yipng05-max/-skills

paper-formatter

Format academic manuscripts to match a target journal's style.

First seen Mar 31, 2026

Installation

$ npx skills add yipng05-max/-skills --skill paper-formatter

Summary

  • Format academic manuscripts to match a target journal's style.
  • Use when users provide a sample paper (范文) from a journal and want their manuscript reformatted to match.
  • Supports Word (.docx) and LaTeX (.tex) input/output.
  • Covers Chinese and English journals.
  • Handles title/abstract formatting, heading styles, body text font/size/spacing, figure/table captions, reference/bibliography style, page layout (margins, columns, headers/footers), footnotes, and section numbering.

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More details

Agent compatibility

Declared targets from SKILL.md / docs. Unmarked agents are not listed — the skill may still install via the CLI.

Claude Code Declared
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GitHub Copilot Not declared
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Repository health

Stars 284
License LICENSE
Default branch main
Open issues 0
Status Active

Skill metadata

Parsed from SKILL.md frontmatter.

Declared agents claude-code

Package contents

Files included with this skill beyond the listing page.

  • skill md SKILL.md 5,493 B
  • docs SUMMARY.md 501 B

History

  1. First seen on skills.sh
  2. First recorded snapshot · 28 installs

SKILL.md

Paper Formatter Skill

Reformat an academic manuscript to match the style of a target journal, based on a sample paper (范文).

Workflow

Step 1: Receive Inputs

Ask the user for:

  1. Sample paper (范文): A paper from the target journal that exemplifies its formatting. Can be .docx or .tex.
  2. User manuscript: The manuscript to reformat. Can be .docx, .tex, or plain text.
  3. Desired output format: .docx or .tex (default: same as manuscript format).

Step 2: Analyze Sample Paper Style

If sample is .docx:

Run the analysis script:

pip install python-docx 2>/dev/null
python ~/.claude/skills/paper-formatter/scripts/analyze_docx.py "<sample.docx>" "<output_rules.json>"

This extracts:

  • Page layout (margins, paper size, orientation, columns)
  • Paragraph styles per role (title, headings, body, abstract, captions, references)
  • Font families, sizes, bold/italic
  • Line spacing, indentation, paragraph spacing
  • Table styles
  • Citation style detection (numeric, author-year, etc.)

If sample is .tex:

Read the .tex file and extract style information from the preamble:

  • \documentclass options (font size, paper, columns)
  • \usepackage{geometry} margins
  • Font packages and settings (fontspec, xeCJK, ctex)
  • \usepackage{setspace} line spacing
  • \titleformat / \titlesec heading styles
  • Citation package (natbib, biblatex) and style
  • \fancyhdr header/footer settings
  • Custom commands for title, abstract, keywords formatting

Produce a JSON style-rules object with the same structure as the docx analyzer output.

Step 3: Present Extracted Style Rules

Show the user a summary of extracted formatting rules organized by the checklist in references/formatting-elements.md:

  • Page: paper size, margins, orientation
  • Title: font, size, bold, alignment
  • Authors/Affiliations: format
  • Abstract: font, size, indentation
  • Keywords: separator, font
  • Headings: each level's font, size, bold, numbering scheme
  • Body: font, size, line spacing, first-line indent, alignment
  • Captions: position, font, size
  • References: citation style, bibliography format
  • Header/Footer: content

Ask the user to confirm or adjust any rules before proceeding.

Step 4: Parse User Manuscript

Read the user's manuscript and extract structured content:

{
    "title": "...",
    "authors": ["..."],
    "affiliations": ["..."],
    "abstract": "...",
    "keywords": ["..."],
    "sections": [
        {
            "heading": "Introduction",
            "level": 1,
            "content": ["paragraph1...", "paragraph2..."],
            "subsections": [...]
        }
    ],
    "references": ["[1] ...", "[2] ..."],
    "acknowledgments": "...",
    "footnotes": ["..."]
}

For .docx manuscripts: use python-docx to read paragraphs, classify by style (similar to analyze_docx.py logic).

For .tex manuscripts: parse section commands (\section, \subsection), extract text between them, identify \begin{abstract}, \bibliography, etc.

For plain text: ask the user to identify sections or use heuristic detection (numbered headings, "Abstract:", "References" headers).

Step 5: Apply Formatting

If output is .docx:

Save the structured content to a temporary JSON file, then run:

python ~/.claude/skills/paper-formatter/scripts/format_docx.py "<content.json>" "<style_rules.json>" "<output.docx>"

If output is .tex:

python ~/.claude/skills/paper-formatter/scripts/generate_latex.py "<content.json>" "<style_rules.json>" "<output.tex>"

Step 6: Review & Iterate

After generating the output:

  1. Tell the user the output file path
  2. Ask them to review and identify any formatting issues
  3. Adjust style rules or content structure as needed
  4. Re-run the formatting script with updated inputs

Important Notes

Chinese Journal Support (中文期刊支持)

  • Chinese font size names (字号) are mapped: 五号=10.5pt, 小四=12pt, etc.
  • Common Chinese fonts: 宋体 (body), 黑体 (headings), 楷体 (abstract), 仿宋
  • First-line indent: typically 2em (2 characters)
  • Use ctexart document class for LaTeX output
  • GB/T 7714-2015 citation format with document type identifiers [J], [M], [C], etc.
  • Full-width punctuation handling

Citation Styles

Refer to references/common-citation-styles.md for detailed formatting rules for:

  • APA 7th, GB/T 7714-2015, Vancouver, IEEE, Chicago, MLA

Formatting Checklist

Refer to references/formatting-elements.md for the complete list of formatting elements to check and apply.

Dependencies

  • python-docx: Required for .docx analysis and generation. Install with pip install python-docx.
  • For LaTeX output: the generated .tex file requires XeLaTeX compilation (for font support).
  • Chinese LaTeX documents require: ctex, xeCJK packages and appropriate Chinese fonts installed.