Manuscript Engagement Analytics

SkillDatabases & data

Analyze nonfiction manuscripts for reader engagement signals, including heading-level word counts, slow starts, long slogs, weak takeaway titles, value pacing, beta-reader comment dropoff, and abandonment risks. Use when auditing a book, guide, manual, course-like draft, or technical manuscript for value density, reader experience, or beta-feedback engagement patterns.

Use Manuscript Engagement Analytics in Claude, ChatGPT or Ahel Desktop

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Also: Claude Code · Cursor · Codex

Then ask your AI: use the Manuscript Engagement Analytics skill

Details

Instructions available. Your AI can read the instructions. Execution depends on the setup they require.

Add Ahel to your AI once: Claude, ChatGPT, Cursor, Claude Code or Codex. Then ask it to use this.

Manuscript Engagement AnalyticsStart free

What this skill tells your AI

The instructions your AI receives, as published by hashgraph-online/awesome-codex-plugins in plugins/LVTD-LLC/skills/skills/manuscript-engagement-analytics/SKILL.md and read by Ahel’s review.

Core Lens

Reader engagement can be approximated by mapping value over reading time. A manuscript with long stretches between useful payoffs, vague topic headings, or reader-comment dropoff is signaling where readers may get bored, confused, or stuck.

Use this skill to:

  • Generate heading-level word-count maps.
  • Find slow starts and long slogs.
  • Audit whether headings promise reader takeaways.
  • Interpret beta-reader comment locations and abandonment.
  • Produce a revision queue for value pacing.

Reference Routing

NeedRead
Engagement analytics conceptsreferences/core/knowledge.md
Analysis rules and thresholdsreferences/core/rules.md
Example maps and findingsreferences/core/examples.md
Fast audit checklistreferences/core/checklist.md
Step-by-step engagement auditworkflows/audit-engagement.md

Script

Use scripts/analyze_manuscript.py for deterministic Markdown structure analysis:

python3 skills/manuscript-engagement-analytics/scripts/analyze_manuscript.py manuscript.md

It outputs a table of headings, line numbers, word counts, cumulative words, and heuristic flags. Use the script output as evidence, then apply judgment from the references.

Workflow

1. Establish The Reader Promise

Identify the target reader, book promise, and first meaningful payoff. If these are unclear, use book-toc-lab first.

2. Generate A Structure Map

Run the script or manually build a table:

Section | Line | Words | Cumulative words | Reader takeaway | Risk

3. Mark Value Events

Mark where the reader gets:

  • A usable idea.
  • A decision frame.
  • A checklist.
  • A worked example.
  • A lab or exercise.
  • A troubleshooting answer.

4. Diagnose Engagement Risks

Look for:

  • Too many words before first payoff.
  • Long sections with weak takeaways.
  • Back-to-back setup sections.
  • Vague headings that hide the reader value.
  • Beta-reader comments stopping near the same section.

5. Recommend Revision Actions

Prefer structural fixes:

  • Move value earlier.
  • Cut or compress low-payoff setup.
  • Rename headings around reader outcomes.
  • Split long sections.
  • Convert theory into examples, checklists, labs, or decisions.

Output Format

When auditing engagement, return:

  1. Promise and first-payoff diagnosis.
  2. Value map or script output summary.
  3. Highest-risk sections.
  4. Revision recommendations ordered by expected engagement impact.
  5. Beta-reader comment/dropoff interpretation when data exists.
  6. Follow-up checks after revision.

Quality Bar

Use metrics as signals, not verdicts. Word counts and comment dropoff show where to inspect; the final recommendation should explain what reader value is missing, delayed, or unclear.

Signals

GitHub stars
1k
Forks
316
Last commit
Oct 2026
Advanced
Item type
skill
Key
manuscript-engagement-analytics
Source
github.com/hashgraph-online/awesome-codex-plugins