ppg on +13.1 rTS
1992 Knicks: 31.3 ppg on +1.8 rTS
1992 Blazers: 35.8 ppg on +9.6 rTS
1993 Knicks: 32.2 ppg on +1.8 rTS
1996 Heat: 30.0 ppg on +8.3 rTS
1996 Knicks: 36.0 ppg on +1.1 rTS
1996 Sonics: 27.3 ppg on +1.4 rTS
1997 Hawks: 26.6 ppg on -0.4 rTS
1997 Heat: 30.2 ppg on -3.7 rTS
1998 Pacers: 31.7 ppg on +5.6 rTS

Career Average: 32.1 ppg on +4.6 rTS
8-Year Prime Average (1986-1993): 33.6 ppg on +6.6 rTS

Lebron James

2006 Pistons: 26.6 ppg on +0.2 rTS
2007 Spurs: 22.0 ppg on -8.3 rTS
2008 Celtics: 26.7 ppg on -2.8 rTS
2009 Magic: 38.5 ppg on +8.3 rTS
2010 Celtics: 26.8 ppg on +2.2 rTS
2011 Celtics: 28.0 ppg on +3.7 rTS
2011 Bulls: 25.8 ppg on +6.0 rTS
2012 Knicks: 27.8 ppg on +7.8 rTS
2012 Celtics: 33.6 ppg on +8.9 rTS
2013 Pacers: 29.0 ppg on +11.4 rTS
2013 Spurs: 25.3 ppg on +1.3 rTS
2014 Pacers: 22.8 ppg on +13.8 rTS
2014 Spurs: 28.2 ppg on +16.0 rTS
2015 Warriors: 35.8 ppg on -3.7 rTS
2016 Hawks: 24.3 ppg on +5.5 rTS
2017 Warriors: 33.6 ppg on +10.5 rTS
2018 Celtics: 33.6 ppg on +7.8 rTS
2023 Grizzlies: 22.2 ppg on -1.3 rTS

Average: 28.6 ppg on +4.9 rTS
8-Year Prime Average (2012-2020): 29.6 ppg on +7.9 rTS
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#164 » by Lebronnygoat » Fri Apr 19, 2024 4:49 pm

Djoker wrote:I decided to compile the data that the OP tried to do and failed. This should be complete and without errors.

Against -3.0 rDRtg or Better Defenses

Michael Jordan

1985 Bucks: 29.3 ppg on +4.2 rTS
1986 Celtics: 43.7 ppg on +7.5 rTS
1989 Cavaliers: 39.8 ppg on +8.7 rTS
1989 Pistons: 29.7 ppg on +4.7 rTS
1990 Pistons: 32.1 ppg on +5.2 rTS
1991 Pistons: 29.8 ppg on +13.1 rTS
1992 Knicks: 31.3 ppg on +1.8 rTS
1992 Blazers: 35.8 ppg on +9.6 rTS
1993 Knicks: 32.2 ppg on +1.8 rTS
1996 Heat: 30.0 ppg on +8.3 rTS
1996 Knicks: 36.0 ppg on +1.1 rTS
1996 Sonics: 27.3 ppg on +1.4 rTS
1997 Hawks: 26.6 ppg on -0.4 rTS
1997 Heat: 30.2 ppg on -3.7 rTS
1998 Pacers: 31.7 ppg on +5.6 rTS

Career Average: 32.1 ppg on +4.6 rTS
8-Year Prime Average (1986-1993): 33.6 ppg on +6.6 rTS

Lebron James

2006 Pistons: 26.6 ppg on +0.2 rTS
2007 Spurs: 22.0 ppg on -8.3 rTS
2008 Celtics: 26.7 ppg on -2.8 rTS
2009 Magic: 38.5 ppg on +8.3 rTS
2010 Celtics: 26.8 ppg on +2.2 rTS
2011 Celtics: 28.0 ppg on +3.7 rTS
2011 Bulls: 25.8 ppg on +6.0 rTS
2012 Knicks: 27.8 ppg on +7.8 rTS
2012 Celtics: 33.6 ppg on +8.9 rTS
2013 Pacers: 29.0 ppg on +11.4 rTS
2013 Spurs: 25.3 ppg on +1.3 rTS
2014 Pacers: 22.8 ppg on +13.8 rTS
2014 Spurs: 28.2 ppg on +16.0 rTS
2015 Warriors: 35.8 ppg on -3.7 rTS
2016 Hawks: 24.3 ppg on +5.5 rTS
2017 Warriors: 33.6 ppg on +10.5 rTS
2018 Celtics: 33.6 ppg on +7.8 rTS
2023 Grizzlies: 22.2 ppg on -1.3 rTS

