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maxonxie/nanojev-hard-lr1e5-repro
nanojev-hard-lr1e5-repro is a machine learning model from maxonxie. Use it for the machine learning task on the model card, and read the license before you ship it in a product. It is set up for nanojev. The card lists the license as mit.
Personal reproducibility run of NanoJev hard CE SFT (hardlr1e5, seed 17, 600 steps), starting from the public initialization in C-Tianyu/NanoJev (traininginitialization).
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.safetensors2.4 GB · 99%
From the Hugging Face model README
Personal reproducibility run of NanoJev hard CE SFT
(hard_lr1e5, seed 17, 600 steps), starting from the public initialization in
C-Tianyu/NanoJev (training_initialization).
Layout mirrors the root checkpoint directory of C-Tianyu/NanoJev (weights + tokenizer +
eval artifacts), so you can download this folder and continue training or serve with NanoJev tooling.
This is not the official unified-games-v1 release. Checkpoint selection used
min dev selection_ce → best_step = 300.
| Path | Role |
|---|---|
best.safetensors | Selected weights (step 300) |
config.json | Config from this run (may contain original machine paths) |
training_config.json | Same hyperparams with local absolute paths redacted |
tokenizer/ | Tokenizer |
backbone_config/ | Backbone config |
summary.json | Metrics + weights_sha256 |
train_log.json | Step log |
predictions_{dev,test,ood,calibration}.jsonl | Split predictions |
initial_dev.jsonl / initial_dev_metrics.json | Init-time eval dump |
target_audit.json | Target audit |
Qwen/Qwen3-0.6B + set_head=attention38116340795de1c82369b7fe15819d92d79600a7b4dc7a3cd0d4390cb67826391e-5, head lr 1e-4; seed 17; 600 steps; eval every 100f53eadbd34eb5a1040d9d579c64bebde45a7180fa3b012d187e64c118c09022fbest_dev_selection_ce ≈ 0.636 · test ≈ 0.678 · ood ≈ 0.759huggingface-cli download maxonxie/nanojev-hard-lr1e5-repro \
--local-dir ./nanojev-hard-lr1e5-repro
# serve
python -m research.toy.serve_decisions \
--checkpoint-dir ./nanojev-hard-lr1e5-repro \
--host 127.0.0.1 --port 8765
# continue SFT: point --init-checkpoint (or your NanoJev flag) at this directory
# and set --input to your hard data path on the new machine.
Exact CLI flags follow your NanoJev checkout; the checkpoint directory shape matches what
serve_decisions / train scripts expect for a finished run.
notes/nanojev-2026-09/