d3NoobV5 Reusable Examples - Tree Diagram v4

d3NoobV5 Reusable Examples - Tree Diagram Interactive v5

This example shows an interactive tree diagram built with D3.js v5, displaying hierarchical data from a flat JSON array. The visualization uses d3.stratify to convert the flat parent-child relationships into a hierarchy, followed by d3.tree to compute the layout. Nodes are rendered as SVG circles with text labels, connected by curved paths that serve as links. The code follows a reusable chart pattern, with margins, configurable dimensions, and a title, all drawn within an SVG container. The data includes five nodes across three levels, with the tree expanding downward and to the right.

95% match

d3NoobV5 Reusable Examples - Tree Diagram v1

This example presents a vertical tree diagram built with D3.js v5, showing hierarchical data as a node-link layout. It renders nodes as circles with text labels and curved paths for links, using the `d3.tree()` layout and `d3.hierarchy()` to process the input data. The visualization is implemented as a reusable chart module following the Pro D3 pattern, with configurable dimensions, margins, and title. The SVG rendering approach uses chained selections and classed groups for structured styling, with all layout computation performed before drawing.

95% match

d3NoobV5 Reusable Examples - Tree Diagram v2

This example shows a vertical tree diagram built with D3.js v5, displaying hierarchical data as linked nodes with circles and text labels. It uses `d3.hierarchy` and `d3.tree` to compute the layout, with curved paths generated via SVG path strings for the links. The chart is implemented as a reusable module following the ProD3 pattern, with configurable dimensions, margins, and title. Data comes from a hardcoded JavaScript object, and the visualization renders entirely in SVG within a responsive container. The code also includes CSS styling for node circles, text, and link strokes.

95% match

d3NoobV5 Reusable Examples - Tree Diagram v3

This example presents a horizontal tree diagram visualizing hierarchical data, with nodes as circles and curved links connecting parent and child elements. The chart is built using a reusable D3 v5 component pattern, deriving its architecture from Mike Bostock's reusable charts and the ProD3 modular approach. The implementation employs `d3.tree()` for layout, `d3.hierarchy()` for data structuring, and SVG paths with cubic Bézier curves for the links. Node positions are computed with the tree layout's size method, and all elements render within an SVG container with configurable margins and dimensions.

94% match

Tree diagram using flat data with v5

This example shows a horizontal tree diagram built with D3 v5, displaying hierarchical data from a flat array of name and parent fields. It converts the flat data into a hierarchy using `d3.stratify`, then applies the `d3.tree` layout to position nodes. The SVG rendering includes curved `path` links between nodes, with circles for nodes and labels positioned to the right for leaves and left for internal nodes. The code uses `d3.hierarchy` and D3 selections to append elements, styled with CSS for node fills and link strokes.

86% match

Simple horizontal tree diagram using v5

A simple horizontal tree diagram visualizes hierarchical data with three levels: a top-level root node, two second-level branches, and two leaf nodes. The code uses D3.js v5’s `d3.tree()`, `d3.hierarchy()`, and `d3.select()` APIs to compute the layout and render SVG paths for curved links and circles for nodes, with text labels positioned left or right based on whether a node has children. The diagram is defined by a static JavaScript object `treeData` and styled via CSS classes.

84% match

Simple vertical tree diagram using v5

This example presents a vertical tree diagram built with d3.js v5, displaying a small parent-child dataset with nodes labeled "Top Level," "Level 2: A," and their descendants. It shows the hierarchical structure through SVG rendering, with circular nodes connected by curved paths. The code uses `d3.hierarchy` to process the nested data and `d3.tree()` to compute layout positions. Links are drawn as cubic Bézier curves via path string generation, while each node is a group containing a circle and centered text label, with internal nodes styled slightly differently from leaves.

84% match

Tree diagram using flat data with v4

This tree diagram visualizes hierarchical relationships from flat, parent-child data, rendering nodes and curved links in an SVG. It uses d3.stratify() to convert the flat data into a hierarchy, then applies the d3.tree() layout to position nodes. The code assigns node names via treeData.each(), draws paths for links with cubic Bézier curves, and styles circles and text for internal and leaf nodes. The example demonstrates d3 v4’s approach to handling non-nested data, with margins and dimensions set explicitly for the SVG output.