Elevate web interactions beyond standard animations by adapting real-time physics techniques from game development. Using libraries like "Wiggle Bones," designers can create dynamic, responsive objects (like the Amy balloons) that feel alive, providing a signature "fidget toy" experience that canned animations can't replicate.
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To bridge the gap between design and code, use a control panel library like Leva. Ask your AI assistant to implement it, giving you real-time sliders and inputs to fine-tune animation timings, easing curves, and other interaction parameters without constantly rewriting code.
Unlike video models that generate frame-by-frame, Marble natively outputs Gaussian splats—tiny, semi-transparent particles. This data structure enables real-time rendering, interactive editing, and precise camera control on client devices like mobile phones, a fundamental architectural advantage for interactive 3D experiences.
AI coding agents enable "vibe coding," where non-engineers like designers can build functional prototypes without deep technical expertise. This accelerates iteration by allowing designers to translate ideas directly into interactive surfaces for testing.
Developers can create sophisticated UI elements, like holographic stickers or bouncy page transitions, without writing code. AI assistants like CloudCode are well-trained on animation libraries and can translate descriptive prompts into polished, custom interactions, a capability many developers assume is beyond current AI.
To create a truly unique value proposition, the "Bored" team prioritized game mechanics that leveraged the combination of physical pieces and a digital surface. For example, one game uses the height (Z-axis) of stackable pieces, an interaction that cannot be replicated on a standard tablet.
Hera's core technology treats motion graphics as code. Its AI generates HTML, JavaScript, and CSS to create animations, similar to a web design tool. This code-based approach is powerful but introduces the unique challenge of managing the time dimension required for video.
To rapidly iterate on interactive ideas in code, create your own version of "Command D." Instead of hard-coding values, build a simple control panel with variables for parameters like speed or distance, allowing for easy adjustment and testing of multiple variations.
Instead of starting in Figma, prototype complex web animations using "gray boxing," a technique from game development. By using basic shapes and code (like HTML/CSS/3JS) to define the core flow and feel, you can validate the interaction's energy before investing in detailed visuals.
When exploring an interactive effect, designer MDS built a custom tool to generate bitmap icons and test hover animations. This "tool-making" mindset—creating sliders and controls for variables—accelerates creative exploration far more effectively than manually tweaking code for each iteration.
Reverse the traditional design process by focusing on the "liveliness" of a site from the outset. While visuals and copy can remain low-fidelity placeholders, investing in high-fidelity transitions and motion early on establishes the core interactive feel, which is often the most crucial part of the user experience.