Average: 28.6 ppg on +4.9 rTS
8-Year Prime Average (2012-2020): 29.6 ppg on +7.9 rTS

You’re silly, again PRIME LEBRON VS PRIME JORDAN.
Using an undeveloped scoring bron vs Jordan is silly as it gets. MJ was better from the get go, sure. And you’re using 2023 LeBron?? You’re just trying to help MJ. Okay fair I used the Bobcats which was a stretch (of a tenth of a decimal but whatever). Without the Bobcats- 30ppg +7.3 rTS. Using 2010 Boston is literally horrible and yk why. Using 1991 pistons is also horrible and yk why. Laimbeer (20mpg vs his RS 32) Rodman (16mpg last two games where shot +17rTS 32 ppg, and in game 1 where he played 37 mpg MJ was 53TS% on 22 pts). Isiah Thomas also had a high ankle sprain and fractured wrist. Was horrible. Nice prime excluding 09 but I’m manipulating data lol.

True -3.0 and up defenses Prime LeBron faced when healthy- 30.0 +7.3rTS.
True -3.0 and up defenses Prime (adding 86) Jordan faced when healthy- 34.1 +3.8rTS.

Seriously rethink how you evaluate the game of basketball if you even think the pistons were of their regular season status defensively as they were vs the Bulls. Because every team LeBron faced was.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#165 » by SinceGatlingWasARookie » Fri Apr 19, 2024 5:14 pm

Djoker wrote:I decided to compile the data that the OP tried to do and failed. This should be complete and without errors.

Against -3.0 rDRtg or Better Defenses

Michael Jordan

1985 Bucks: 29.3 ppg on +4.2 rTS
1986 Celtics: 43.7 ppg on +7.5 rTS
1989 Cavaliers: 39.8 ppg on +8.7 rTS
1989 Pistons: 29.7 ppg on +4.7 rTS
1990 Pistons: 32.1 ppg on +5.2 rTS
1991 Pistons: 29.8 ppg on +13.1 rTS
1992 Knicks: 31.3 ppg on +1.8 rTS
1992 Blazers: 35.8 ppg on +9.6 rTS
1993 Knicks: 32.2 ppg on +1.8 rTS
1996 Heat: 30.0 ppg on +8.3 rTS
1996 Knicks: 36.0 ppg on +1.1 rTS
1996 Sonics: 27.3 ppg on +1.4 rTS
1997 Hawks: 26.6 ppg on -0.4 rTS
1997 Heat: 30.2 ppg on -3.7 rTS
1998 Pacers: 31.7 ppg on +5.6 rTS

Career Average: 32.1 ppg on +4.6 rTS
8-Year Prime Average (1986-1993): 33.6 ppg on +6.6 rTS

Lebron James

2006 Pistons: 26.6 ppg on +0.2 rTS
2007 Spurs: 22.0 ppg on -8.3 rTS
2008 Celtics: 26.7 ppg on -2.8 rTS
2009 Magic: 38.5 ppg on +8.3 rTS
2010 Celtics: 26.8 ppg on +2.2 rTS
2011 Celtics: 28.0 ppg on +3.7 rTS
2011 Bulls: 25.8 ppg on +6.0 rTS
2012 Knicks: 27.8 ppg on +7.8 rTS
2012 Celtics: 33.6 ppg on +8.9 rTS
2013 Pacers: 29.0 ppg on +11.4 rTS
2013 Spurs: 25.3 ppg on +1.3 rTS
2014 Pacers: 22.8 ppg on +13.8 rTS
2014 Spurs: 28.2 ppg on +16.0 rTS
2015 Warriors: 35.8 ppg on -3.7 rTS
2016 Hawks: 24.3 ppg on +5.5 rTS
2017 Warriors: 33.6 ppg on +10.5 rTS
2018 Celtics: 33.6 ppg on +7.8 rTS
2023 Grizzlies: 22.2 ppg on -1.3 rTS

