ICE8 Social Network Graph d3

ICE 8- social Network graphic

This example shows a small social network of six people connected by weighted links, with node labels displayed next to circular markers. The visualization uses D3 v4’s force layout to position nodes and links, with link stroke width proportional to the weight of each connection. Users can click and drag nodes to rearrange the network. The data is loaded from a local JSON file, and the chart is rendered as SVG, with purple links and pink nodes styled via CSS.

Ssowmyanagula@my.unt.edu

Social Network ICE-8

This example visualizes a small social network as a node-link diagram, with ten named individuals (e.g., "vagdevi", "Revansh") connected by weighted edges, rendered as SVG circles and lines. The network is laid out using a force-directed algorithm via the `d3.layout.force()` API, which applies gravity and charge parameters to position nodes. The code uses the older D3.js v4 syntax (e.g., `d3.select`, `d3.json`, `force.drag`) to load the network data from an external JSON file and enable drag-and-drop interaction for manual repositioning.

Vvagdevi-369

Fork of ICE8 Social Network Graph d3

This example shows a social network of ten people, displayed as a force-directed graph where nodes are yellow circles and links are red lines. The graph uses d3.layout.force (the v3 API) to position nodes, with link stroke widths scaled by the `weight` attribute in the data. Node labels are drawn in blue text, and nodes are draggable via `force.drag`. The network.json file supplies the node names and link weights, and the visualization renders entirely in SVG on a plain HTML page.

Ssudhamshu24

ICE-8: Social Network

This example visualizes a social network as an interactive force-directed graph, showing connections among ten individuals grouped into four clusters. The SVG rendering uses D3 v4’s `d3.layout.force` (a predecessor to `d3.forceSimulation`) to simulate physical forces—gravity, charge, and link distance—that arrange nodes and edges dynamically. Node positions update on each “tick” event, while link stroke widths scale with the `weight` value from the `network.json` data. Users can drag and drop nodes via the force drag handler, with text labels and colored circles distinguishing each person.

RRebecca Moore

ICE-8 Social Network graph

This example visualizes a small social network of nine individuals grouped into five clusters, with red links of varying thickness indicating the strength of connections between them. Built with D3.js v4 and vanilla JavaScript, it loads data from a JSON file (`graph.json`) containing node names and weighted link values. The layout uses `d3.layout.force` with gravity and charge settings, rendering nodes as aqua circles with bold labels and enabling click-and-drag interaction. Edges are drawn as SVG lines, with stroke width scaled by the square root of each link's weight.

CChathurya

ICE 8 Network

This example displays a small social network graph of named individuals, with orange circular nodes connected by red links whose thickness indicates a weight value between connections. The visualization is built with React and rendered as SVG using D3.js version 4, specifically employing the `d3.layout.force` API to simulate the layout physics, including gravity, distance, and charge parameters. Node positions update continuously during the force simulation’s tick events, while labels and drag interactions are handled through the standard D3 selection and `force.drag` methods.

TTejamod

ICE 8 - Social Network

An interactive social network visualization displays nine named individuals connected by weighted links. The graph uses D3’s `d3.layout.force` for physics-based layout, rendering nodes as rounded rectangles with gold fills and blue strokes, along with name labels. Links appear as black lines whose stroke width corresponds to each connection’s weight value. Data comes from a local `graph.json` file, and the visualization supports dragging nodes to reposition them, with the force simulation updating positions on each tick.

KKevin Raj

ICE-8 Social Network Graph

A force-directed network diagram visualizes social connections among ten individuals, with node size fixed and link thickness scaled by relationship weight. The graph uses D3 v4 with an SVG rendering and a custom force layout configured through `d3.layout.force()`, applying gravity, charge, and distance parameters to position nodes. Node labels display names, while draggable circles allow interaction with the network. Data is loaded from a local `network.json` file, defining node groupings and weighted links between them.

AAmanullah007