chatgpt-report-normalisation

name	chatgpt-report-normalisation
classification	passive
description	Recover a ChatGPT- or LLM-exported report from markdown, DOCX, and PDF copies into clean repo-quality markdown with real links, stripped artefacts, inline footnotes, and a dated accuracy sweep of unstable claims.

ChatGPT Report Normalisation

Goal

Turn a report exported from ChatGPT or another LLM into canonical markdown that the repo can keep, review, and trust.

Use This Skill When

• The user provides paired .md, .docx, or .pdf copies of the same report
• The markdown contains cite, filecite, turn..., or other internal export markers
• The DOCX appears to preserve live links that the markdown has lost
• The document contains time-sensitive claims that need an accuracy sweep

First Principle

Treat the export as a recovery artefact, not as canonical source material.

Read .agent/memory/active/patterns/chatgpt-report-normalisation.md before making structural decisions or choosing a rebuild strategy.

Workflow

1. Inventory the available copies.

   • Prefer the .docx for hyperlink recovery.
   • Prefer the existing markdown if its structure is already better than a fresh conversion.
   • Use the PDF as a tie-breaker for pagination, formatting, or missing text.

2. Inspect the strong layers with local tools.

   • textutil -convert txt -stdout report.docx for visible text
   • unzip -p report.docx word/_rels/document.xml.rels for hyperlink targets
   • pandoc report.docx -t gfm as a secondary lens for citation placement and footnote hints
   • mdls report.pdf or a text extract if provenance or layout needs checking

3. Choose the canonical editing target.

   • If the repo already has a readable markdown scaffold, clean and upgrade it in place.
   • Do not replace a better hand-edited structure with a worse direct conversion.

4. Remove export artefacts explicitly.

   • Delete internal citation markers such as cite, filecite, and turn...
   • Strip tracking parameters such as utm_source=chatgpt.com
   • Remove generic export metadata unless it is useful provenance

5. Restore attribution in durable markdown form.

   • Convert recovered citations into markdown footnotes or short section-level source notes
   • Prefer local relative links for repo artefacts
   • Use direct site URLs for external sources, de-noised and stable

6. Sweep unstable claims before calling the document canonical.

   • Versions, release dates, licences, Python support, API behaviour, pricing, or policy claims
   • Verify against primary sources first: official docs, official PyPI metadata, and official repositories
   • Anchor brittle claims to exact dates or rewrite them to age more gracefully

7. Finish with a short editorial pass.

   • Preserve tables, code fences, Mermaid blocks, and list structure
   • Match repo conventions such as British spelling when they apply
   • Add a dated accuracy note when you perform a sweep
   • Summarise unresolved gaps rather than hiding uncertainty

Validation

Before closing the task, confirm:

• No cite, filecite, or turn... markers remain
• No utm_source=chatgpt.com trackers remain
• Every footnote used in the body is defined
• The references support the claims they are attached to
• Time-sensitive claims were either verified or softened

Guardrails

• Do not trust the markdown copy just because it looks structured.
• Do not trust the DOCX or PDF provenance without checking for lingering LLM artefacts.
• Do not leave a detached references dump if inline attribution would make the document clearer.
• Do not introduce GitHub blob links when a repo-local path is the canonical target.

Escalate

If link recovery or citation placement is still ambiguous after comparing the markdown, DOCX, and PDF, say so explicitly and preserve the uncertainty in the final document.