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2 values
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5 values
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6 values
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11 values
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base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
500
nltw_m
Base test
64
1
1,024
0.101654
0.173678
0.273817
0.394674
0.520475
0.63642
0.733398
0.733398
0.101654
0.999329
0.000122
485.305939
0.116211
0.994141
0.005859
489.702148
0.104004
0.517084
0.734375
[ { "qid": "9f856ed962856325", "n": 64, "correct": 6 }, { "qid": "79f315b6030aae26", "n": 64, "correct": 5 }, { "qid": "4a490211dd28bc8a", "n": 64, "correct": 19 }, { "qid": "47f21db3f5291626", "n": 64, "correct": 1 }, { "qid": "36f71103e3a2f283", ...
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
1,000
nltw_m
Base test
64
1
1,024
0.120071
0.202675
0.315497
0.448186
0.582368
0.703946
0.804688
0.804688
0.120071
0.999863
0.000015
454.393448
0.143555
1
0
445.149414
0.121826
0.587911
0.828125
[ { "qid": "9f856ed962856325", "n": 64, "correct": 5 }, { "qid": "79f315b6030aae26", "n": 64, "correct": 9 }, { "qid": "4a490211dd28bc8a", "n": 64, "correct": 9 }, { "qid": "47f21db3f5291626", "n": 64, "correct": 3 }, { "qid": "36f71103e3a2f283", ...
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
1,500
nltw_m
Base test
64
1
1,024
0.137207
0.228661
0.348992
0.48352
0.61334
0.726197
0.819336
0.819336
0.137207
0.999695
0.000015
452.399094
0.170898
1
0
436.392578
0.139832
0.621572
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[ { "qid": "9f856ed962856325", "n": 64, "correct": 9 }, { "qid": "79f315b6030aae26", "n": 64, "correct": 8 }, { "qid": "4a490211dd28bc8a", "n": 64, "correct": 3 }, { "qid": "47f21db3f5291626", "n": 64, "correct": 18 }, { "qid": "36f71103e3a2f283", ...
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
2,000
nltw_m
Base test
64
1
1,024
0.172913
0.280542
0.414799
0.557531
0.686047
0.789663
0.863281
0.863281
0.172913
0.999847
0.000015
498.662399
0.193359
1
0
486.504883
0.176025
0.704833
0.890625
[{"qid":"9f856ed962856325","n":64,"correct":2},{"qid":"79f315b6030aae26","n":64,"correct":5},{"qid":(...TRUNCATED)
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
2,500
nltw_m
Base test
64
1
1,024
0.191742
0.306206
0.446025
0.592582
0.72461
0.828985
0.900391
0.900391
0.191742
0.998032
0.001602
591.027725
0.212891
0.998047
0.001953
574.8125
0.192688
0.707753
0.875
[{"qid":"9f856ed962856325","n":64,"correct":46},{"qid":"79f315b6030aae26","n":64,"correct":7},{"qid"(...TRUNCATED)
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
3,000
nltw_m
Base test
64
1
1,024
0.193909
0.310086
0.450497
0.595387
0.723621
0.824295
0.897461
0.897461
0.193909
0.999817
0.000031
530.093918
0.234375
1
0
517.107422
0.19043
0.71716
0.902344
[{"qid":"9f856ed962856325","n":64,"correct":32},{"qid":"79f315b6030aae26","n":64,"correct":16},{"qid(...TRUNCATED)
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
3,500
nltw_m
Base test
64
1
1,024
0.191635
0.306827
0.447645
0.596206
0.730362
0.832796
0.899414
0.899414
0.191635
0.999771
0.000153
547.557693
0.219727
1
0
527.794922
0.191162
0.74557
0.914063
[{"qid":"9f856ed962856325","n":64,"correct":40},{"qid":"79f315b6030aae26","n":64,"correct":10},{"qid(...TRUNCATED)
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
4,000
nltw_m
Base test
64
1
1,024
0.209305
0.331292
0.474418
0.617147
0.740532
0.832799
0.890625
0.890625
0.209305
0.999603
0.000336
532.06749
0.262695
1
0
521.039063
0.215759
0.766891
0.90625
[{"qid":"9f856ed962856325","n":64,"correct":40},{"qid":"79f315b6030aae26","n":64,"correct":29},{"qid(...TRUNCATED)
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
4,500
nltw_m
Base test
64
1
1,024
0.217178
0.337922
0.477041
0.614652
0.734095
0.8286
0.895508
0.895508
0.217178
0.999832
0.000046
499.363892
0.254883
1
0
484.917969
0.224548
0.739579
0.902344
[{"qid":"9f856ed962856325","n":64,"correct":51},{"qid":"79f315b6030aae26","n":64,"correct":1},{"qid"(...TRUNCATED)
base_pre-mid-rl_mixed-2.14B_m32_s1234
base
pre-mid-rl
pre-mid-rl
mixed-2.14B
32
1,234
5,000
nltw_m
Base test
64
1
1,024
0.24408
0.378785
0.530054
0.67338
0.789436
0.872376
0.924805
0.924805
0.24408
0.999832
0.000046
567.056473
0.282227
1
0
555.125977
0.261047
0.798414
0.945313
[{"qid":"9f856ed962856325","n":64,"correct":25},{"qid":"79f315b6030aae26","n":64,"correct":11},{"qid(...TRUNCATED)
End of preview. Expand in Data Studio

