inverted-pyramid

name	inverted-pyramid
description	Structuring style to prioritize highest value information (actions, summaries) at the beginning, followed by usage, developer instructions, and finishing with implementation details and legal/compliance. Use when this capability is needed.
metadata	{"author":"danicat"}

Inverted pyramid documentation model

This skill provides editorial guidelines for structuring technical articles, README files, and documentation using the inverted pyramid model. It ensures you place high-value information at the beginning. This allows readers to extract value immediately, with details cascading downward.

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1. Trigger conditions

Activate this skill when you:

• Structure, refactor, or write project README.md files.
• Draft technical user guides, API manuals, or tool instructions.
• Audit existing documentation for scannability and reading efficiency.

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2. Core philosophy: Information cascading

The inverted pyramid structure places the most critical, high-impact, or actionable information at the top. Secondary user details, operational steps, and low-impact implementation details follow:

graph TD
    A["[High Value] Summary & core actions"] --> B["[Medium Value] Usage & setup"]
    B --> C["[Detail Value] Development & testing"]
    C --> D["[Low Value] Implementation & legal"]

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3. README structural sequence

For README.md and user-facing project guides, documents must follow this exact sequence:

1. Title and high-impact summary: A short, active hook explaining the project, the problem it solves, and its core capabilities.
2. Prescribed actions: Immediate, copy-paste installation or execution commands. This is the highest-value action a user can take.
3. User documentation and usage guides: Clear details on tools, prompts, command-line flags, and standard user workflows.
4. Developer instructions: How to compile locally, execute test suites, run linters, and trigger release hooks.
5. Development documentation: In-depth technical architecture, package structures, and internal mechanics.
6. Legal and compliance: Copyright notices, license specifications, and support boundaries. This is the least active piece of information.

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4. Writing principles

• Lead with action: don't hide installation instructions behind paragraphs of architectural theory. Let the user run the tool first.
• Vary reading depth: Ensure the document caters to three reading styles:
  • The scanner: Reads the title and copies the quick-start command in seconds.
  • The operator: Reads the usage tables and workflow guides in minutes.
  • The contributor: Reads the build and architecture details in depth.
• Sentence case headings: Always keep headings in sentence case, prioritizing high-value nouns first.

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Source: danicat/speedgrapher — distributed by TomeVault.