When you click “Export” in Esprit Code, a sophisticated conversion engine springs into action behind the scenes. In this post, we’ll explore the technical approach that powers our Figma-to-code conversion and explain why the resulting code serves as an ideal foundation for landing pages and prototypes.
The Three-Phase Conversion Process
Phase 1: Smart Node Analysis
When you connect your Figma file, Esprit Code doesn’t simply grab everything. Instead, it employs intelligent filtering:
Node Classification: The engine analyzes your design hierarchy and identifies which elements require special handling:
- Container nodes (Frames, Groups)
- Visual nodes (Rectangles, Ellipses, Vectors)
- Text nodes with semantic meaning
- Image-bearing nodes that need URL fetching
Smart Filtering: Rather than processing thousands of unnecessary nodes, Esprit Code focuses on elements that contribute to the final visual output. This dramatically reduces processing time and keeps the generated code clean.
Phase 2: Layout Intelligence
One of the most challenging aspects of Figma-to-code conversion is accurately translating Figma’s layout systems into CSS. Esprit Code handles three distinct layout modes:
Auto Layout Conversion: Figma’s Auto Layout maps naturally to CSS Flexbox. The engine analyzes:
- Primary axis direction (horizontal/vertical)
- Cross-axis alignment
- Spacing and padding values
- Flex-grow/shrink behaviors
Grid Layout Support: When Figma designers use Grid Layout, Esprit Code generates proper CSS Grid code with:
- Column and row definitions
- Gap spacing
- Item positioning within grid cells
Absolute Positioning: For designs without layout constraints, the engine calculates precise positioning relative to parent containers, ensuring pixel-accurate placement.
Phase 3: Visual Fidelity Rendering
The final phase focuses on preserving the visual quality of your design:
Background & Fills:
- Solid colors convert to standard CSS properties
- Linear gradients translate to CSS gradient syntax
- Image fills become background-image declarations
Advanced Effects:
- Box shadows map to CSS box-shadow with proper offsets and blur
- Blend modes convert to CSS mix-blend-mode properties
- Opacity and layer effects are preserved
Mask Handling: Esprit Code detects mask groups in your design and supports all three Figma mask types—alpha, vector, and luminance. Shaped masks are reproduced with CSS clip-path generated from the mask element’s geometry, so masked content keeps its intended shape in the exported output.
Why the Output Works Best for Prototypes and LPs
The generated code is optimized for specific use cases:
Heading-Aware HTML Structure: Each top-level Figma frame becomes a self-contained HTML file. Text elements are automatically mapped to heading tags (h1–h3) or paragraph tags—based primarily on their Figma layer name, with font size, weight, and position used as additional cues—so your content keeps a sensible document outline. Layout containers are output as positioned div elements that faithfully reproduce your Figma frame.
Predictable, Inspectable CSS: Rather than scattering inline styles, Esprit Code generates a separate stylesheet with:
- Class names derived from your Figma layer names, combined with Figma’s internal node IDs to keep every selector unique
- Deterministic output—the same design always produces the same CSS, so every rule maps back to a specific element in your design
- Vendor prefixes included only where they’re needed for cross-browser support (for example, -webkit-background-clip for gradient text)
What It Doesn’t Do (And Why): Esprit Code outputs HTML and CSS only, and intentionally leaves the following to developers:
- JavaScript interactivity (better handled by developers)
- Responsive breakpoints beyond the original design
- Backend integration or API connections
This focused approach gives developers a predictable, faithful starting point they can build upon, rather than output they need to untangle first.
Performance Considerations
Parallel Image Processing: When your design contains multiple images, Esprit Code fetches them in parallel batches (up to 3 concurrent requests) to minimize wait time while respecting Figma’s rate limits.
Progressive Feedback: The SSE (Server-Sent Events) architecture provides real-time progress updates during conversion, so you’re never left wondering what’s happening.
Efficient API Usage: By implementing smart filtering, Esprit Code minimizes the number of Figma API calls required, which helps reduce the risk of hitting rate limits.
Real-World Example
Consider a landing page with:
- Hero section with gradient background
- Feature grid with 3 columns
- CTA button with shadow effect
- Footer with auto-layout spacing
Esprit Code processes this in seconds:
- Identifies 4 top-level frames
- Fetches only necessary image assets
- Generates 4 HTML/CSS file pairs
- Preserves all visual styling with proper CSS
The result? A working prototype you can open in any browser immediately, with code ready to hand off to your development team for production refinement.
Looking Ahead
Esprit Code is built specifically for HTML/CSS output. For now, that single focus is deliberate: by targeting one well-defined format, the conversion engine can prioritize accurate, consistent results for the prototype and landing-page workflows it’s designed to serve.
We may explore additional output formats in the future, but our current priority is making the HTML/CSS workflow as reliable as possible.
Have questions about how Esprit Code handles specific Figma features? Let us know in the comments or reach out through our contact form!