posterskill-academic-posters
reason-machines/trending-skills
Generate print-ready academic conference posters from Overleaf papers with an interactive drag-and-drop editor.
What is posterskill-academic-posters?
posterskill is a Claude Code skill that converts your Overleaf paper source into a self-contained HTML poster with a built-in visual editor. It extracts content, generates a multi-column layout, and provides drag-and-drop tools to resize, reorder, and refine cards—no build step or server required.
- Extracts paper content from Overleaf and generates a React-based poster HTML file
- Provides an interactive visual editor with drag-and-drop column/card resizing and reordering
- Includes a programmatic API (window.posterAPI) for layout automation and Playwright scripting
- Auto-downloads institutional logos and supports custom figure cards with JSX
- Exports layout as JSON for iterative refinement and supports print-to-PDF at conference specifications
- Generates A0 and custom-size posters with configurable column widths, card heights, and font scaling
How to install posterskill-academic-posters
npx skills add https://github.com/reason-machines/trending-skills --skill posterskill-academic-posters- Git and Node.js installed locally
- Access to your Overleaf project (requires cloning via git)
- Claude Code environment with the skill installed
- Chrome browser for the visual editor and print-to-PDF workflow
How to use posterskill-academic-posters
- 1.Clone the posterskill repository and your Overleaf project into the poster directory
- 2.Optionally add reference PDFs to the references/ folder for style matching
- 3.Run /make-poster in Claude Code and provide your project website URL and formatting specs
- 4.Claude generates poster/index.html with your paper content in a multi-column layout
- 5.Open poster/index.html in Chrome and use the visual editor to drag dividers, swap cards, and adjust font size
- 6.Click 'Copy Config' to export the layout as JSON, paste it back to Claude to update the HTML
- 7.Repeat iteration until satisfied, then print to PDF via Chrome (File → Print, disable margins, enable background graphics)
Use cases
- Convert a completed research paper into a conference poster in minutes without manual design work
- Iterate on poster layout by dragging dividers and swapping cards in the browser, then export the config back to Claude
- Automate poster layout optimization using Playwright to test different column widths and card arrangements
- Create multiple poster variants for different conferences by adjusting the layout JSON
- Print a publication-ready PDF with proper margins, background graphics, and institutional branding
- Academic researchers preparing posters for conferences
- Graduate students and postdocs who need fast poster generation from existing papers
- Conference organizers or poster session coordinators managing multiple submissions
- Anyone familiar with Overleaf and comfortable using Claude Code
posterskill-academic-posters FAQ
No. Claude extracts figures from your Overleaf project and copies them to poster/figures/. Ensure relative paths in the generated HTML match the directory structure.
Yes. The CARD_REGISTRY in the generated HTML defines each card's title, color, and JSX body. You can edit it directly or ask Claude to modify specific cards before generation.
The skill generates A0 landscape by default (841mm × 1189mm). You can adjust column widths and card heights in the layout JSON, and print at any size your conference requires.
Use the window.posterAPI in the browser console or via Playwright scripts to programmatically swap cards, resize columns, and measure whitespace waste. Claude can help write automation scripts.
Check that figure paths are relative to poster/index.html and that the poster/figures/ directory exists with your images. Manually copy missing figures and update the paths in CARD_REGISTRY.
Full instructions (SKILL.md)
Source of truth, from reason-machines/trending-skills.
name: posterskill-academic-posters description: AI-assisted academic conference poster generation from Overleaf source using Claude Code triggers:
- make a conference poster from my paper
- generate an academic poster
- create a poster from my overleaf project
- build a print-ready poster HTML file
- convert my latex paper to a poster
- make a poster with posterskill
- run the make-poster skill
- help me design an academic poster
posterskill — Academic Poster Generator
Skill by ara.so — Daily 2026 Skills collection.
posterskill is a Claude Code skill that generates print-ready, interactive conference posters from your Overleaf paper source. It produces a single self-contained HTML file with a built-in drag-and-drop visual editor — no build step, no server required.
Installation & Setup
git clone git@github.com:ethanweber/posterskill.git poster
cd poster
# Clone your Overleaf paper source
git clone https://git.overleaf.com/YOUR_PROJECT_ID overleaf
# Optional: add reference posters for style matching
cp ~/Downloads/some_reference_poster.pdf references/
Start Claude Code and trigger the skill:
claude
/make-poster
Claude will ask for your project website URL and any formatting specs, then generate a poster/ directory with index.html.
