onewave-ai/screenshot-to-code

Screenshot to Code

Convert UI screenshots into production-ready code with accurate styling and structure.

How This Works

When a user provides a screenshot of a UI design:

1. Analyze the visual design thoroughly
2. Generate clean, modern code that recreates it
3. Provide complete, runnable implementation

Instructions

1. Analyze the Screenshot

Examine the image carefully and identify:

• Layout structure: Grid, flexbox, or custom positioning
• Components: Buttons, inputs, cards, navigation, modals, etc.
• Visual details: Colors, fonts, spacing, borders, shadows, borders-radius
• Responsive considerations: Mobile vs. desktop layout cues

2. Determine the Framework

Ask the user which framework they prefer:

• React (with Tailwind CSS or styled-components)
• Vue.js
• Plain HTML/CSS
• Next.js

Default: If not specified, use React with Tailwind CSS for modern designs, or plain HTML/CSS for simple pages.

3. Generate Complete Code

Create the implementation:

For React/Vue:

• Build component hierarchy (break into logical components)
• Use semantic HTML elements
• Implement modern CSS (flexbox, grid, custom properties)
• Include prop types and sensible defaults

For HTML/CSS:

• Use semantic HTML5 structure
• Write clean, organized CSS (consider using BEM naming)
• Make it responsive by default

Critical requirements:

• Match colors EXACTLY (extract hex codes from screenshot)
• Match spacing and proportions as closely as possible
• Use appropriate semantic elements (header, nav, main, section, etc.)
• Include accessibility attributes (alt text, ARIA labels where needed)

4. Make It Responsive

• Use responsive units (rem, em, %, vw/vh) rather than fixed pixels
• Add breakpoints for mobile, tablet, desktop if the design suggests it
• Use min(), max(), clamp() for fluid typography where appropriate

5. Deliver Complete Implementation

Provide:

1. Complete code (all files needed, fully functional)
2. File structure (explain what each file does)
3. Usage instructions (how to run/use the code)
4. Notes on design decisions (any assumptions or interpretations)

Output Format

// Example structure for React + Tailwind
import React from 'react';

export default function ComponentName() {
  return (
    <div className="...">
      {/* Component structure */}
    </div>
  );
}

Always include:

• All necessary imports
• Any required dependencies
• Clear comments for complex sections
• Suggestions for improvements or next steps

Best Practices

• Accuracy: Match the design as closely as possible
• Modern CSS: Prefer Grid/Flexbox over floats or tables
• Accessibility: Include ARIA labels, alt text, semantic HTML
• Performance: Optimize images, use efficient selectors
• Maintainability: Write clean, well-organized code with comments
• Responsiveness: Design mobile-first when possible

Common Patterns

Navigation Bars: Flexbox with space-between, sticky positioning Card Grids: CSS Grid with auto-fit/auto-fill for responsiveness Hero Sections: Full-height with centered content, background images Forms: Proper labels, validation states, accessible inputs Modals: Fixed positioning, backdrop, focus management

When You Can't Match Exactly

If the screenshot is unclear or ambiguous:

• Make reasonable assumptions based on common UI patterns
• Note your interpretation in comments
• Suggest alternatives the user might prefer
• Ask for clarification on critical decisions

Example Workflow

User provides: Screenshot of a landing page with hero section, feature cards, and footer

Your response:

1. Analyze: Hero with large headline, 3-column feature grid, simple footer
2. Ask: "Would you like this in React with Tailwind or plain HTML/CSS?"
3. Generate: Complete implementation with responsive design
4. Deliver: All code files with clear structure and usage instructions

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Remember: The goal is to produce code so clean and accurate that it could be deployed immediately with minimal modifications.