Average: 28.6 ppg on +4.9 rTS
8-Year Prime Average (2012-2020): 29.6 ppg on +7.9 rTS


I am seeing playoff series, mostly the last one played or last one won. Looking at 2016 why Hawks not Warriors?
rTS? TS true shooting. TS presumably is True shooting but TS presents as % between 40% and 70z.
Playoff season win-shares per 48 minutes with more than 100 minutes played amused me because it presents 2017 JaVale McGee as top 10 of all time and better than Shaq, Jordan, LeBron, Curry and Durant. Playoff winshares loves medium volume extremely high TS% shooting too much. But playoff winshares revealed that to slow down Curry and KD teams made a mistake by not paying enough attention to their teammate JaVale.

But what exactly is rTS

Something i borrowed from another website
“”” If I'm not mistaken, TS% describes your scoring efficiency, rTS is your scoring efficiency relative to league average at your era and TS+ is your efficiency relative to your opponent's defense (???)”””

LeBon Stans will not listen to a good argument that does not come out with LeBron being the greatest.
LeBron and Jordan and Kobe are similar enough to each other in role and size style and era that they can be compared but adjutment for era is relevant.

One thing that sets LeBron appart from Kobe and Jordan is that LeBron had the point guard role as well as the scorer role.

Oscar had the point guard role and the scorer role like LeBron.

For Wilt and Oscar the game, rules, and competition that they played against was too different to compare them to LeBron.

Wilt wins scoring and statistical comparisons. Comparing centers to wings is problematic because centers are playing a differet game than Jordan, Kobe, Oscar and LeBron were playing.

Take all the other player out of the video and view the star as a dancer in an empty arena and there will be similarity between the LeBron and Jordan dances but the Wilt dance will look completely different.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#166 » by lessthanjake » Fri Apr 19, 2024 5:40 pm

SinceGatlingWasARookie wrote:
But what exactly is rTS

Something i borrowed from another website
“”” If I'm not mistaken, TS% describes your scoring efficiency, rTS is your scoring efficiency relative to league average at your era and TS+ is your efficiency relative to your opponent's defense (???)”””


Just to clarify this so that you (and others reading this) understand what rTS% (relative TS%) is:

Usually, when one talks about rTS%, it is referring to the definition you quoted above. Specifically, the amount your TS% was above or below league average. So, for instance, if a player has a regular season TS% of 57.5% and the league average TS% that season is 53.4%, then that player’s regular season rTS% would be +4.1 (because 57.5 - 53.4 = 4.1).

When talking about rTS% in a playoff series, though, it makes more sense to compare a player’s TS% to the TS% given up by the specific opponent they are facing. So, for purposes of this thread, rTS% is referring to the amount a player’s TS% in a playoff series was above or below their opponent’s regular-season TS% given up. For instance, if a player has a TS% of 59.3% in a playoff series, and that playoff opponent gave up a TS% of 56.1% in the regular season, then that player’s rTS% in the playoff series would be +3.2 (because 59.3 - 56.1 = 3.2).
OhayoKD wrote:Lebron contributes more to all the phases of play than Messi does. And he is of course a defensive anchor unlike messi.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#167 » by SinceGatlingWasARookie » Fri Apr 19, 2024 7:06 pm

2017 playoffs TS%
Javale 74.3%
Durant 68.4%
Curry 65.9%
LeBron 64.9%


Javale 2017 per 36 minutes playoff stats
23 points per 36 minutes at TS% 74.3
11.6 rebounds, 1 assist, half a steal, 1.9 turnovers, 7.5 fouls, 3.6 blocks
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#168 » by EmpireFalls » Fri Apr 19, 2024 7:17 pm

Idk both seemed pretty damn resilient to me. At what point do both sides admit they are splitting hairs?
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#169 » by lessthanjake » Fri Apr 19, 2024 7:50 pm

The following goes outside the very precise confines of exactly what the OP is looking at, but I do think that another way to look at a player’s playoff scoring “resilience” is to look at how often they fell below a certain efficiency or volume threshold in a playoff series. Overall averages can obscure this, since it doesn’t really get to consistency. For example, if two players had the same average volume or efficiency, but one of them is more consistent, then I’d personally call the more consistent player more resilient, because it means they were less likely to actually have their scoring be meaningfully limited in a playoff series.

