14 GSAP MorphSVG JS

This Interactive Morphing Task List Item is a high-fidelity productivity component. It combines path interpolation with auditory feedback to validate user actions. Its function is to elevate simple “to-do” lists into rewarding, tactile experiences through state-driven motion.

This is a Morphing Liquid SVG Mask Button. It masks a raster image (marble texture) with a dynamic SVG shape that transforms into a “gooey” blob upon interaction. Its function is to create a high-end, organic reveal effect for primary calls-to-action, replacing standard rectangular hover states with fluid motion.

In the sterile world of web interfaces, a touch of whimsy can be the difference between a user forgetting your site and remembering it with a smile. This snippet isn’t just an animation; it’s a digital sticker with a soul. It brings the static ritual of coffee to life through squash-and-stretch principles, transforming a simple icon into a living character that breathes, reacts, and delights.

This Morphing Liquid Toggle Switch takes the standard UI control to a new level of polish. Instead of a rigid circle sliding back and forth, the handle behaves like a viscous fluid. When toggled, it stretches, snaps, and settles into place with a satisfying elastic bounce, creating a delightful tactile experience for the user.

This Interactive SVG Color Wheel is a sophisticated design tool built directly into the browser. It allows users to explore color harmonies - Analogous, Complementary, Triadic, Tetradic - by dragging a handle across a mathematically generated wheel. The interface reacts instantly, updating the background, UI elements, and data display with the selected palette, powered by the precision of Chroma.js and GSAP animations.

This Elastic SVG Morphing Form Controls set redefines standard UI elements by treating them as organic, malleable shapes. Instead of rigid CSS transitions, it utilizes GSAP’s MorphSVGPlugin to physically warp the vector paths of checkboxes, radio buttons, and switches during interaction. The result is a tactile, “gummy” feel where elements squish upon clicking and snap elastically into their active states.

This Gooey Pagination Dot Morph transforms a standard carousel indicator into a delightful liquid micro-interaction. Instead of simply fading or sliding, the active dot behaves like a viscous fluid - stretching (squashing) as it moves and snapping back to a perfect circle upon arrival. It utilizes GSAP’s MorphSVGPlugin to interpolate between different SVG path shapes in real-time.

A narrative micro-interaction where the UI morphs into a heart, triggers a mechanical mailbox sequence, and resets via a playful slide transition.

A fluid SVG interaction powered by GSAP’s MorphSVGPlugin that seamlessly deforms a button upon hover. The animation synchronizes the morphing of the container’s geometry with the underlying textPath baseline, allowing the label to curve naturally alongside the background shape via a reversible timeline.

This animated donut character employs multiple GSAP timelines with elastic easing functions to create independent yet synchronized animations for body sway, facial expressions, and arm gestures.

A complex micro-animation for a tab bar where GSAP keyframes and morphSVG create smooth, “elastic” transitions between icon states, while state management is implemented in vanilla JS.

A demonstration of a cutting-edge React component using GSAP for complex SVG animation, including path morphing and simultaneous background color change. The technical highlight is the control of the complex animation timeline from a container React component via React.createRef.

A two-layer animation: a stylish SVG-based interface controlled by SCSS variables and GSAP for micro-animations of the text and flag, while the background fireworks are a separate JS module with particles and sound, optimized for high performance on Canvas.

See MorphSVG in action, transforming the SVG cord through a series of path shapes in a quick timeline to simulate a realistic tug, complemented by GSAP Draggable for interactive control and light state management.