VizHub Forks Tree

VizHub Forks Tree (outtake)

This radial tree visualization displays the fork hierarchy of VizHub projects, with nodes positioned by angular coordinates and connected by curved paths. The example uses d3 v5’s `cluster` layout, `linkRadial` for link generation, and `stratify` to build the hierarchy from project metadata fetched via `json` from the VizHub API. The SVG rendering supports zoom and pan through the `zoom` interaction module. A commented-out section suggests an alternative image-thumbnail overlay approach.

93% match

VizHub Force Directed Forks Tree

This example shows the fork hierarchy of VizHub projects as an interactive force-directed tree, with nodes representing individual visualizations and links tracing their forking relationships. The visualization uses a d3.forceSimulation with a custom leftRight force to organize child forks horizontally, alongside link and charge forces. It renders to a Canvas 2D context, drawing nodes as small circles and links as lines. The code builds the hierarchy with d3.stratify from JSON metadata fetched from the VizHub API, and supports dragging nodes to adjust the simulation.

86% match

Thumbnails Tree

This visualization displays a tree of VizHub forks, where each node is a thumbnail image of a forked visualization. The layout uses a horizontal tree structure with SVG paths connecting parent and child forks. The code builds the hierarchy from JSON metadata using `d3.stratify` and `d3.tree`, then renders paths with `d3.linkHorizontal` and loads PNG thumbnails for each node. Pan and zoom functionality is enabled via `d3.zoom`.

81% match

Fork of Fork of RADIAL TREE 2

A radial tree visualization displays the hierarchical structure of the Flare dataset, with nodes arranged in concentric circles around a central root. The code uses D3 v4’s `d3.stratify` to parse CSV data, `d3.tree` for layout, and `d3.linkRadial` to draw curved links. Panning and zooming interactions are enabled via D3’s `zoom` behavior, while SVG circles and text labels with rotation show node names.

NNita

Thumbnails Tree

This visualization displays the fork history of VizHub projects as an interactive tree. Thumbnail images of each project are placed as nodes, connected by lines to show the fork relationships between visualizations. The code uses D3 v5’s `tree`, `stratify`, and `zoom` modules, and fetches metadata from `https://vizhub.com/api/visualization/metadata`. Thumbnails are loaded as SVG `image` elements from a separate endpoint.

Fork of RADIAL TREE 2

This radial tree visualization uses a hierarchical dataset (flare.csv) to display the nested structure of categories like analytics, animate, and query, with each node positioned by angle and radius from the center. The D3.js v4 code constructs the tree using `d3.stratify` and `d3.tree`, then renders SVG paths with `d3.linkRadial` for links and circles with text labels for leaves and internal nodes. The layout is static, with no panning, zooming, or interaction implemented in the visible script.

Ssuvinviswanat

Fork of RADIAL network diagram

This fork of the RADIAL network diagram visualizes the hierarchical structure of the Flare dataset using a radial tree layout. The visualization encodes parent-child relationships as curved links emanating from a central root, with leaf nodes positioned along concentric rings according to their depth in the hierarchy. Node sizes reflect the quantitative values from the dataset, and the color scheme helps distinguish top-level branches. The visualization supports panning and zooming for interactive exploration of the tree. Rendered as SVG with D3 v4, it provides a scalable and responsive representation of the data hierarchy.

Vvishal.sgvu@gmail.com

VizHub Forks Graph as of Sept. 11 2019

This visualization maps the fork relationships among VizHub visualizations as of September 11, 2019, using a node-link diagram. Each node represents a user-created visualization, with links indicating forks derived from the VizHub API data. Built with React and rendered via WebGL, the graph uses a force-directed layout, likely implemented with `d3.forceSimulation`, to position nodes based on their connections. The example highlights the growth of the VizHub community, showing how tutorials like “Hello VizHub” and “Let’s make a face with D3.js!” spawn multiple derivative works, with node size or color potentially reflecting popularity or recency of updates.