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.