Social Network graph

Social Network graph

A social network graph displays nine named individuals as nodes grouped by color-coded categories, with weighted links connecting them by relationships. The visualization uses a force-directed layout via `d3.layout.force` to position nodes, with link stroke-width scaled by the square root of the connection weight. Node circles are styled with blue fills and pink stroke, while purple links and text labels are rendered as SVG elements defined in CSS. Data comes from an external `graph.json` file containing node names, group assignments, and weighted edge pairs, and nodes support dragging through the force layout's drag behavior.

Aadapavaishnavi12

Social Network graph

This example uses a force-directed network graph to visualize a social network of nine people and their relationships. The visualization shows connections as blue lines whose thickness corresponds to the weight of each relationship. Nodes are rendered as circles with red borders, and each person’s name is displayed adjacent to their node. The layout uses `d3.layout.force` (a force simulation API) to position nodes, with drag interaction enabled via `force.drag`. Data is loaded from an external JSON file (`graph.json`) and rendered as an SVG, with styling applied through CSS.

DDineshK2602

Social Network graph

This example shows a social network graph of nine people, with blue, purple-outlined circles representing individuals and labeled with their names. The visualization uses a force-directed layout to position the nodes and displays the relationships between them as blue lines, where the line thickness corresponds to the connection weight. Built with D3.js v4, the code loads the network structure from a JSON file and leverages the `d3.forceSimulation` API for the layout physics, along with custom SVG styling for node and link appearance. The implementation creates the graph as an SVG element and supports dragging nodes with the mouse.

GGARIDIDEEKSHITHREDDY

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

Social Network Graph

This social network graph visualizes relationships between eight people, with varying link thickness indicating stronger connections (value 1 vs. 5) and arrowheads marking directed edges. The SVG rendering uses d3.forceSimulation with link, charge, collision, and center forces to position nodes, which users can drag interactively. Node highlighting via the `.nodeHover` CSS class occurs on mouseover. The code loads D3 v6 from UNPKG and reads relational data from a local `data.json` file, demonstrating ES6 module imports alongside the main visualization logic.

SSharankumar02

Fork of Social Network graph

This interactive force-directed graph visualizes a small social network of nine people connected by eight weighted links, with node labels showing names and link thickness encoding connection weight. The visualization uses D3.js v4 with the legacy `d3.layout.force` API, rendering nodes as red circles with yellow strokes and black connecting lines in an SVG container. Users can click and drag individual nodes to rearrange the network, while the simulation updates positions during tick events to maintain the layout. The data comes from a local `graph.json` file with node and link arrays.

SSaiSree0122

Social Network graph

A social network graph displays nine people as labeled blue circles connected by weighted black lines. The visualization uses a force-directed layout via `d3.layout.force` to position nodes, with link thickness proportional to the `weight` value from the loaded `graph.json` data. Nodes are draggable, and the graph renders in SVG with D3 v4. The tick event updates node transforms and link coordinates continuously, creating an interactive, physics-based layout.

SShivaPriyad

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