writing-qmd-scientific

Generate scientific Quarto documents with bullet-only prose and hashpipe code chunks.

5|1|Updated Mar 10, 2026
One-click install
npx skills add https://github.com/wolf5996/agentic-skills --skill writing-qmd-scientific
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: writing-qmd-scientific
Source: https://github.com/wolf5996/agentic-skills/tree/main/writing-qmd-scientific
Command: npx skills add https://github.com/wolf5996/agentic-skills --skill writing-qmd-scientific

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It solves the problem of producing scientific Quarto (.qmd) documents that are inconsistent, hard to follow, or difficult to reproduce by enforcing a strict structure for both explanation and code.

Core Features & Use Cases

  • Bullet-only scientific prose: Forces every explanation outside code chunks to be bullet points with nested details, avoiding paragraph-style narratives
  • Self-contained, runnable sections: Requires each section to combine rationale/methodology with independent code chunks so readers can jump and run
  • Reproducible QMD execution standards: Applies consistent chunk options using hashpipe (#|) syntax, deterministic formatting conventions, and post-code parameter/result documentation
  • Project-aligned workflow conventions: Aligns code chunk structure with the writing-r-code pattern (Libraries → Inputs → Processing → Outputs) and expects checkpoint-based input/output naming and relative paths
  • Use cases: Scientific analysis pipelines, bioinformatics workflows, and documentation that must be readable, reviewable, and reproducible for others

Quick Start

Use the writing-qmd-scientific skill to structure your Quarto scientific notebook by ensuring all prose is bullet-based and all code chunks use hashpipe options with parameter tables and result summaries after each block.

Frequently Asked Questions about writing-qmd-scientific

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I structure reproducible Quarto notebooks for bioinformatics workflows?

Quarto notebooks should use bullet-only prose outside code chunks to avoid paragraph narratives, hashpipe (#|) syntax for chunk options, and checkpoint-based input/output naming with relative paths. This ensures analysis documentation remains reviewable and reproducible.

What is the best way to format scientific prose in a Quarto .qmd document?

Formatting scientific prose as bullet points with nested details avoids paragraph-style narratives and enforces concise, structured methodology explanations. This approach ensures technical rationale remains readable and reviewable for other researchers.

How do I use hashpipe chunk options in R code chunks for scientific analysis?

Hashpipe (#|) syntax applies deterministic formatting conventions and reproducible execution standards to R code chunks. Combining hashpipe options with a Libraries, Inputs, Processing, and Outputs workflow structure ensures aligned, self-contained scientific analysis sections.

Does this Quarto formatting approach work for bioinformatics pipelines and computational biology research?

Yes, this Quarto formatting approach applies directly to creating and editing bioinformatics pipelines and bio-research notebooks. It enforces checkpoint-based input/output naming and relative paths so computational biology workflows remain fully reproducible.

Why does my Quarto notebook fail reproducibility checks when sharing bioinformatics analysis?

Quarto notebooks fail reproducibility checks when they lack self-contained code sections, consistent hashpipe chunk options, or post-block parameter reporting. Missing YAML header conventions and checkpoint-based relative paths also prevent readers from independently rerunning analysis steps.