To look at that aspect of things, I’ve analyzed several things regarding these two players: (1) the number of playoff series overall in which they had a negative rTS%; (2) the number of playoff series where they scored more than 2 PPG less than their season average; and (3) the number of playoff series where they scored below a certain absolute PPG threshold. I also looked at a combination of these. Items #2 and #3 are obviously getting at something very similar (i.e. being limited in scoring volume in a series), but with different baselines, just to preempt the criticism that using an absolute PPG threshold is unfair to LeBron, who was typically a somewhat lower-volume scorer in general (though, obviously, being a higher-volume scorer in general suggests higher scoring resilience in general, so I’d probably prefer an absolute threshold). Here are the results:

Playoffs Series with a Negative rTS%

Jordan

1. 1992 vs. Cavs (-0.7 rTS%)
2. 1997 vs. Hawks (-0.4 rTS%)
3. 1997 vs. Heat (-3.7 rTS%)
4. 1997 vs. Jazz (-0.2 rTS%)
5. 1998 vs. Hornets (-1.2 rTS%)
6. 1998 vs. Jazz (-0.8 rTS%)

LeBron

1. 2007 vs. Wizards (-1.3 rTS%)
2. 2007 vs. Nets (-0.3 rTS%)
3. 2007 vs. Spurs (-8.3 rTS%)
4. 2008 vs. Celtics (-2.8 rTS%)
5. 2015 vs. Celtics (-0.3 rTS%)
6. 2015 vs. Bulls (-5.0 rTS%)
7. 2015 vs. Hawks (-2.2 rTS%)
8. 2015 vs. Warriors (-3.7 rTS%)
9. 2016 vs. Pistons (-0.4 rTS%)
10. 2021 vs. Suns (-0.4 rTS%)
11. 2023 vs. Grizzlies (-1.3 rTS%)

Overall, I think we can see some general patterns here.

First, until a series in which he was 34 years old, Jordan only had *one* playoff series with a negative rTS%! This is remarkably consistent playoff scoring efficiency for the vast majority of Jordan’s career! The flip side of this is that his playoff scoring efficiency became genuinely inconsistent in his last couple playoff runs. The scoring volume was still there in those years (more on that below), but the efficiency suffered, albeit only having one series that was actually a significantly negative rTS%.

Second, we see that LeBron had a lot of trouble with playoff scoring efficiency in his earlier years. He then had a handful of years of consistent playoff scoring efficiency, followed by a string of five straight series (over the course of two playoff runs) with negative rTS%. After that, he had a few more consistent runs, followed by a bit of understandable inconsistency at a late age. LeBron also more commonly had significantly negative rTS% than Jordan—with a handful of real stinkers, compared to just one for Jordan.

Playoff Series Scoring 2+ PPG Below Season Average

Jordan

1. 1988 vs. Pistons (-7.6 PPG)
2. 1989 vs. Pistons (-2.8 PPG)
3. 1991 vs. Knicks (-2.5 PPG)
4. 1996 vs. Sonics (-3.1 PPG)
5. 1997 vs. Hawks (-3.0 PPG)

LeBron

1. 2006 vs. Pistons (-4.8 PPG)
2. 2007 vs. Nets (-2.6 PPG)
3. 2007 vs. Spurs (-5.3 PPG)
4. 2008 vs. Celtics (-3.3 PPG)
5. 2010 vs. Celtics (-2.9 PPG)
6. 2011 vs. 76ers (-2.5 PPG)
7. 2011 vs. Mavericks (-8.9 PPG)
8. 2013 vs. Bucks (-2.3 PPG)
9. 2013 vs. Bulls (-3.2 PPG)
10. 2014 vs. Pacers (-4.3 PPG)
11. 2016 vs. Pistons (-2.5 PPG)
12. 2023 vs. Grizzlies (-6.7 PPG)
13. 2023 vs. Warriors (-4.2 PPG)

Again, I think we see some general patterns, though they’re a little different than they were on the efficiency front:

Regarding Jordan, he basically had one of these series very rarely, but did have them every once in a while throughout his career.

