UI Inspector - Visual CSS Editor
Inspect and visually edit elements and their CSS directly on the page for faster design and UI debugging.
Instantly add modern glassmorphism and background blur effects to any webpage element using clicks, presets, or CSS selectors.
查看最近 30 天的用户变化。
按时间查看评分波动,辅助判断近期口碑是否稳定。
同口径展示 1 天、7 天、30 天的绝对增长与增长率。
查看发布时间、版本、支持语言、最近更新和抓取时间。
查看插件说明、主要功能和适用场景。
Slash Mark — LayerFX Interface is a modern Chrome extension designed to bring real-time glassmorphism and background blur effects to any website through an intuitive and developer-friendly interface. It allows users to visually enhance web elements using three flexible methods: direct CSS selectors, an interactive element picker, and curated one-click presets for common UI components like cards, buttons, headers, and navigation bars. The extension operates live on the DOM, meaning effects are applied instantly without page reloads and can be updated, removed, or refined at any time. Its architecture cleanly separates concerns between the popup UI, content injection logic, and background service worker, ensuring both performance and maintainability. Advanced features such as automatic CSS selector generation, persistent effect storage, and GPU-optimized rendering make it suitable for designers, frontend developers, and UI testers alike. Overall, LayerFX Interface functions as a non-destructive visual styling layer, enabling rapid UI experimentation and modern design enhancement directly within the browser.
查看最近评论和评分分布。
查看 Chrome 商店详情页中的相关产品。
Inspect and visually edit elements and their CSS directly on the page for faster design and UI debugging.
Inspect CSS in real-time. Hover to view categorized styles, copy selectors & CSS instantly. Fast, organized, privacy-first.
Add beautiful, customisable animations to any website element in one-click
Highlight the elements matching a given CSS selector.
Select and highlight elements on a webpage
Apply beautiful glassmorphism effects to any website! Point & click or use CSS selectors to add frosted glass effects in real-time.