Графы
Сетевые, ориентированные, древовидные, DAG-, Sankey- и граф знаний. D3-модули для расчёта макета, SVG рендерит Svelte.
Сетевой граф
Force-directed layout using D3-force. Drag nodes, click to select and highlight connections. Ctrl/Cmd+scroll to zoom.
Social Network
Force-directed graph showing team connections. Nodes colored by department.
Infrastructure Map
Weighted network showing server-to-service connections.
Ориентированный граф
Same NetworkGraph component with directed prop. Adds arrow markers to edges showing direction.
Citation Network
Directed graph showing which papers cite which. Arrows point from citing paper to cited paper.
Дерево
Hierarchical layout using D3-hierarchy. Click nodes to expand/collapse branches. Supports horizontal and vertical orientations.
Organization Chart
Horizontal tree showing company hierarchy. Click +/\u2212 to expand or collapse branches.
File System
Vertical tree showing directory structure. Top-to-bottom layout.
DAG-визуализация
Directed acyclic graph layout using d3-dag Sugiyama algorithm. Nodes arranged in layers with minimized edge crossings.
Package Dependencies
Layered dependency graph showing package relationships. Arrows flow from dependents to dependencies.
Task Pipeline
Data processing pipeline showing task flow from input through processing to output.
Диаграмма Санкей
Flow visualization using d3-sankey. Width of flows proportional to value. Hover nodes to highlight connected flows.
Energy Flow
Multi-stage energy flow from sources through distribution to consumption. Gradient-colored flows.
User Funnel
Conversion funnel showing user progression from visit to subscription, with churn and bounce exits.
Граф знаний
Filtered network graph with entity and relationship type controls. Wraps NetworkGraph with domain-specific filtering.
Movie Database
Knowledge graph showing movies, people, and genres. Use filters to show/hide entity and relationship types.
Сравнение макетов
Same data rendered with three different layout algorithms. Force-directed (physics), tree (hierarchy), and DAG (layered).
Force Layout
Physics-based positioning. Nodes repel, edges attract.
Tree Layout
Hierarchical positioning. Parent-child structure.
DAG Layout
Layered positioning. Minimized edge crossings.