LeBron had a lot more of these series. As with the inefficient series’, they were pretty common in his earlier years. But, unlike with the scoring efficiency, the lower scoring volume series kept popping up with considerable frequency after that as well. Of course, they’ve also popped up a couple times in his old-age years, but that’s not super surprising.

Playoff Series Below an Absolute PPG Threshold

Of course, the above is relative to themselves. That seems relevant, but it also seems quite relevant to look at how often they were meaningfully limited in their scoring, against an absolute scoring threshold. This is obviously less favorable to LeBron than comparing to their own season average since LeBron tended to score less in general, but being a higher scorer in general suggests higher scoring resilience in general.

The lowest Jordan ever averaged in a playoff series was 26.6 PPG (vs. the 1997 Hawks). And he only even had 3 playoff series below 29 PPG. For reference, here are all the series in which LeBron scored below Jordan’s *lowest* PPG in a playoff series:

LeBron Scoring below Jordan’s lowest PPG series

1. 2006 vs. Pistons (26.6 PPG)
2. 2007 vs. Nets (24.7 PPG)
3. 2007 vs. Pistons (25.7 PPG)
4. 2007 vs Spurs (22.0 PPG)
5. 2011 vs. 76ers (24.2 PPG)
6. 2011 vs. Bulls (25.8 PPG)
7. 2011 vs. Mavericks (17.8 PPG)
8. 2013 vs. Bucks (24.5 PPG)
9. 2013 vs. Bulls (23.6 PPG)
10. 2013 vs. Spurs (25.3 PPG)
11. 2014 vs. Pacers (22.8 PPG)
12. 2015 vs. Bulls (26.2 PPG)
13. 2016 vs. Pistons (22.8 PPG)
14. 2016 vs. Hawks (24.3 PPG)
15. 2016 vs. Raptors (26.0 PPG)
16. 2020 vs. Rockets (25.8 PPG)
17. 2021 vs. Suns (23.3 PPG)
18. 2023 vs. Grizzlies (22.2 PPG)
19. 2023 vs. Warriors (24.7 PPG)

This looks very similar to the list above in terms of general trends (being distributed throughout his career), but unsurprisingly with some more series qualifying. These series where LeBron had a lower PPG than Jordan’s lowest-scoring playoff series account for a whopping 34% of LeBron’s career playoff series!

Combinations of Limited Scoring Efficiency and/or Volume

Given the relationship between scoring efficiency and volume, it seems worth it for “resilience” purposes to look at combinations of these.

How many series did these players *either* have a negative rTS% *or* score at least 2 PPG below their season average?

Jordan: Playoff Series with Negative rTS% *or* Scoring Volume 2+ PPG below Season Average

1. 1988 vs. Pistons
2. 1989 vs. Pistons
3. 1991 vs. Knicks
4. 1992 vs. Cavs
5. 1996 vs. Sonics
6. 1997 vs. Hawks
7. 1997 vs. Heat
8. 1997 vs. Jazz
9. 1998 vs. Hornets
10. 1998 vs. Jazz

LeBron: Playoff Series with Negative rTS% *or* Scoring Volume 2+ PPG below Season Average

1. 2006 vs. Pistons
2. 2007 vs. Wizards
3. 2007 vs. Nets
4. 2007 vs. Spurs
5. 2008 vs. Celtics
6. 2010 vs. Celtics
7. 2011 vs. 76ers
8. 2011 vs. Mavericks
9. 2013 vs. Bucks
10. 2013 vs. Bulls
11. 2014 vs. Pacers
12. 2015 vs. Celtics
13. 2015 vs. Bulls
14. 2015 vs. Hawks
15. 2015 vs. Warriors
16. 2016 vs. Pistons
17. 2021 vs. Suns
18. 2023 vs. Grizzlies
19. 2023 vs. Warriors

Overall, Jordan obviously has a lot fewer of these. LeBron does have more playoff series in general, but even as a percent of their career playoff series, Jordan had a negative rTS% or scored 2+ PPG below his season average in just 27% of his playoff series, while LeBron did so in 36% of his. Moreover, these only made up 16% of Jordan’s playoff series prior to the second-three-peat years (while they’re pretty consistently distributed throughout LeBron’s career).

