Openclaw Skills helps you design, execute, record, and analyze inspection sampling workflows from raw data to audit-ready reports.
The fastest way to install a skill directly from the registry.
npx clawhub@latest install skill-inspection-sampling
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
Copy this prompt to OpenClaw to install it automatically.
Help me install skill-inspection-sampling using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Get the raw skill files in a ZIP archive.
Openclaw Skills for inspection sampling is a quality-control workflow skill that turns raw inspection data into structured sampling plans. It supports scheme creation, data parsing, sample selection, record keeping, and statistical analysis across CSV, Excel, and JSON inputs, with methods aligned to GB/T2828-style sampling needs.
With Openclaw Skills, teams can standardize sampling operations, preserve traceability, and evaluate whether sampled results represent the full dataset. The skill is built for repeatable quality inspection work where deterministic scheme management, clear selection rules, and evidence-based reporting matter.
Openclaw Skills is useful when you need to:
Openclaw Skills follows a clear inspection sampling lifecycle:
scheme_manager.py, choosing a type and parameters such as sample_size, sample_rate, strata_field, interval, or cluster_field.data_parser.py, which converts CSV, Excel, or JSON into a normalized JSON structure.sampler.py to apply the selected sampling algorithm and generate sample indices plus selection-rule notes.--record to persist a sampling log under ./sampling_records/ for traceability and future review.analyzer.py to produce coverage, distribution, missingness, and quality metrics.pip install 'pandas>=1.5.0' 'numpy>=1.21.0'
mkdir -p sampling_schemes sampling_records
ls scripts
Use references/format_spec.md when you need to confirm dataset format or scheme parameter conventions.
Start with a scheme, then parse data, generate samples, and analyze results in that order.
Openclaw Skills organizes inspection sampling work into four layers:
| Layer | Path / Artifact | Purpose | Key fields |
|---|---|---|---|
| Scheme store | ./sampling_schemes/ |
Persist sampling templates | name, type, sample_size, sample_rate, strata_field, interval, cluster_field |
| Parsed dataset | data_parser.py output JSON |
Normalize source files | rows, objects, field names, source format |
| Sampling result | sampler.py output JSON |
Store selected samples and rules | sample indices, method notes, selection metadata |
| Audit record | ./sampling_records/ |
Keep permanent trace logs | scheme parameters, time, data summary, indices, operation log |
| Analysis report | analyzer.py output JSON |
Summarize sample quality | coverage rate, distribution comparison, missing-field stats, numeric stats, categorical frequency, conclusions |
Additional taxonomy:
.xlsx / .xls), JSON array, JSON object array.simple, stratified, systematic, cluster.sample_size and sample_rate are mutually exclusive; stratified sampling requires strata_field; systematic sampling requires interval; cluster sampling requires cluster_field.scheme_manager.py (create, list, get, update, delete)Loading
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