Social_Network_graph_ICE-8

Social_Network_graph_ICE-8 BM

A social network graph visualizes connections between nine named individuals, with node size and link thickness encoding relationship weight. Using D3.js v4, the visualization employs a force-directed layout to position nodes, applying gravity, charge, and distance parameters to simulate attraction and repulsion between connected entities. The graph renders as an SVG, loading node and edge data from a JSON file, with black circles for nodes, green stroke outlines, and brown labels. Dragging nodes is supported, while the force simulation updates link coordinates and node transforms on each tick.

Bbmurill2019

Social_Network_graph_ICE-8

This example shows a small social network of eight named individuals, arranged into two labeled groups, with weighted connections represented by line thickness. The graph is rendered as an SVG using D3 v4 and the older d3.layout.force API, which applies gravity, charge, and distance parameters to position nodes interactively. Nodes are drawn as red squares with blue text labels, and users can click and drag them via force.drag. The data comes from a local graph.json file containing node names and link weights.

Llibramanju

Social Network graph - ICE-8

This graph visualizes a small social network of nine people, showing connections between individuals as weighted links. The code uses `d3.layout.force` with gravity, distance, and charge parameters to position nodes, and renders the network as an SVG with red circles and blue lines. Node labels are displayed next to each circle, and link thickness reflects the `weight` value from the JSON data. Users can drag nodes to explore the layout. The implementation loads data from a `graph.json` file and uses D3 v4 for the force simulation and DOM manipulation.

Ssenthilrajendran1

Social Network graph ICE-8

This interactive social network graph visualizes connections between nine individuals, with nodes grouped by community and linked by weighted edges. The layout uses a force-directed algorithm (d3.layout.force with gravity, distance, and charge parameters) that positions nodes dynamically within an 900x600 SVG canvas. Node styling comes from CSS classes for circles (blue stroke, lightpink fill) and labels (black text with green stroke), while edge thickness maps to link weight. The graph is rendered in SVG, with data loaded from the graph.json file, and nodes are draggable via the force.drag interaction. The visualization uses D3.js v2/v4 APIs for rendering and force simulation.

Ggayathrikavya

Social Network - ICE 8

This example visualizes a small social network of nine individuals, showing connections as links whose thickness encodes the weight of the relationship. The graph layout is computed by a force-directed algorithm (d3.layout.force), which positions nodes with charged particles and supports interactive dragging via force.drag. Nodes are rendered as gray circles with name labels, while links are drawn as gray lines (SVG line elements). Data comes from the graph.json file, defining node names, group assignments, and edge weights, with the simulation updating positions on each tick event. The visualization uses d3.json to load data and d3.select to append the SVG canvas.

YYbg99

ICE-8 Social Network graph

This visualization displays a social network with nine people as nodes and eight weighted connections as links, rendered as an SVG using D3.js. It shows relationships between individuals, where line thickness corresponds to link weight. The graph uses the D3 v4 `d3.layout.force` API for physics-based layout with gravity, charge, and distance parameters, allowing nodes to be click-dragged. Node positions update during the force simulation’s tick events, while labels and styled circles mark each person. Data comes from an embedded graph.json file containing names, group assignments, and connection weights.

HHarshinireddyy19

Social Network Graph ICE-8

A force-directed social network graph shows nine people arranged in groups, with links weighted by thickness to indicate connection strength. The visualization uses D3.js v4 with the legacy `d3.layout.force` API, rendering nodes as blue circles with green strokes and black labels via SVG. Data comes from a local `graph.json` file, and nodes are draggable through the force drag behavior, updating positions on each tick event.

SShridhar Kshirsagar

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