Relatedly, while I won’t list them all, if we instead looked at whether the player had a negative rTS% or scored less than that 26.6 PPG threshold, obviously we’d have Jordan with just the 6 playoff series he had a negative rTS% in, while LeBron would have 24 such series! That is 16% of Jordan’s playoff series vs. 45% for LeBron! Obviously that’s a convenient cutoff for Jordan (since we’re using his lowest PPG as the volume cutoff), but the results would be similarly stark using essentially any PPG cutoff. It was simply very common for LeBron to either have notably lower scoring volume than Jordan had or to have scored inefficiently.

But what about the series in which these players had both a negative rTS% *and* had their scoring volume limited to more than 2 PPG below their season average?

Jordan: Playoff Series with Negative rTS% *and* Scoring Volume 2+ PPG below Season Average

1. 1997 vs. Hawks

LeBron: Playoff Series with Negative rTS% *and* Scoring Volume 2+ PPG below Season Average

1. 2007 vs. Nets
2. 2007 vs. Spurs
3. 2008 vs. Celtics
4. 2016 vs. Pistons
5. 2023 vs. Grizzlies

This is pretty self-explanatory. Jordan only had one series where he had a negative rTS% and was also limited to more than 2 PPG below his season scoring average (indeed, he only had one series where he had a negative rTS% and didn’t score *more* than his season scoring average). LeBron had five such series. Of course, if we look at the years, some might argue that only one of these came in LeBron's prime, but I certainly think LeBron was as much in his prime in 2007 and 2008 as Jordan was in 1997.

Meanwhile, of course, if we combined series that have a negative rTS% and were below that 26.6 PPG threshold, Jordan does not have any such series, while LeBron adds one more to the above (2015 vs. Bulls), for a total of six. Again, that’s of course a convenient threshold for Jordan, but there’d be a clear divide between the two with any threshold here.

______________________________

In conclusion, Jordan was less likely to have a negative rTS% in the playoffs, and he was less likely to meaningfully underperform his season average in scoring volume (though we should keep in mind when looking at this that Jordan has a bit fewer playoff series overall). LeBron was also obviously far more likely to have scored below essentially any absolute scoring threshold we could use (with a very stark comparison being to look at the number of series LeBron has below Jordan’s lowest-scoring series). Unsurprisingly, LeBron also had a lot more series with either efficiency or volume issues, as well as a lot more playoff series with both. To me, this is strong evidence of Jordan’s substantially superior playoff scoring resilience. Jordan was simply much less likely to be substantially limited in scoring volume and/or efficiency in a playoff series. And this is especially true in the time period until Jordan’s last couple years (where he was 34 and 35 years old in the playoffs)—prior to that, Jordan was remarkably consistent in both of these regards at once, in a way that LeBron never was.
OhayoKD wrote:Lebron contributes more to all the phases of play than Messi does. And he is of course a defensive anchor unlike messi.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#170 » by tsherkin » Fri Apr 19, 2024 8:29 pm

lessthanjake wrote:(1) the number of playoff series overall in which they had a negative rTS%;


rTS relative to playoff league average or regular season league average?

First, until a series in which he was 34 years old, Jordan only had *one* playoff series with a negative rTS%!


He was spot-on playoff average in the 96 Finals. 33 years old at that time.

53.9 under 55.1 in the ECS against the Magic in 95.

52.2 under 53.0 against the Knicks in 93.

53.9 under 54.5 against the Knicks in 92.

51.1 under 54.5 against Cleveland in 92.

52.9 under 54.8 against Boston in 87.

Couple more than you're suggesting prior to his age 34 season.

Food for thought.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#171 » by lessthanjake » Fri Apr 19, 2024 8:33 pm

tsherkin wrote:
lessthanjake wrote:(1) the number of playoff series overall in which they had a negative rTS%;


rTS relative to playoff league average or regular season league average?


