Marvel Characters | Force layout with images

100%

Marvel Characters | Force layout with images

✓ Published0🌍 Public

Last edited Dec 8, 2016

Created on Dec 8, 2016

This interactive force-directed graph visualizes Marvel characters, grouped by Heroes, Villains, and Teams, with each node displaying a character image. The layout uses the `d3.layout.force()` API for physics-based positioning and SVG rendering. Clicking a character reveals their real name and a link to their Marvel webpage, while hovering temporarily enlarges the image. The visualization also includes draggable nodes and animated transitions between states, powered by D3.js v3.

AI-generated description

Force layout test/experiment with images

Sources:

forked from <a href='http://bl.ocks.org/eesur/'>eesur</a>'s block: <a href='http://bl.ocks.org/eesur/be2abfb3155a38be4de4'>d3 | Force layout with images</a>

mit Licensed

Similar vizzes

Loading thumbnail…

Marvel Characters | Force layout with images

The visualization shows Marvel characters in a force-directed graph, where each hero is represented by an image node. Users can click a character to display their secret identity and a link to their Marvel web page, while hovering enlarges the image and reveals the character’s name. Built with D3 v3, the layout uses force simulation to position nodes, with images as nodes and curved links between them. The chart is interactive, allowing users to explore character connections through a collapsible tree structure.

CCBasis

95% match

Loading thumbnail…

Marvel Characters | Force layout with images

A force-directed graph renders Marvel characters as profile images that repel and link together based on a hierarchical dataset. The visualization uses D3’s force layout to position nodes, with images serving as both nodes and interactive elements. Clicking a character updates the header to show their secret identity and a link to their Marvel webpage; hovering scales the image up to reveal the hero’s name. Links between characters are drawn as curved paths, and the root node is fixed at the top center. The animation runs in an SVG container with a clean, comic-book-inspired aesthetic.

IImenmaaloul

94% match

Loading thumbnail…

Marvel Characters | Force layout with images

This interactive force-directed graph maps Marvel characters as circular node images connected by curved links. Built with D3 v3’s force layout, it renders an SVG network where each character is represented by a portrait. Hovering enlarges the image and reveals the hero’s name; clicking updates the header with the character’s secret identity and a link to their Marvel webpage. Node size encodes a numeric size value, while links show hierarchical relationships in a tree-like arrangement. The layout uses gravity, charge, and link distance parameters to organize the characters, with smooth transitions on hover.

IImenmaaloul

93% match

Loading thumbnail…

Marvel Charts

Two interactive Marvel character visualizations display the relationship between a hero's attributes—Strength, Intelligence, Speed, Durability, Power, and Combat—and their total power score. A Voronoi-overlaid scatterplot, built with d3.Delaunay and SVG animations, plots characters by selected attributes while a draggable menu changes the axes. A companion radar chart, using d3.scaleLinear and transition, overlays a second character's profile in dashed strokes for comparison. Tooltips reveal character names on hover, sourced from a CSV of 257 characters.

LLeah Mitchell

80% match

Loading thumbnail…

Marvel Charts

This interactive visualization compares Marvel characters across six power attributes using a linked scatterplot and radar chart. Users select characters from dropdown menus to highlight their position in the scatterplot, sized by total power score, and display their radar profile alongside a second comparison character. The scatterplot uses d3.Delaunay for voronoi-based tooltips, while radar charts are built with d3.radialLine and transitions. Data comes from a CSV of Marvel character statistics, with SVG rendering and animation throughout.

Ttiffycshsf

78% match

Loading thumbnail…

ICE 8 Social Network Graph

This example shows a small social network of six Marvel-inspired characters, with nodes representing individuals and weighted links showing connections between them. The graph uses d3.layout.force to simulate physical forces, pulling connected nodes together while repelling unconnected ones. Nodes are rendered as SVG circles with labels, styled via CSS, and the data is loaded from an index.json file. Users can click and drag nodes to rearrange the layout, with D3’s force tick function updating link positions and node transforms in real time.

Rrakeshkommineni

73% match

Loading thumbnail…

Zoomable Force Directed Graph d3v4

This graph uses a force-directed layout to arrange a network of named characters, with gray links showing relationships and black circles for nodes. Users can zoom and pan the entire visualization via mouse interactions. The example is built with d3.v4, using d3.forceSimulation with d3.forceLink and d3.forceManyBody, and renders to SVG. The node and link data are hardcoded in the script, with links flagged as allies or enemies.

FFrissAnalytics

72% match

Loading thumbnail…

(d3v4) Force Layout w highlights

This example shows a force-directed network graph of character interactions from *Les Misérables*, rendered as SVG nodes and links. Hovering over a node or link highlights its connections by fading unrelated elements, while a tooltip displays names, groups, and link strength. Dragging nodes repositions them, and double-clicking releases them from the fixed position. The visualization uses d3.forceSimulation with link, charge, and center forces, plus d3.drag for interaction and d3.schemeSet3 for coloring nodes by group.

FFrissAnalytics

72% match