Tree diagram with styling in v6

Tree diagram with styling in v5

This tree diagram shows hierarchical data with styled nodes and links. Node circles vary in radius based on a `value` field, while stroke and fill colors come from `type` and `level` properties. Links are curved paths with colors derived from the child’s `level`. The example uses d3.v5’s `d3.tree()` layout and `d3.hierarchy()` to structure the data, with SVG rendering for all elements. CSS classes style nodes and links, and text labels include leaf and internal node distinctions.

91% match

Tree diagram with styling in v7

This tree diagram example, built with d3.js v7, displays hierarchical data in a classic node-and-link layout using SVG rendering. The visualization shows a root node with two children, where links use colored strokes based on each node's `level` property, and circles vary in size and fill according to the `value` and `type` data fields. The code applies custom CSS styling for node circles, text, and link paths, while using the `d3.tree()` layout and `d3.hierarchy()` API to compute positions and parent-child relationships.

91% match

Simple vertical tree diagram using v6

This simple vertical tree diagram displays hierarchical data with a root node branching into two levels, using circles for nodes and curved paths for links. The visualization is rendered as SVG with D3.js v6, using the `d3.tree()` layout and `d3.hierarchy()` to structure the hard-coded data, then appending groups and paths via `selectAll().enter()`. Node labels are offset above or below circles depending on whether they have children, and internal text includes a white shadow for readability. The code sets explicit margins and dimensions to position the tree within the viewport.

Simple horizontal tree diagram using v6

A simple horizontal tree diagram displays a small hierarchy of named nodes connected by curved links, with internal and leaf nodes distinguished by text alignment. Built with d3.js v6, it uses the `d3.tree()` layout and `d3.hierarchy()` to compute node positions from static, inline JSON data. SVG rendering places each node as a group containing a circle and label, while the links are drawn as cubic Bézier paths via the `d` attribute. The styling includes white node circles with steelblue strokes and gray links.

Tree diagram using symbols for nodes in v6

A tree diagram displays hierarchical data with nodes as D3 symbols, where each symbol’s shape and fill color encode a numeric value and a level attribute from a fixed inline JavaScript object. Links between nodes are colored via a separate level property, and internal nodes use cross symbols while leaves use diamonds. Built with D3 v6, it employs `d3.tree`, `d3.hierarchy`, and `d3.symbol` to render an SVG layout, with node sizes scaled by the `value` field and text labels positioned based on whether a node has children.

Tree diagram using flat data with v6

This example shows a hierarchical tree diagram built from flat, parent-child data. It converts the flat array into a hierarchy using `d3.stratify()`, then lays out the nodes with `d3.tree()` and renders them as SVG circles and curved links. The code assigns node names via `treeData.each()` and uses `d3.hierarchy()` to supply child relationships. Data is hardcoded in the script, and styling is set through CSS classes for internal and leaf nodes. The diagram is drawn with SVG paths and text elements.

Tree diagram using images for nodes in v6

This tree diagram visualizes a hierarchical dataset, using images as the nodes to represent each entity. The diagram is constructed with D3.js v6, leveraging the `d3.tree` layout algorithm and the `d3.hierarchy` function to structure the parent-child relationships. The SVG rendering includes curved links and styled text labels for internal and leaf nodes, with each node’s image sourced from a URL, while link strokes reflect the `level` data attribute.

89% match

Tree diagram with styling in v4

This example shows a hierarchical tree diagram with styled nodes and links, where circles represent data objects using radius, stroke, and fill colors mapped from the source data. The layout is generated with d3.tree, while d3.hierarchy assigns the parent-child relationships from the inline JSON tree structure. The SVG rendering includes curved link paths between nodes, and node circles use values for radius plus type and level fields for stroke and fill styling. Text labels are positioned by horizontal anchor direction, which changes for internal versus leaf nodes.