license: apache-2.0
task_categories:
- question-answering
- text-generation
tags:
- reasoning
- evaluation
- math
- benchmark-results
- model-outputs
size_categories:
- 100K<n<1M
Forecast-Generalization: raw evaluation outputs across 38 reasoning models
Complete generation-level outputs, per-seed scores and analysis artifacts from a study of how well benchmark performance forecasts generalization to held-out reasoning tasks.
Most released evaluations report only aggregate accuracy. This release keeps the raw per-problem, per-seed generations, so item-level analyses can be redone without re-running any inference.
What is here
38 models evaluated on four competition-style reasoning benchmarks, each run with five random seeds (42, 123, 456, 789, 1024).
| benchmark | evaluation runs |
|---|---|
| HMMT | 36 |
| GPQA | 30 |
| AIME | 30 |
| IMO | 22 |
Model families covered include OLMo-3 (7B/32B, Think and Think-SFT variants), DeepSeek-R1 distillations (Llama-8B/70B, Qwen-7B/14B/32B), Qwen3, Gemma-4, Seed-OSS-36B, Kimi, MiniMax and others — spanning roughly 7B to 70B parameters plus several API-served models.
Layout
| path | contents |
|---|---|
outputs/ |
one directory per (benchmark, model, run): per-seed *_predictions_seed-N.tsv and *_logs_seed-N.txt |
expert_outputs/ |
reference/expert model generations, grouped by benchmark_model |
scores/ |
per-model accuracy CSVs: name, seed_42 … seed_1024, mean_accuracy, std_error, num_seeds |
data/ |
benchmark inputs |
proxy_results/*.tar.gz |
proxy-metric evaluation results (next-token-prediction losses, sweeps) |
plots.tar.gz |
generated figures |
MANIFEST.tsv |
per-archive file counts, byte sizes and sha256 |
Why the tarballs
proxy_results/ and plots/ together hold about 129,000 small JSON and image
files. Uploaded raw they would exceed practical per-repository file counts, so
they are stored as gzipped tars split along their natural subset boundaries.
Every archive was verified with tar -d (a member-by-member diff against the
source filesystem) after creation, and MANIFEST.tsv records the source file
count, archive member count, size and sha256 for each. Extraction restores the
original tree exactly:
tar -xzf proxy_results/ntp_results.tar.gz
Example: seed variance on AIME
import pandas as pd
from huggingface_hub import hf_hub_download
p = hf_hub_download("dvader13/forecastgen-artifacts",
"scores/aime_scores_seeds.csv", repo_type="dataset")
df = pd.read_csv(p)
print(df.sort_values("mean_accuracy", ascending=False)
[["name", "mean_accuracy", "std_error"]].head())
Each row is one model; the five seed_* columns give per-seed accuracy, so
seed-level variance is directly measurable rather than inferred.
Intended uses
- Item-level analysis (which problems a model solves, not just how many)
- Seed-variance and evaluation-reliability studies
- Correlating cheap proxy metrics against downstream benchmark accuracy
- Cross-model comparison on identical problems and identical seeds
Notes
- Generations are raw model output, unfiltered, and include incorrect answers — that is deliberate, since error analysis is a main intended use.
- Benchmark problem statements belong to their original sources and retain the licenses of those benchmarks; the license above applies to the outputs and analysis artifacts collected here.