vasturiano/3d-force-graph

Features

• WebGL Rendering Pipelines - Renders 3D graphics using the ThreeJS library on top of WebGL for hardware-accelerated scene composition.
• ThreeJS Force-Directed Components - A ThreeJS-based component that renders interactive network graphs in 3D space with physics-driven node positioning.
• Force-Directed Layouts - Renders interactive network graphs in 3D space using force-directed physics for node positioning.
• 3D Scene Navigators - Provides WASD and mouse look-around controls for navigating the 3D graph scene.
• Zoom Controls - Provides zoom controls to scale the view in and out using mouse wheel or middle-click.
• Point Click and Hover Interactions - Responds to clicks, hovers, and drags on nodes and links for interactive graph exploration.
• Interactive Graph Explorers - Enables navigating and inspecting complex network structures through zoom, pan, rotate, and node selection.
• Camera Orbit Controls - Implements camera orbit controls for rotating the view around the graph by left-clicking and dragging.
• Force-Directed Topology Graphs - Renders interactive network graphs in 3D space using force-directed physics for node positioning.
• WebGL Force-Directed Components - A WebGL-accelerated force-directed graph component for visualizing node-link diagrams in three dimensions.
• Node and Edge Customizations - Ships data-driven customization of node and link appearance including color, size, opacity, and 3D geometry.
• Data-Driven Styling - Applies data-driven styling to nodes, controlling size, color, opacity, and custom 3D geometry per element.
• ThreeJS Graph Renderers - An interactive 3D graph visualization built on the ThreeJS WebGL library for rendering network data.
• Force-Directed Layout Physics - Selects between D3-force and ngraph physics backends to compute node positions and layout dynamics.
• Data-Driven Edge Styling - Controls width, color, opacity, curvature, and custom 3D geometry of each graph edge based on data attributes.
• Data-Driven Node Styling - Controls node visual properties like size, color, opacity, and 3D geometry based on data attributes.
• Network Graph Navigators - Provides mouse and keyboard controls for rotating, zooming, and panning 3D network graph visualizations.
• Graph Interactions - Provides click, hover, and drag interactions on nodes, links, and the background for graph navigation.
• Data-Driven Graph Styling - Provides comprehensive data-driven styling of nodes and links with color, size, opacity, and custom geometry.
• Data-Driven Graph Edge Styling - Controls width, color, opacity, curvature, and visibility of each graph edge based on data attributes.
• Graph Navigation and Selection - Provides mouse and touch navigation for rotating, zooming, and panning the 3D graph view.
• 3D Scene Navigators - Provides WASD and mouse look-around controls for navigating the 3D graph scene.
• Zoomable Pan-and-Scan Controls - Provides pan navigation to move the viewport laterally by right-clicking and dragging.
• Pan Controls - Provides pan controls to shift the visible area of the graph by right-clicking and dragging.
• Zoom Controls - Provides zoom controls to scale the view in and out using mouse wheel or middle-click.
• Animated Particle Visualizations - Animates directional particles along link paths to visualize flow and connections between nodes.
• Graph Edge Particles - Renders animated particles that travel along directed edges to visualize connection flow in graphs.
• Graph Data Loaders - Loads graph data from JavaScript objects or JSON sources, defining nodes and links with identifiers.
• JSON Data Import - Imports graph structure from JSON files or objects, specifying node IDs and link sources and targets.
• Physics Engine Selectors - Allows selecting between D3-force or ngraph physics engines and configuring simulation dimensions.
• Camera Positioning Functions - Ships programmatic camera positioning, rotation, and zoom functions for framing 3D graph views.
• Automatic Orbits - Provides timed automatic camera orbiting for presentations and monitoring of 3D graphs.
• Camera Animations - Moves the camera to a specified position or to frame all nodes with optional smooth transitions.
• Camera View Controllers - Provides camera view control with positioning, animated transitions, and automatic zoom-to-fit.
• Animation and View Controllers - Provides controls to pause or resume animation, position the camera, and fit the view to show all nodes.
• Edge Flow Animations - Animates directional particles along graph links to visualize flow and connections between nodes.
• Text Node Labels - Displays text labels on graph nodes for direct readability in the 3D scene.
• Spatial Text Rendering - Displays node labels as 2D sprites overlaid on the 3D scene for readable text annotations.
• ThreeJS Scene Accessors - Provides access to the underlying 3D scene, camera, and renderer for custom extensions.
• ThreeJS Scene Object Accessors - Provides direct access to the underlying ThreeJS scene, camera, and renderer for custom extensions.
• Graph Simulation Tuners - Enables tuning physics engine parameters and layout constraints for force-directed graph simulations.
• Graph Link Flow Particles - Renders moving particles along graph links to indicate direction and flow between connected nodes.
• Node-Emitted Edge Particles - Launches animated particles from a node along its connecting links to visualize data flow or traversal paths.
• Custom Node and Edge Geometries - Applies per-node and per-link visual properties using ThreeJS geometries and materials driven by data attributes.
• Dragged Node Position Fixing - Locks a node's position after dragging, preventing the force simulation from pulling it back.
• Graph Node Expand-Collapse - Expands or collapses a node's connected neighbors on click to reveal or hide sub-graphs.
• Curved Graph Edges - Draws edges as arcs between nodes to visually distinguish connections and reduce visual clutter.
• Click-to-Expand Node Hierarchies - Enables drill-down exploration by revealing or hiding child nodes when clicking a parent node.
• Graph Element Annotations - Provides annotation capabilities for graph nodes and links using text, HTML, or custom elements.
• Single Node Selection - Selects individual graph nodes by clicking for targeted interactions like highlighting or dragging.
• Graph Node Highlighting - Highlights a clicked node and its links while dimming the rest of the graph for focused inspection.
• Viewport Fitting Controls - Adjusts the camera to frame all nodes and links within the viewport automatically.

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