凡自治之物 · LGD 治理学 · 创造术家族 | 评测协议:见平台质量门禁规范
English
When to use
Use it when the user's intent includes keywords like "evaluate how good this AI / model / skill is", "build me a test set" or "design reproducible evaluation cases". It fits any moment where structured input / expected-output / judge-criteria must be generated so that results are reproducible and theoretically grounded. It also fits when the user's current capability statement is vague and a benchmark dataset with clear boundaries must be built on the LGD Three Laws — verifiable by construction.
Usage
Natural-language instructions are supported; the parameters must name the target object (e.g. the model name), the evaluation dimensions and the verifiable criteria. The script bench_build.py runs the core construction logic; the input is auto-parsed and injected into the Python runtime. To reproduce the run locally, follow the generated script path and execute it on the terminal.
Workflow
- Recognize the trigger words and extract the evaluation target and boundary conditions. 2. On the LGD Three Laws, assemble the input / expected / judge templates in memory. 3. Call
bench_build.pyto perform the automated benchmark generation. 4. Validate that the generated data structure meets reproducibility and file-format requirements. 5. Emit the benchmark file or code snippet containing the complete test cases. 6. Return an executable command so the user can run the script in a terminal for regression checks.
Evidence & safety statement
- Evidence: TBD (no evaluation / badge link yet; update here once it is produced)
- Version: 1.1.1
- Security: no independent security scan has been performed (TBD); the conclusion is pending and no endorsement is given until it is completed.
中文
何时用
当用户意图包含“评测 AI/模型/技能好坏”、“造测试集”或“设计可复现评测用例”等关键词时。在需要生成结构化输入/期望/判定标准,以确保评估结果具备可复现性和理论依据的场景下。当用户对现有能力说明感到模糊,需基于 LGD 三律构建边界明确且可核验的基准数据集时。
用法
调用方式支持自然语言指令,参数需明确指定目标对象(如模型名称)、评测维度及可验证标准。脚本 bench_build.py 将负责执行核心构建逻辑,系统会自动解析输入并注入 Python 运行时环境。若需直接复现,用户应参考生成的脚本文件路径进行本地执行。
流程
- 技能识别触发词并提取评测目标与边界条件信息。2. 依据 LGD 三律理论,在内存中组装输入/期望/判定标准模板。3. 调用
bench_build.py脚本完成自动化基准生成任务。4. 校验生成的数据结构是否符合可复现性要求及文件格式规范。5. 输出包含完整测试用例的基准文件或代码片段。6. 返回可执行指令,允许用户通过终端运行脚本进行回归验证。
证据与安全声明
- 证据:TBD(暂无评测/徽章链接;产生后在此更新实际链接)
- 版本:1.1.1
- 安全:未做独立安全扫描(TBD),结论待补;补全前不作推荐背书。
