1️⃣ Depth Sensing provides a depth #map from the camera feed to integrate realistically #virtual objects into the real-world environment, e.g. to manage their collisions. Watch @AdaRoseCannon demo and explanation of the Depth Sensing youtube.com/Vxp_qDyrj3k
#CSS Nesting aims to give advanced users new ways to group and shorten style rules. It implements natively some of the features provided by preprocessors like #SASS or LESS #timetogiveinput
And if you want to understand more of the history behind this work, watch some of the early discussions on this proposal shared last year during #w3cTPAC
This VirtualKeyboard #API helps #developers enable better customization of their Web page's content and experiences via #CSS and #JavaScript when a virtual keyboard is in use
Virtual keyboards are used when hardware keyboards aren't an option (e.g. on smartphones) - a critical aspect of making them usable is to ensure the editable area remains visible when the keyboard scrolls the active view
The #MathML#WorkingGroup is one of the oldest @w3c Working Groups. The need for mathematical rendering on the Web was evident from the earliest days of the Web at #CERN (1989)
This document defines a core subset of #MathML that can be reliably displayed in Web #browsers. It provides efficient, native and interoperable rendering of mathematical notations for authors and users #timetogiveinputw3.org/TR/2021/WD-mathml-cor…
Other media-related specifications include Media Session to integrate web #playback experiences with notification areas, or #WebCodecs to expose low-level knobs to audio/video encoding/decoding
Existing standardized Web technologies for media streaming are MS/EM extensions, #WebRTC for live streaming, #WebAudio#API for processing and synthesizing audio, and also #WebAssembly used to ship efficient processing code in situations where #browsers don't offer native support