Springs and Bounces in Native CSS

Josh Comeau2025-10-28 20:000 views

The “linear()” timing function is a game-changer; it allows us to model physics-based motion right in vanilla CSS! That said, there are some limitations and quirks to be aware of. I’ve been experimenting with this API for a while now, and in this post, I’ll share all of the tips and tricks I’ve learned for using it effectively. ✨

Keep reading.

Source：https://www.joshwcomeau.com/animation/linear-timing-function/

My favorites

PreviousBrand New Layouts with CSS Subgrid NextThe Big Gotcha With @starting-style

Clawd HQ: turn your Claude Code session into a team of specialist agents

I kept hitting the same wall with Claude Code: one long chat doing everything in sequence. New requests queue behind a l

0dev.to

Reviewing AI-Generated Pull Requests: A Checklist That Catches Real Bugs

In September a client's team merged a 900-line pull request that added CSV export to their Laravel admin. The code was c

0dev.to

Small SaaS Shipment Scheduling: Go Queue Push, HTTPS Webhooks, and Polling Workers

Short answer: Choose polling when one small team needs private, controlled execution; choose HTTPS push when delivery la

0dev.to Go

Modelling KEBS S-Mark Permits in an ERP: Product-Brand-Site Scope, Expiry Alerts and Label Validation

By Isaac Muthui, CEO, Tamalaki Business Network Ltd. Originally published at factoraerp.com . If you build or integrate

0dev.to Database

Does a Tiny Desk AI Clip Keep the Reference's Cuts and Camera Moves? Measuring Shot Timing With NumPy Phase Correlation (Tested)

"Does the AI version keep the same camera moves as the original?" is one of the first things people ask about photo-to-v

0dev.to AI

Half of Googlebot's requests to my Next.js site are for JavaScript. 176 pages were never crawled.

I run two small Next.js sites on the same host. Google indexes neither of them well, and this week I read the crawl stat

0dev.to WebDev