openevo-recovery/openevo-h140-h141-qwen25-7b-webshop-artifacts
OpenEVO Asset — openevo-h140-h141-qwen25-7b-webshop-artifacts
<!-- openevo-cross-platform-identity:begin -->
中文说明(默认)
这是 OpenEVO 跨平台实验资产的一部分。本段只补充统一身份与导航信息,不修改仓库已有模型、数据、checkpoint、trajectory 或历史科学语义。
- Provider ID:
miyuki17/openevo-h140-h141-qwen25-7b-webshop-artifacts - Role:
LEGACY_UNRESOLVED - Classification:
legacy-unresolved - Canonical:
unresolved - Visibility:
public - Cross-platform binding:
legacy-unresolved - Retention:
PRESERVE_PENDING_RESOLUTION - Scientific authority: pinned Git design/preregistration → run manifest/receipt/reconciliation;Hugging Face 是 durable artifact/provider layer。
- Governance:
mykcs/openevo-experiment@bb57c88eb5de3036dee3ea9b095bc550dd6882c8 - Language standard:
mykcs/openevo-experiment@a1994980f16a922374f25442a599031825b2cf03
命名和语言约定:repo、title、canonical ID 使用英文;README 默认中文。本“中文说明(默认)”是默认阅读入口,下方已有英文说明作为 English companion / historical detail 保留。若本段与 immutable publication receipt 或精确 remote revision/hash 冲突,以后者为准。
English: This block adds cross-platform identity metadata only. Existing artifact bytes and scientific claims are unchanged. <!-- openevo-cross-platform-identity:end -->
OpenEvo H1.40 / H1.41 WebShop adapter artifact archive / 适配器工件归档
导航 / Navigation:OpenEvo WebShop 公开科研产物
中文
这是 H1.40 / H1.41 的历史实验适配器归档,不是完整模型,也不代表实验已经证明 OpenEvo 有效。 仓库仅保存 24 组历史 SD-LoRA/PEFT adapter 及紧凑 provenance;Qwen2.5-7B-Instruct 基础权重、原始轨迹、replay JSONL、W&B、优化器/RNG 状态和数据集 payload 均不上传。 H1.41 的正式 reconciliation 标记为 MEASUREMENT_INVALID,因此这些权重只能作为可审计的历史实验资产使用。
English
This repository is a historical scientific artifact archive, not a standalone base model and not a claim of final OpenEvo efficacy. It publishes the 24 SD-LoRA/PEFT adapter states retained from H1.40 and H1.41, together with compact provenance and SHA256 manifests.
Identity and scope
- Base model:
Qwen/Qwen2.5-7B-Instruct(obtain separately; base weights are not redistributed here). - Base content identity recorded by the experiment:
0c32faf81d8f2f83cf79860d2a48111f166348d6dd38cd348576d8b3a0141c1e. - H1.40 source run:
phase-h140-g2-r2-20260820; 8 sequential G2 adapter states fromformal-g2-training-retry12. - H1.41 source run:
phase-h141-magnitude-screen-20260821; 8C0_exact_h140states and 8C1_reset_magnitudestates. - Total: 24 adapter directories, 48 safetensors binary files.
- Raw rollouts/episodes, replay JSONL, optimizer/RNG state, W&B state, datasets, OpenEvo source code, and unchanged Qwen base weights are excluded.
Scientific claim boundary
H1.40 recorded that G2 adapter training passed structurally, while acquisition, retention, preservation, T2, and multi-generation claims remained unevaluated.
H1.41 was an updater-mechanism magnitude screen, not a fresh-task transfer test. Its retained reconciliation marks the selector MEASUREMENT_INVALID; therefore these artifacts must not be interpreted as a successful H1.41 efficacy result.
The purpose of this repository is byte-preserving reproducibility and later audit.
Layout
adapters/
h1.40/formal-g2-training-retry12/<sd-lora-worker>/
h1.41/C0_exact_h140/<sd-lora-worker>/
h1.41/C1_reset_magnitude/<sd-lora-worker>/
provenance/
publication-manifest.json
h1.40/...
h1.41/...Each adapter directory contains:
adapter_config.jsonadapter_model.safetensorsopenevo_sd_lora_state.jsonopenevo_sd_lora_state.safetensors
The top-level publication manifest records the original server-relative path, size, SHA256, and safetensors structural header check for every published adapter file.
Loading
A PEFT adapter can be loaded against the separately obtained pinned base model. The exact historical state is determined by the chosen adapter path and the hashes in provenance/publication-manifest.json.
Licensing and redistribution
The official Qwen2.5-7B-Instruct model page identifies the base model as Apache-2.0. Base weights are intentionally not duplicated here. This archive uses license: other because it is a mixed scientific artifact record and does not infer a license for OpenEvo source code; no OpenEvo source code is redistributed.
Verification policy
Publication is accepted only after every uploaded binary is read back from Hugging Face and its full-file SHA256 is recomputed and matched against the frozen local manifest. A verification receipt is added in a later additive commit; published binary bytes are never replaced under the same path.
