Design Handoff, Without the Rewrite
The idea of converting visual designs straight into working web code is nearly as old as the web itself, but early WYSIWYG tools left a lasting impression of bloated, unmaintainable output. That skepticism has followed every new "design-to-code" product since. The real test for any modern take on the idea is whether the generated code is anything a developer would actually keep.
Anima is one of the tools trying to clear that bar. It is a design-to-development platform that connects to Sketch, Figma, or Adobe XD via a plugin. Designers can build fully responsive, interactive prototypes without touching code, and developers can export those same designs into clean React or HTML/CSS. The goal is to collapse the usual back-and-forth handoff into a single continuous workflow, rather than shipping static mockups and rebuilding the UI from scratch.
Setup and First Sync
Getting a project running requires an Anima account and the plugin for your design tool. Once installed, you create a project on Anima's web platform; syncing designs from your design tool will push the frames there for the rest of the team to view. The plugin is organized into sections of options, and most configuration is done by selecting an option and applying it to a specific layer or frame in the design canvas.
Turning Static Frames Into a Responsive Prototype
An onboarding flow with screens for three common breakpoints, already linked in Figma, is enough to start producing a code-based prototype. The key step is in the plugin's "Breakpoints" option: select all the frames you built for different screen sizes and confirm. Anima maps those frames to their respective breakpoints. When you hit "Preview in browser," the designs are rendered as real HTML and CSS, not images. Text becomes selectable, and content reflows as you resize the viewport. Switching the previewer into "Responsive" mode lets you verify behavior across screen sizes.
The quality of that reflow still depends on using Figma's constraint features properly in the source design. Anima also exposes a "Use Figma Constraints" checkbox in the plugin's Layout section; leaving that enabled keeps your design's own layout logic in the output.
Making Prototypes Feel Like the Product
Prototypes gain a lot from motion and micro-interactions, and Anima covers those by converting layers into real web elements. An entrance animation can be applied to a headline layer by selecting it, choosing "Entrance animation" and "Fade In," then setting the delay to 0.5. Hover states work the same way: pick the layer, select "Hover effect," and choose an option like "Glow." Applying a glow to the form fields and the call-to-action button in an onboarding flow makes the static design feel closer to a live product.
Where Anima goes further than simple motion is with live form fields. Selecting a field component and setting it to "Text field" lets you specify its type; choosing a password field, for instance, will mask input and provide show/hide behavior. The collected data doesn't have to go nowhere, either. Turning the "Continue" button into a "Submit Button" opens a dialog where enabling "Add to Spreadsheet" routes submissions to a linked spreadsheet and lets you set separate redirect targets for success and failure states.
For richer visuals, a layer can be designated as "Video / GIF / Lottie." Pasting a Lottie animation URL and enabling "Autoplay" and "No controls" will play a looping animation at that spot. In the onboarding example, submitting the form properly redirects to a success screen displaying that Lottie animation.
Syncing the Prototype for the Team
Until you explicitly share it, the prototype remains your own draft. The workflow is to click "Preview in browser" to check the result, then "Sync" when it looks right. Once synced, anyone with access to the Anima project can open the live prototype, leave comments, and inspect the underlying code. The platform becomes the single source of truth for feedback, replacing the usual loop of exported screenshots and annotation tools.
What Developers Actually Get
Given the history of auto-generated code, developer trust hinges on what is in the exported output. Anima's code view defaults to React, with an option to switch to plain HTML and CSS. In "Code" mode, hovering over a design element reveals its generated markup, not unlike inspecting in a browser's devtools. Changes made to the code in that view are saved and synced back to the project, letting developers clean up any generated code rather than rewriting it wholesale.
Class names are derived from your design file's layer names, meaning consistent naming conventions shared across designers and developers pay off directly in the code output. Anima recognizes that frameworks other than React are common; support for Vue and Angular is on its roadmap.
The State of the Handoff
Tools like Anima show that design-to-code has matured beyond the old WYSIWYG trap. The differentiation is in the workflow: prototypes that behave like built products, feedback that lives next to the design, and output code that follows some basic conventions. Whether it fully removes the need to refactor UI code remains a per-project judgment call, but it does take the repetitive work of hand-coding every static screen out of the process. Both designers and developers can spend less time wrestling the handoff and more time on the harder parts of the product.