This is rTS% relative to the playoff opponent’s season average (which is also what the OP was measuring rTS% based on). I clarified this to SinceGatlingWasARookie a few posts above this (https://forums.realgm.com/boards/viewtopic.php?p=112479536#p112479536). The examples you gave in the rest of your post are relative to the league’s playoff average, which is of course looking at a different thing.
OhayoKD wrote:Lebron contributes more to all the phases of play than Messi does. And he is of course a defensive anchor unlike messi.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#172 » by tsherkin » Fri Apr 19, 2024 8:48 pm

lessthanjake wrote:This is rTS% relative to the playoff opponent’s season average (which is also what the OP was measuring rTS% based on). I clarified this to SinceGatlingWasARookie a few posts above this (https://forums.realgm.com/boards/viewtopic.php?p=112479536#p112479536).



Hmm, definitely didn't see that.

I don't think I agree with that premise as a good one. If you were going to do relative TS% using opponent's surrendered TS%, it would make more sense to do so based on that player's RS performance against them instead of an aggregate of "not that player" performing against them.

Jordan had a bunch of playoff matchups where he scored at efficiency below what was average for the playoffs (and many more at considerably lower than his own RS efficiency), so the way you've shaped that stat is somewhat misleading, IMHO. Particularly given the volume of actual matchups where he was considerably undercut relative to his own efficiency, and relative to playoff average, I think there's more to it than just what an individual scorer's was relative to that team's surrendered average.

So in terms of resiliency, it still makes more sense to look at that player relative to his own efficiency drops. I guess it's a bit more intensive, of course, which is fair. I think I'm only picking at nits because that stat implies that Jordan was incredible in only having "one" series before he was 34 where that stat comes into play... but from a couple of other angles, he was dropping off notably at times against certain types of defenses.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#173 » by lessthanjake » Fri Apr 19, 2024 9:11 pm

tsherkin wrote:
lessthanjake wrote:This is rTS% relative to the playoff opponent’s season average (which is also what the OP was measuring rTS% based on). I clarified this to SinceGatlingWasARookie a few posts above this (https://forums.realgm.com/boards/viewtopic.php?p=112479536#p112479536).



Hmm, definitely didn't see that.

I don't think I agree with that premise as a good one. If you were going to do relative TS% using opponent's surrendered TS%, it would make more sense to do so based on that player's RS performance against them instead of an aggregate of "not that player" performing against them.

Jordan had a bunch of playoff matchups where he scored at efficiency below what was average for the playoffs (and many more at considerably lower than his own RS efficiency), so the way you've shaped that stat is somewhat misleading, IMHO. Particularly given the volume of actual matchups where he was considerably undercut relative to his own efficiency, and relative to playoff average, I think there's more to it than just what an individual scorer's was relative to that team's surrendered average.

So in terms of resiliency, it still makes more sense to look at that player relative to his own efficiency drops. I guess it's a bit more intensive, of course, which is fair. I think I'm only picking at nits because that stat implies that Jordan was incredible in only having "one" series before he was 34 where that stat comes into play... but from a couple of other angles, he was dropping off notably at times against certain types of defenses.


I think measuring rTS% based on opponent’s regular-season TS% given up is pretty much the standard way of doing rTS% for playoffs, no? It certainly is the method that both sides of this discussion have been consistently using throughout this thread, with no one on either side objecting to that. And it seems to me that doing it based on what these players specifically did in the regular season against those teams would just be small-sample-size theater, while doing it based on the player’s regular-season TS% would just completely fail to account for the quality of the specific defense being faced in the series. (Granted, the second issue could be raised regarding the scoring volume calculations as well, but that’s not something anyone on either side of this thread had been correcting for when talking about scoring volume. In theory, one could aim to correct for that by looking at the PPG scored as a percent of the PPG the opponent gave up in the regular season or something like that, but I’ve not seen anyone do analysis like that in the past, whereas calculating playoff rTS% like this is pretty standard AFAIK, and is how OP and others have been talking about it in this thread).
OhayoKD wrote:Lebron contributes more to all the phases of play than Messi does. And he is of course a defensive anchor unlike messi.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#174 » by tsherkin » Fri Apr 19, 2024 9:17 pm

lessthanjake wrote:I think measuring rTS% based on opponent’s regular-season TS% given up is pretty much the standard way of doing rTS% for playoffs, no?


