Social Network graph

100%

Social Network graph

✓ Published3🌍 Public

Last edited Jul 10, 2022

Created on Jul 10, 2022

This example shows a social network graph with seven named nodes and six weighted links, rendered as an interactive SVG. Users can drag nodes, which then move according to a force-directed layout. The visualization uses `d3.layout.force` from D3 v4 to apply gravity, link distance, and charge parameters, and updates node positions via the `force.on("tick")` event. The graph data is loaded from a JSON file referencing nodes by name and links by array indices. Node circles and text are styled via CSS, with link stroke width proportional to link weight. The code also includes an unused reference to D3 v2.

AI-generated description

A bare minimum HTML page demonstrating use of CSS and JavaScript.

Similar vizzes

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

91% match

Loading thumbnail…

Social Network Graph

This example visualizes a small social network graph, showing six nodes representing a user and their friends, connected by weighted links that indicate relationship strength. The graph is rendered as SVG using D3.js v2’s force layout, which positions nodes through simulated physics with gravity, charge, and distance parameters. The code loads JSON data from `graphFile.json` and maps the nodes and links into the visualization. Node labels are displayed as text, and link thickness is scaled to the square root of each connection’s weight. The implementation uses `d3.layout.force`, `force.drag`, and tick event handlers to update node and link positions dynamically.

Ssalimjivani

91% match

Loading thumbnail…

Social network graph

This example displays a small social network of six named individuals and seven weighted connections using a force-directed graph. The SVG rendering is driven by the D3 v4 `d3.layout.force` API, with nodes as blue circles and edges as blue lines whose stroke width reflects link weight. Node positions update on each tick event, and drag interaction is enabled via `force.drag`. Data is loaded from an external JSON file, and the layout uses gravity, charge, and distance parameters to position the elements.

AAAL FORHAD

90% match

Loading thumbnail…

Fork of Social Network graph

This example shows a small social network graph with seven named nodes and six weighted links, rendered as an SVG in a React project. The visualization uses the force-directed layout from D3 v4 (`d3.layout.force`) with gravity, distance, and charge parameters to position nodes, and applies a green stroke to links with widths proportional to link weight. Nodes appear as purple circles with maroon outlines and text labels, and the entire graph is interactive, allowing users to click and drag nodes to rearrange the layout.

RReyden Harris

90% 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

89% 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

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 interactive social network graph visualizes relationships among seven individuals, with nodes representing people and links denoting connections. Node size and link thickness reflect connection weights from the graphFile.json dataset. The graph uses d3.layout.force for physics-based positioning, allowing users to click and drag nodes to rearrange the network. D3 v4 renders the visualization as SVG elements, with circles for nodes and lines for links, while text labels display each person’s name. The force simulation adjusts node positions on each tick, creating an animated, explorable representation of social ties.

RRupeshGandham

89% match