NBA games

OKC @ IND

NBA Gainbridge Fieldhouse ·Final
101116
Final
Q1Q2Q3Q4T
OKC29291726101
IND30322925116

Statlab take

baseline_gbm
Last 1 (IND) / 3 (OKC) games this season
OKC away
home IND
22% 78%

GBT team-winner trained on ~3 seasons of NBA games (68.8% holdout accuracy). Features: 10-game rolling form / points-for / points-against diff + rest days + back-to-back flags.

Box score

Player MIN PTS REB AST
Chris Youngblood 31 25 5 3
Brooks Barnhizer S 38 16 11 1
Ajay Mitchell S 15 16 1 3
Ousmane Dieng S 29 10 6 3
Malevy Leons 29 7 3 1
Cason Wallace S 17 7 2 2
Aaron Wiggins S 23 6 5 2
Zack Austin 29 5 1 0
Jazian Gortman 24 5 2 2
Isaiah Joe 7 4 1 1
Player MIN PTS REB AST
Taelon Peter 27 18 5 5
Bennedict Mathurin S 16 16 6 1
Obi Toppin S 17 14 4 3
Quenton Jackson 11 14 2 2
RayJ Dennis 18 11 0 3
James Wiseman 12 10 5 0
Jarace Walker S 31 10 8 7
Johnny Furphy 11 8 3 0
Jay Huff 17 8 2 1
Isaiah Jackson S 12 3 3 1

First basket

scorer · ROC 0.80
Trained on 67736 player-games
Actual
Ajay Mitchell · Jumper (2 pts) · 10:39 Q1
"Ajay Mitchell makes 6-foot running pullup jump shot"
Most likely first scorer (top 7)
1 Ousmane Dieng OKC
17%
2 Chris Youngblood OKC
15%
3 Malevy Leons OKC
14%
4 Zack Austin OKC
14%
5 Jazian Gortman OKC
14%
6 Isaiah Joe OKC
14%
7 Brooks Barnhizer OKC
13%
Method (given top scorer)
3PT
23%
Dunk
2%
Free Throw
39%
Jumper
21%
Layup
15%

Per-player binary classifier — features: starter status, recent PPG/FGA/3PM, starter-rate, home/away. Probabilities normalized so the field sums to 100%.

Statlab projections

Trained on 68258 player-games; PTS MAE 4.7 (naive 6.8)
# Player Team Pred PTS Pred REB Pred AST
1 Ousmane Dieng OKC 11.5 5.9 4.2
2 Brooks Barnhizer OKC 10.9 4.3 1.8
3 Jazian Gortman OKC 10.4 2.3 2.0
4 Malevy Leons OKC 9.2 6.2 0.9
5 Chris Youngblood OKC 9.2 2.7 1.5
6 Isaiah Joe OKC 8.6 3.6 1.4
7 Zack Austin OKC 5.7 2.4 0.5

GBT MultiOutput regressor per player — 9 targets (PTS/REB/AST/STL/BLK/TO/MIN/FG/3PT). Features: rolling form last 10 games + opponent allowed averages + rest days. Sorted by predicted PTS.