Not that I've seen, for whatever that is worth. Could be, doesn't really change much for my thought on the subject, though.

It certainly is the method that both sides of this discussion have been consistently using throughout this thread, with no one on either side objecting to that.


Well, I'm no arbiter on the final validity of a given method, was just authoring a perspective on that usage, that's all. :)

As you say, there's some note about specific defense faced and all that to be accounted for in the whole process, which is worth consideration. I guess my point was that the statement I quoted implied Jordan wasn't being affected to a meaningful extent, you know? And he was dropping, even below the average scoring efficiency seen in that postseason, quite regularly. And then there is also the idea that negative rTS (even as defined) doesn't really account for player starting point in terms of efficiency relative to what the opposition was giving up. By that definition, you could lose 8% off your average efficiency and if it was above what a good D was routinely giving up, that wouldn't count as a negative.

That makes me wonder about the utility, you know?

EDIT: I hasten to add, I realize that playoff league average has basically all of the same issues I was mentioning for the opposition TS%. Wasn't arguing for my specific method so much as discussing the limitations of rTS in general. I feel like there needs to be more information, and reducing everything to a single pivot number excludes a little too much context unless it's got a very light usage in how it is employed.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#175 » by Djoker » Fri Apr 19, 2024 9:52 pm

tsherkin wrote:
lessthanjake wrote:I think measuring rTS% based on opponent’s regular-season TS% given up is pretty much the standard way of doing rTS% for playoffs, no?


Not that I've seen, for whatever that is worth. Could be, doesn't really change much for my thought on the subject, though.

It certainly is the method that both sides of this discussion have been consistently using throughout this thread, with no one on either side objecting to that.


Well, I'm no arbiter on the final validity of a given method, was just authoring a perspective on that usage, that's all. :)

As you say, there's some note about specific defense faced and all that to be accounted for in the whole process, which is worth consideration. I guess my point was that the statement I quoted implied Jordan wasn't being affected to a meaningful extent, you know? And he was dropping, even below the average scoring efficiency seen in that postseason, quite regularly. And then there is also the idea that negative rTS (even as defined) doesn't really account for player starting point in terms of efficiency relative to what the opposition was giving up. By that definition, you could lose 8% off your average efficiency and if it was above what a good D was routinely giving up, that wouldn't count as a negative.

That makes me wonder about the utility, you know?

EDIT: I hasten to add, I realize that playoff league average has basically all of the same issues I was mentioning for the opposition TS%. Wasn't arguing for my specific method so much as discussing the limitations of rTS in general. I feel like there needs to be more information, and reducing everything to a single pivot number excludes a little too much context unless it's got a very light usage in how it is employed.


When looking at relative efficiency in the regular season we're using the league average since the player presumably plays against all teams equally and although that isn't exactly the case, it's close enough.

In the playoffs though, said player only faces a small subset of opponents and thus it makes sense to look at efficiency relative to those particular opponents' defenses that the player faced and not everyone. It's not perfect because teams' defenses sometimes get better or worse in the playoffs (ex. 2008 Celtics' defense gets worse, 2023 Nuggets' defense gets better) but it's the most sensible approach.
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Re: Prime LeBron James is the most resilient scorer in NBA History 

Post#176 » by tsherkin » Fri Apr 19, 2024 10:05 pm

Djoker wrote:
When looking at relative efficiency in the regular season we're using the league average since the player presumably plays against all teams equally and although that isn't exactly the case, it's close enough.

In the playoffs though, said player only faces a small subset of opponents and thus it makes sense to look at efficiency relative to those particular opponents' defenses that the player faced and not everyone. It's not perfect because teams' defenses sometimes get better or worse in the playoffs (ex. 2008 Celtics' defense gets worse, 2023 Nuggets' defense gets better) but it's the most sensible approach.


Nothing's perfect, and I acknowledge it has some merits. My point was a little more specific. I think it just misses too much context in this discussion.

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