nltower-results

Evaluations of the controlled-setting RL runs of the paper "Training Foundation Models with a Single Algorithm": 11,017 rows, one per (run, test, RL update), from 274 runs of 124M models trained on nl_tower puzzles. Each row has per-question correct counts, so any pass@k can be recomputed.

nl_tower puzzles place 6-12 people on the floors of a tower; some solving steps need reference compositions that the midtraining traces never show. Puzzles and tests: sfanm/nltower-env; RL prompts: sfanm/nltower-rl-mixes.

Settings

setting RL prompts updates main test
base 8-9-person puzzles 6,000 nltw_m
extended the base-size puzzles plus 10-11-person puzzles 12,000 nltw_hb, nltw_hb12

Tests

1,024 questions each, 64 samples per question at temperature 1.0, at most 1,280 new tokens.

test test_name puzzles
nltw_m Base test 8-9 people, 2-4 steps that need a composition the traces never show
nltw_m0 demonstrated-pattern test 8-9 people, only patterns shown in the traces
nltw_hb Extended test 10-11 people, 2-4 such steps
nltw_hb12 Extended generalization (12 people) 12 people, a size never used in RL prompts

Base runs are scored on nltw_m every 250-500 updates and on nltw_m0 every 1,000 (a few also on nltw_hb and nltw_hb12 at update 6,000). Extended runs are scored on nltw_hb every 500 updates and on the other three tests every 1,000.

Columns

column meaning
run, setting, group, recipe, init, m, seed the run, as in runs.tsv of the code: run id, setting, group of runs, loss recipe, starting model, midtraining examples per update, seed
step RL update of the evaluated checkpoint
test, test_name test set (above)
n_samples, temperature, n_test 64, 1.0, 1,024
pass_at_1 ... pass_at_64 unbiased pass@k, k = 1, 2, 4, 8, 16, 32, 64
coverage share of questions with at least one correct sample (= pass@64)
sample_acc, sample_box_rate, sample_cap_rate, sample_mean_tokens over all samples: accuracy, share with a boxed answer, share stopped by the 1,280-token cap (counted wrong), mean generated tokens
greedy_acc, greedy_box_rate, greedy_cap_rate, greedy_mean_tokens the same for one greedy sample per question
pass_at_1_head256, pass_at_16_head256, pass_at_64_head256 pass@k on the first 256 test questions
per_q list of {qid, n, correct} for every test question; qid joins with sfanm/nltower-env config tests

init is the starting model, controlled/<init> in sfanm/unified-training: mixed-133M, mixed-267M, mixed-534M, mixed-1.07B, mixed-2.14B (midtraining tokens mixed into pretraining) and staged-{1,2,4}ep-lr{2e-4,5e-5} (midtraining after pretraining).

pass@k = mean over questions of 1 - C(n-c, k) / C(n, k), with n = 64 samples and c correct.

Two-seed means

Score each trained model first, then average the two seeds (1234, 4321) of a configuration. Never pool the responses of different models.

from datasets import load_dataset
df = load_dataset("sfanm/nltower-results", split="train").to_pandas()
d = df[(df.setting == "extended") & (df.test == "nltw_hb")].copy()
d["config"] = d.run.str.replace(r"_s\d+$", "", regex=True)          # run id without the seed
g = d.groupby(["config", "step"]).agg(seeds=("seed", "nunique"), pass_at_1=("pass_at_1", "mean"))
two_seed = g[g.seeds == 2].pass_at_1                                   # per-model pass@1, mean of the two seeds
print(two_seed.loc["extended_unified_mixed-2.14B_m8"])

The run list is experiments/controlled/runs.tsv and the same averaging is nl_tower.results in the code: https://github.com/yudasong/unified-training/tree/release

Snapshot

Evaluation files as of 2026-10-28 20:50 ET. Runs that had not finished by then have rows only up to their last evaluated update. 86 of the 360 runs in runs.tsv have no rows in this table.

License

Apache-2.0, matching the code repository. All content is generated by the authors' own code (puzzle generator and solver); no third-party text is included.

Authors and citation

Authors and citation: to be added.

This release (files and this card) was prepared with AI assistance (Claude, an Anthropic model) and is being reviewed by the authors.

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