lessthanjake wrote:But this is exactly my point! We shouldn’t be comparing Jokic to prime LeBron with advantageous variance! Talking about times when LeBron’s shot was “on” is essentially exactly that. I realize you’re referring to entire seasons, but even that is subject to a lot of variance when we are talking about subsets of shots. For instance, there’s not much of any correlation between his best seasons in terms of shooting and his best playoffs in shooting. It’s all kind of just random.
Even without "advantageous variance" at play, LeBron from, say, 2009-2020 was still better than he was in 2024. For example, LeBron shot 26% from 3 in the 2012 playoffs, and LeBron was, IMO, quite clearly "better" than in 2024, even with shooting on the colder side. I'm pretty happy to compare Jokic to prime LeBron
without that variance too.
So I get your point, but two additional shots made in the course of just a few games is really not nothing! That’s a notable difference (both statistically, and in a series this close). We also haven’t mentioned LeBron shooting like 11-14% better on shots from 3-10 feet than he did in his prime years on average (the range depending on if we are comparing to his prime RS numbers or playoff numbers). That’s another shot or two extra from positive shooting variance. And then there’s the three-point shooting, where he basically made an extra three-pointer than you’d expect prime LeBron to make. At that point, we’re looking at a difference of about 2 points a game from what we’d generally expect. That’s a big deal! Would prime LeBron make that up by scoring a higher percent of his shots at the rim and likely getting to the rim more in the first place? Yeah, probably. This stuff would probably roughly cancel out and you’d be left with prime LeBron being a better defender. So I think prime LeBron would be better overall, but my point has just been that it’s much more complicated and less clear cut than just saying prime LeBron was way better than current LeBron, because that completely ignores that LeBron played much better than his current baseline in this series.
2 shots in 5 games is... 0.4 shots per game (which is 0.8 points). That's... not really a notable difference in terms of addressing the question "how good was LeBron?" Yes, individual shots/redistributions of shooting variance can be pivotal in deciding a series, but it shouldn't decide how good a player was holistically.
In terms of the shooting variance across the board, I'd once again note that looking at
prime shooting percentages for LeBron and applying the difference to modern LeBron ignores the larger scale increases in efficiency that have occurred due to spacing over time.
Just an exhibition as to how shooting has changed over time...
Looking at 2024 vs LeBron's (2009-2018) prime, the different shooting zones have the following TS+
Rim: 109
Short midrange: 110
Long midrange: 105
Corner 3: 100
Above break 3s: 103
Despite the
clear strategic shift towards bombing 3s from afar, the largest increases are
clearly occurring around the rim and in the short midrange. This is because the increase in player shooting, whilst evident in player shooting percentages, is having an even
larger effect on interior finishing.
Looking at "prime LeBron" numbers and calculating 2024 LeBron's shooting "variance" based off these numbers is incorrectly framing the expectations set by prime LeBron, and is akin to an older person complaining that things "were cheaper back in my day!" whilst ignoring that inflation exists.
It's more accurate to compare 2024 LeBron's "variance" to his own 2024, given that skillsets are not uniform over time, nor is LeBron's physical health post-2019ish.
Using the following measurement -
volume * (playoff shooting - regular season shooting)LeBron's shooting from 3 feet to the 3 point line generated points at +1.65 per game relative to his regular season expectation. That's hot shooting on 2 point jumpers, that's fine and that's roughly what I'd expect given the +2 non-inflation adjusted estimate you mentioned in your post.
However...
LeBron's FT shooting was also equivalent to -0.05 points, which drops us to +1.60. That's fine, and doesn't move the needle much.
Now, let's add 3 point shooting to the mix, and LeBron's
drop in efficiency is -0.39, which takes us to +1.21 points per game. Still an overall advantage, truth be told.
Now, let's add INTERIOR variance, which has an expected equivalent of -1.80, meaning that if LeBron was shooting the same way he did in the regular season, he'd be +0.59 points per game (and go up to +28.4).
Now, not all interior shots are created equal, but given the aplomb with which LeBron was driving towards the hoop, the fact that Denver ranked 12/16 in terms of "field goal percentage allowed within 6 feet" in round 1, the fact that they allowed the
most shots within 6 feet out of any team, the fact that they were fine, but nothing notable at this family of stats in the regular season... I'm inclined to think that they weren't the masterminds behind a 10% interior finishing shift for LeBron, and that most of
that is variance.
In other words - as I postulated earlier, the variance in shooting percentage matters less than you're making out, because akin to how players can have a hot/cold jump shot, they can also vary in how astute their finishing is. After all, we've seen players miss open dunks many times, and that's a high percentage, defenseless shot, lol. There's evidence to believe that LeBron's positively inclined shooting may be somewhat offset, if not
completely offset, by the variance in finishing.
I think that LeBron played better in the 2024 playoffs than he did in the 2024 regular season, but that's more so a general statement on later LeBron for me, where LeBron has a tendency to redistribute his energy towards superior playoff play, rather than simply because "he shot better than you'd think."