rough-stuff/wired-elements

Wired Elements is a hand-drawn web component library and custom element UI kit. It provides a set of low-fidelity visual building blocks designed to produce a rough, non-polished aesthetic for early-stage design iterations. The framework enables the creation of rapid UI prototypes, low-fidelity wireframes, and conceptual UX mappings. It uses a sketched appearance to help focus iterations on layout and functionality rather than final visual polish. The library utilizes SVG-based path rendering and web component encapsulation to deliver its hand-drawn style. Visual states are managed through e

Shoelace is a web component UI library consisting of a suite of accessible, framework-agnostic user interface elements. It provides a collection of custom element components and reusable HTML tags that encapsulate style and behavior to work across any JavaScript framework or plain HTML pages. The system is designed as a themable UI component system, utilizing CSS variables to manage visual themes and dark mode support. This allows for the implementation of custom design systems and a consistent visual language across web environments. The library covers broader capabilities in accessible int

This project is a renderer and theme engine for Mermaid.js that converts diagram syntax into styled SVG graphics and ASCII text. It provides a type-safe diagram editor and a pipeline for transforming diagram source code into scalable vector graphics or plain text visuals. The system features a dedicated theme engine that maps editor colors and CSS variables to diagram elements. It enables dynamic diagram theming through CSS custom properties for real-time color updates and supports index-based styling to override the appearance of specific nodes and edges. The tool covers a range of visualiz

Open Props is a CSS custom property library and design token set providing reusable variables for colors, typography, and layout. It functions as a CSS variable framework and design system intended to ensure visual consistency across components and platforms. The project includes an optimization toolkit for generating selector-scoped variable bundles and removing unused design tokens from stylesheets to reduce final file size. It also provides configuration files to enable design variable autocompletion within code editors. The system covers broader capabilities in adaptive web interface des