Directory Structure
poster/ # this repo
├── .claude/
│ └── commands/
│ └── make-poster.md # the skill command
├── overleaf/ # your cloned Overleaf project
├── references/ # optional reference PDFs for style matching
└── poster/ # generated output
├── index.html # the poster (self-contained)
└── logos/ # downloaded institutional logos
What Gets Generated
The output poster/index.html is a React app (loaded via CDN) containing:
CARD_REGISTRY— each card's title, color, and JSX body contentDEFAULT_LAYOUT— column structure and card orderingDEFAULT_LOGOS— institutional logos for the headerwindow.posterAPI— programmatic API for layout automation
Visual Editor Features
Open poster/index.html in Chrome to access the built-in editor:
| Feature | How to Use |
|---|---|
| Resize columns | Drag column dividers left/right |
| Resize cards | Drag row dividers up/down within a column |
| Swap cards | Click one diamond handle, then another |
| Move/insert cards | Click a handle, then click a drop zone |
| Adjust font size | Click A- / A+ buttons in toolbar |
| Preview print layout | Click Preview button |
| Export layout | Click Copy Config to get JSON |
Programmatic API (window.posterAPI)
Available in the browser console or via Playwright automation:
// Swap two cards by ID
posterAPI.swapCards('method', 'results')
// Move a card to a specific column and position
posterAPI.moveCard('quant', 'col1', 2)
// Resize a column (in mm)
posterAPI.setColumnWidth('col1', 280)
// Set a specific card's height (in mm)
posterAPI.setCardHeight('method', 150)
// Scale all text globally
posterAPI.setFontScale(1.5)
// Measure whitespace waste (lower = better layout)
posterAPI.getWaste()
// Get the current layout as an object
posterAPI.getLayout()
// Get the full config as JSON (paste back to Claude)
posterAPI.getConfig()
// Reset to default layout
posterAPI.resetLayout()
Iteration Workflow
The core loop for refining your poster:
- Claude generates first draft, opens
poster/index.htmlin your browser - You edit in the browser — drag dividers, swap cards, resize columns
- Click "Copy Config" in the toolbar to export your layout as JSON
- Paste the JSON back to Claude — it updates
DEFAULT_LAYOUTin the HTML - Repeat until the layout is perfect
- Print to PDF: File → Print → Margins: None, Background Graphics: On
Playwright Automation (used internally by Claude)
Claude uses Playwright to automate layout verification. You can use it too:
const { chromium } = require('playwright');
async function optimizePoster() {
const browser = await chromium.launch();
const page = await browser.newPage();
await page.goto(`file://${__dirname}/poster/index.html`);
// Use the posterAPI to adjust layout programmatically
const waste = await page.evaluate(() => posterAPI.getWaste());
console.log('Whitespace waste:', waste);
// Resize a column
await page.evaluate(() => posterAPI.setColumnWidth('col1', 300));
// Take a screenshot for visual verification
await page.screenshot({ path: 'poster-preview.png', fullPage: true });
// Generate PDF at print resolution
await page.pdf({
path: 'poster.pdf',
width: '841mm', // A0 landscape width
height: '1189mm',
printBackground: true,
});
await browser.close();
}
Card Registry Structure
Each card in the poster is defined in CARD_REGISTRY:
const CARD_REGISTRY = {
abstract: {
title: "Abstract",
color: "#f0f4ff",
body: `
<p>Your abstract text here. Supports full JSX including
<strong>bold</strong>, <em>italic</em>, and inline math.</p>
`
},
method: {
title: "Method",
color: "#fff8f0",
body: `
<img src="figures/pipeline.png" style={{width:'100%'}} />
<p>Caption describing the pipeline above.</p>
`
},
results: {
title: "Results",
color: "#f0fff4",
body: `
<table>...</table>
`
}
};
Default Layout Structure
const DEFAULT_LAYOUT = {
columns: [
{
id: 'col1',
widthMm: 280,
cards: ['abstract', 'method']
},
{
id: 'col2',
widthMm: 320,
cards: ['results', 'quant']
},
{
id: 'col3',
widthMm: 280,
cards: ['conclusion', 'references']
}
]
};
Inputs Claude Uses
| Input | Where It Comes From | Required |
|---|---|---|
| Paper content | overleaf/ directory | Yes |
| Project website | URL (asked at runtime) | Yes |
| Reference posters | references/*.pdf | No |
| Author website | URL for brand matching | No |
| Formatting specs | Conference URL or text | Asked if missing |
| Logos | Auto-downloaded to poster/logos/ | Auto |
Common Patterns
Adding a custom figure card
// In CARD_REGISTRY, add a new card
custom_fig: {
title: "Qualitative Results",
color: "#fafafa",
body: `
<div style={{display:'grid', gridTemplateColumns:'1fr 1fr', gap:'8px'}}>
<img src="figures/result1.png" style={{width:'100%'}} />
<img src="figures/result2.png" style={{width:'100%'}} />
</div>
<p style={{fontSize:'0.85em', textAlign:'center'}}>
Comparison on held-out test scenes.
</p>
`
}
Then add it to DEFAULT_LAYOUT:
{ id: 'col2', widthMm: 320, cards: ['results', 'custom_fig'] }
Logos configuration
const DEFAULT_LOGOS = [
{ src: 'logos/university.png', height: 60 },
{ src: 'logos/lab.png', height: 50 },
{ src: 'logos/sponsor.png', height: 45 },
];
Printing to PDF
In Chrome:
- Open
poster/index.html - Click Preview to verify layout
Ctrl+P/Cmd+P- Set Margins: None
- Enable Background graphics
- Set paper size to your conference spec (A0, 36×48in, etc.)
- Save as PDF
Troubleshooting
Poster looks different in print vs browser → Use Chrome (not Firefox/Safari). Enable "Background graphics" in print dialog.
Figures not loading
→ Ensure figure paths in the HTML are relative to poster/index.html. Claude copies figures to poster/figures/ — verify the directory exists.
Logos not fetched
→ Claude uses Playwright to download logos from your project website. If it fails, manually copy logo files to poster/logos/ and update DEFAULT_LOGOS paths.
Layout config not updating after paste
→ Make sure you paste the full JSON from Copy Config — Claude looks for the complete DEFAULT_LAYOUT and DEFAULT_LOGOS objects to replace.
Font too small/large for poster size
→ Use posterAPI.setFontScale(1.2) in the browser console, or click A+ / A- buttons, then Copy Config and paste to Claude.
Whitespace gaps between cards
→ Run posterAPI.getWaste() in console to quantify. Use posterAPI.setCardHeight('cardId', heightMm) to tune card heights, or drag row dividers manually.
Example Output
See the Fillerbuster poster (repo) as a live example of posterskill output.
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