Interaction design frameworks

This project is a modular toolkit for building accessible, component-based drag-and-drop interfaces in React. It provides a foundational framework for managing complex spatial interactions, state synchronization, and element registration, allowing developers to create interactive web applications that support mouse, touch, and keyboard inputs. The library distinguishes itself through a highly extensible architecture that separates input handling from interaction logic. It utilizes a sensor-based input abstraction to normalize diverse user interactions and a plugin-driven lifecycle to inject c

interact.js is a JavaScript interaction library used to implement drag and drop, resizing, and multi-touch gestures within web browsers. It provides a specialized interaction framework for scalable vector graphics, allowing these elements to be moved and resized. The library features a multi-touch gesture engine that recognizes complex patterns such as pinch and rotate, and a coordinate snapping engine for aligning elements to grids or restricting movement within boundaries. It also includes a cross-frame state synchronizer to share interaction states and input events across multiple browser

Hammer.js is a library for recognizing touch gestures in web applications. It functions as a unified interface that translates raw pointer, mouse, and touch inputs into a consistent stream of interaction data, allowing developers to detect patterns such as taps, swipes, and pans across different browsers and hardware. The library distinguishes itself through a modular architecture that uses configurable logic blocks to evaluate input streams against specific mathematical thresholds. It maintains an internal registry of active touch points to track complex multi-finger movements like pinching

React DnD is a library for building complex drag-and-drop interfaces within React applications. It provides a declarative, component-based architecture that abstracts native browser drag-and-drop APIs, allowing developers to manage state and interactions between draggable sources and drop targets. The library utilizes a dependency injection backend to decouple interaction logic from specific input methods, supporting mouse, touch, and native browser events through a unified normalization layer. It employs a registry pattern to track active drop zones and a monitor pattern to observe the lifec

React Sortable Hoc is a library for building drag-and-drop reorderable lists and grids within web applications. It provides a set of reusable components designed to integrate into the component-based architecture of React, allowing users to rearrange elements through mouse or touch input. The library utilizes a higher-order component pattern to inject drag-and-drop state management into existing list components without requiring modifications to the underlying implementation. It employs portal-based ghost rendering to move elements outside the normal document flow, while using hardware-accele

use-gesture is a JavaScript gesture manager and interaction tool designed to detect and process user input patterns. It functions as a React gesture hook library and a general utility for tracking screen coordinates and movement patterns to drive interactive component behaviors. The library specializes in capturing complex mouse and touch interactions, including dragging, pinching, swiping, and scrolling. It provides a system for implementing drag and drop functionality and pinch-to-zoom interactions. The tool covers the development of interactive UI components by normalizing diverse input e

Sortable is a JavaScript drag and drop library used to create reorderable lists of HTML elements. It is a framework-agnostic tool and a touch-enabled interaction library that functions across modern browsers and touch devices without dependencies on specific web frameworks. The library enables the movement and cloning of elements between different containers using shared group configurations. It supports the repositioning of multiple items simultaneously and the use of specific drag handles to restrict which areas of an element trigger a move. Additional capabilities include programmatic sor

Draggable is a JavaScript library for implementing draggable elements and sortable lists within a web browser. It provides a functional toolset for creating accessible drag and drop interfaces and a mechanism for dynamically swapping, sorting, and reordering HTML elements in real time. The library features a cross-input interaction layer that unifies mouse, touch, and force-touch events into a single stream for consistent behavior across different devices. It specifically includes tools for providing screen reader feedback and assistive technology support to ensure drag operations are accessi

react-draggable is a drag and drop library and coordinate-based position manager for React. It functions as a component wrapper that adds draggable behavior to user interface elements, enabling them to be moved via mouse or touch interactions. The library provides touch-enabled interaction tools that unify pointer events across desktop browsers and touch screen devices. It utilizes CSS transforms to handle element movement and coordinate tracking. The system covers movement constraints such as axis restriction and boundary clamping to confine elements within specific areas. It includes posit

Dragula is a JavaScript drag and drop library and DOM element manipulator used to move and reorder HTML elements between multiple containers. It functions as a UI interaction framework and event manager that tracks drag lifecycles to facilitate the movement of elements within a web browser interface. The library distinguishes itself through configurable constraint validation, allowing developers to define which elements are draggable and which containers are permitted drop targets. It supports specialized interaction patterns such as element cloning, the use of specific drag handles to restri

Kivy is a cross-platform Python GUI framework used to build graphical user interfaces that run on desktop and mobile operating systems from a single codebase. It functions as a multi-touch UI library and a custom widget toolkit, providing a development environment for packaging Python applications into binary installations for Android and iOS. The framework is distinguished by its ability to handle complex multi-touch gestures and interactive input across various devices. It utilizes a specialized domain language for declarative UI construction to separate visual layout definitions from Pytho

Moveable! Draggable! Resizable! Scalable! Rotatable! Warpable! Pinchable! Groupable! Snappable!