This project is a programmable, high-performance drawing engine designed for building collaborative whiteboards, diagramming tools, and infinite canvas applications. It provides a reactive graphics runtime that manages complex canvas interactions, viewport animations, and input handling through a unified signal-based API. The framework is built on a schema-driven data store that maintains application state in a strictly typed, centralized record system, enabling efficient UI updates and persistent data management.
The engine distinguishes itself through a highly modular architecture that supports deep customization of visual elements and interactive behaviors. Developers can define domain-specific shapes, custom bindings, and unique interaction tools using a utility-based system that encapsulates rendering logic and lifecycle hooks. The platform also includes robust support for multi-user environments, offering real-time state synchronization, user presence tracking, and conflict resolution, alongside a pluggable storage layer that allows for flexible backend integration.
Beyond its core drawing capabilities, the project provides a comprehensive suite of features for accessibility, security, and extensibility. It includes built-in support for keyboard navigation, screen reader announcements, and motion preference handling to ensure inclusive user experiences. Security is managed through a sanitized content pipeline that filters external data, while developers can further extend the system with custom record types, themes, and asset management utilities to tailor the canvas to specific application requirements.
