Glow Ghost

A cute glowing spirit that springs after the pointer — squashing, stretching and bobbing, with a soft trail that fully fades.

A mouse-following ghost: an SVG body (soft white, blue glow, blurred organic edge) springs toward the pointer with eased, slightly-overshooting motion, stretching along its direction of travel and bobbing gently when idle. Its face glances toward movement and shifts from a calm smile to a surprised "o" with speed. The glowing trail is redrawn from a short position history on a cleared canvas every frame, so it never leaves a permanent mark. Touch-friendly and reduced-motion aware.

Open the live, editable demo →

Animshelf
MIT · v1.0

MOTION SPECIMEN LIBRARY · 131 SPECIMENS · MIT

Animations
you can take apart.

An open collection of animated effects in pure HTML, CSS, JavaScript and Canvas — text effects, canvas fields, motion — each a specimen you can open, slow down, and make your own.

131
Specimens
5
Techniques
0
Dependencies
MIT
License
SPEC · 001 / SOFT AURORA
CANVAS · 60 FPS · LIVE
REGISTRATION · 16:12
FRAME000000
T0.000s
EASE.22, .61, .36, 1
§ 02
NOW PLAYING

Four specimens, one per technique.

HTML · CSS · JS · CANVAS · WEBGL
§ 03
THE CATALOG

Seven shelves. One hundred and thirty-one specimens & counting.

UPDATED 06 · 2026
§ 04
FIELD GUIDE

How a specimen works.

FOUR STEPS

Every specimen is presented like lab equipment — framed, labelled, and ready to be taken apart.

STEP 01
Open the stage.
Each component sits inside a framed preview viewport with registration ticks, a live frame counter, and the easing curve plotted alongside it.
STAGE
STEP 02
Slow it down.
Step through frames, swap easing, toggle reduced motion. Read the animation the way you’d read a contact sheet.
SCRUB
STEP 03
Read the source.
Every specimen is one self-contained file — HTML markup, a CSS block, and vanilla JavaScript. No framework, no build step, no dependencies.
ONE FILE
STEP 04
Take it home.
Copy the file, drop it in your project, change the props. No CLI, no install, no lock-in. MIT licensed.
MIT