Skip to main content
SimilarExport ZIP
100%

Social Network

✓ Published0🌍 Public
VVaishnavi6199
Last edited Apr 4, 2022
Created on Apr 4, 2022
Forked from Social Network

This example displays a small social network as a force-directed graph, with nodes representing named individuals and lines (links) sized by a numeric weight. It uses the older `d3.layout.force` API from D3 v4 (and also loads D3 v2) to simulate physical motion, making nodes draggable and repositioning linked elements on each tick. Data comes from a local JSON file, and the rendering is done with SVG circles, text labels, and lime-colored line elements, all styled via inline CSS.

AI-generated description
MIT Licensed

Similar vizzes

Loading thumbnail…

Social Network

This example displays a small social network as a force-directed graph, with nodes representing named individuals and lines (links) sized by a numeric weight. It uses the older `d3.layout.force` API from D3 v4 (and also loads D3 v2) to simulate physical motion, making nodes draggable and repositioning linked elements on each tick. Data comes from a local JSON file, and the rendering is done with SVG circles, text labels, and lime-colored line elements, all styled via inline CSS.

VVaishnavi6199
100% match
Loading thumbnail…

Social Network

This example visualizes a small social network with seven named people and weighted connections. It uses a force-directed layout via `d3.layout.force` to position nodes and links, rendering them as SVG circles and lines. The thickness of each link corresponds to the `weight` field from the JSON data, and node labels display names. The graph is interactive, allowing nodes to be dragged and repositioned while the simulation updates the layout in response to tick events.

SSohilaBheemReddy
90% match
Loading thumbnail…

Social Network graph

This social network graph visualizes a small set of named individuals organized into four groups, with links between them representing connections of varying weight. The nodes are rendered as circles with lightgreen fills and labels, while links appear as black lines whose stroke width scales with the square root of each link’s weight. The layout is driven by d3.layout.force, which applies gravity, distance constraints, and charge to position nodes, and users can drag nodes interactively. The SVG is generated dynamically from the graph.json data file using d3.v4 and d3.v2 APIs.

LLG0498
89% match
Loading thumbnail…

Social Network

A force-directed graph displays a social network of six people and five weighted connections, with nodes as orange circles and links as gray lines. Built using D3 v4, the visualization loads node and link data from a local JSON file and uses the `d3.layout.force()` API to simulate physical forces that position the nodes. Dragging is enabled via the force simulation's `drag` method, and each node includes a text label showing the person's name, with link thickness scaled by the `weight` value.

Ddheeraj1509
89% match
Loading thumbnail…

Social Network Graph

This social network graph visualizes the connections between ten individuals, with node size and link thickness representing group membership and relationship weight. Using `d3.layout.force()` for physics-based layout and `force.drag()` for interactivity, nodes are rendered as SVG circles with red text labels. The network loads JSON data from `network.json`, drawing links as blue lines whose stroke-width reflects each connection’s weight. The graph uses D3.js v4 and v2 APIs to position elements dynamically, enabling users to drag and rearrange nodes while the force simulation updates positions in real time.

0057SatvikDamera
89% match
Loading thumbnail…

Social Network

The visualization displays a small social network of seven people, with weighted links indicating relationship strength. It uses a force-directed layout to position nodes, allowing users to click and drag them around the canvas. The graph is rendered as an SVG using D3.js, with brown strokes for links and silver circles with royal blue borders for nodes. Data comes from a local JSON file containing node names and link weights. The code relies on d3.layout.force() for the physics simulation, with node labels positioned to the right of each circle.

LLakshmipriya-kalapala
89% match
Loading thumbnail…

Social Network graph

This example visualizes a small social network of seven named individuals using a force-directed graph. Nodes represent people, with links indicating connections between them, and thicker green strokes denote stronger relationships based on weight data. The visualization loads node and link data from a local `graphFile.json` file. It uses the older `d3.layout.force` API (from d3.v2/v3, despite the d3.v4 script tag) to simulate physics, with draggable nodes, circular markers, and labels rendered as SVG elements. Styling is applied via CSS classes.

RRohith arabati
88% match
Loading thumbnail…

My social Network graph

This example visualizes a small social network as a force-directed graph, with seven people connected by weighted links. The SVG rendering uses D3 v4’s `d3.layout.force` to position nodes and edges, applying gravity, distance, and charge parameters. Nodes are draggable circles with name labels, and link thickness reflects the `weight` property from `graphFile.json`. The code also references D3 v2, though the primary layout comes from the v4 API.

KKiran3295
88% match