clientIO/joint
Joint
Joint es una biblioteca de JavaScript para crear diagramas visuales interactivos y diagramas de flujo utilizando Scalable Vector Graphics (SVG). Proporciona un entorno programable para crear un lienzo SVG interactivo con soporte integrado para zoom, desplazamiento y gestos táctiles.
El framework incluye un sistema de componentes para definir formas personalizadas y elementos programáticos dentro de un sistema de coordenadas basado en vectores. Cuenta con un serializador de diagramas basado en JSON para guardar y cargar estados de diagramas, así como algoritmos de diseño automatizados y mapeo de relaciones para renderizar nodos y aristas.
La biblioteca cubre una amplia gama de capacidades de diagramación, incluyendo la gestión de estructuras jerárquicas para elementos anidados, enrutamiento de enlaces basado en rutas con puntas de flecha personalizables y un sistema de interacción basado en eventos. También incluye herramientas para el recorrido de datos de grafos y la disposición automatizada de elementos para optimizar la claridad visual.
Features
- Graph Visualization Frameworks - Serves as a comprehensive framework for rendering nodes and edges with automated layout algorithms and relationship mapping.
- SVG Data Visualization - Renders interactive visualizations and diagrams using SVG shapes, paths, and images for data presentation.
- Visual Workflow Modelers - Provides a programmable environment for designing tools to map out business processes and technical workflows using interactive SVG shapes.
- Element Connection Management - Establishes links between shapes using customizable arrowheads and routing points to define relationships.
- Graph Layout Algorithms - Implements algorithms for the automatic positioning of nodes and edges to resolve visual overlaps and optimize spacing.
- Interactive Canvases - Provides a programmable SVG canvas with integrated support for zooming, panning, and touch gesture controls.
- Programmatic Shape Renderers - Allows the programmatic definition and rendering of specialized SVG shapes and attributes without external assets.
- Link Routing Controls - Determines the geometric trajectory of connection lines using routing points and customizable arrowhead anchors.
- Interactive Diagramming Libraries - Provides a library for embedding interactive, browser-rendered diagrams and flowcharts using SVG.
- State Serialization - Transforms the complex graph of elements and their connections into a portable JSON string for state persistence.
- JSON Serialization - Serializes and deserializes complex diagram states to and from JSON format for storage and transfer.
- Element Relationship Mapping - Uses adjacency-list structures to map and traverse connections between diagram elements.
- SVG Component Definitions - Allows building specialized diagram components using SVG or programmatic rendering with support for custom properties.
- Diagram State Serializations - Converts complex visual graph layouts and connectivity states into storable JSON formats for persistence.
- Diagram Element Layout Positioning - Automatically arranges elements and connecting links to optimize the visual structure and clarity of the layout.
- Scene Graph State Synchronization - Maintains a hierarchy of SVG elements as a JavaScript object model to keep the browser DOM in sync with diagram state.
- Graph Visualizers - Represents complex relational data as a visual map where users can explore connections and traverse nodes.
- Flow Diagram Serializations - Implements a JSON-based serialization system to save and restore the entire state of a flow diagram.
- Graph Traversal - Provides search algorithms to traverse graph edges and discover neighboring elements within a diagram.
- SVG Component Systems - Ships a component system for defining custom shapes and programmatic elements within a vector-based coordinate system.
- Domain-Specific SVG Components - Enables the creation of specialized visual elements and nested containers to represent domain-specific data structures.
- Diagram Element Nesting - Organizes shapes into parent-child containers that manage relative positioning and coordinate transformations.
- Diagram Interaction Monitoring - Provides a system for tracking and reacting to granular user interactions like zooming and touch gestures within the diagram.
- Event-Driven User Interactions - Captures raw browser input and translates it into semantic diagram events to trigger custom application logic.
- Diagramming Tools - Library for building interactive diagrams and visual representations.
- Game Engines - Library for creating interactive diagramming tools.
