Social Network Graph

GGabriel Guimaraẽs de Almeida

Social Network Graph

This social network graph visualizes friendship connections among eight named individuals, with nodes arranged through a force-directed layout and directed edges indicating relationship direction. Built with D3 v6, the visualization uses `d3.forceSimulation` with link, charge, and collision forces to position overlapping nodes, while each person appears as a red circle with an ID label and arrowed lines marking connections. Interaction includes dragging nodes via `d3.drag` and hover effects that highlight a node with a green stroke. Data comes from a local JSON file containing node groups and repeated link entries, rendered as SVG elements with markers for arrowheads.

Social Network Graph

This social network graph visualizes friendships between eight individuals, with nodes representing people and edges depicting their connections. The graph uses a force-directed layout computed by `d3.forceSimulation`, with edges rendered as SVG lines with arrowhead markers. Node labels appear directly on the gray circles, and hovering highlights the selected node. The data comes from a JSON file containing nodes and links with relationship types and weights.

Bbindusreeja

Social Network Graph

This example visualizes a small social network of eight people and their friendship connections. Users can drag nodes around, with hover effects highlighting nodes in red. The graph uses D3 version 6’s `d3.forceSimulation` with force-link, force-many-body, force-collide, and force-center to position nodes and links, rendered as SVG circles and lines. Data comes from a local `data.json` file, and the code implements drag behavior and marker arrowheads for the directed edges.

Nnsatyaprakash22

Social Network Graph

This social network graph visualizes friendships among eight people, with green circular nodes labeled by name and connected by thick black directed edges with arrowheads. The layout uses a force-directed simulation (`d3.forceSimulation`) with link, charge, collision, and centering forces. Nodes are draggable via D3’s drag behavior, and hovering highlights a node’s border. Data comes from a local `data.json` file containing node IDs and link relationships. The visualization is rendered as SVG using D3 v6, with all nodes sharing a single group color.

MmNamratha25

Social Network Graph

This social network graph visualizes friendships among eight people, with nodes representing individuals and arrows indicating directed connections. The graph uses a force-directed layout via `d3.forceSimulation` with link, charge, collision, and center forces to position nodes dynamically. Rendering as SVG, the code assigns green circles, labels each node, and decorates links with arrow markers. Hovering over a node highlights it via CSS class changes, and users can drag nodes to rearrange the network, with link thickness reflecting a numeric value from the JSON data source.

SSwapna1915

Social Network Graph

This social network graph displays eight individuals connected through friendship links, with each node labeled by name and visualized as a green circle. The network structure is computed using `d3.forceSimulation` with force-based layout including link, charge, collision, and center forces, applied to data loaded from a JSON file. The SVG rendering includes drag-and-drop interaction via `d3.drag`, and hover effects highlight nodes by changing their stroke color. Marker arrows indicate link direction between source and target nodes.

Llikith1266

Social Network Graph

This social network graph visualizes the connections among eight people, with nodes linked by lines representing friendships. The network uses a force-directed layout via `d3.forceSimulation`, which combines link, many-body, collision, and centering forces to arrange nodes dynamically. Nodes are rendered as green circles with labels, and edges include arrow markers to show direction. The graph is interactive, allowing nodes to be dragged via `d3.drag`, and hovering highlights a node with a green stroke. Data comes from a local JSON file containing node and link definitions.

Ggeethanjalikotaru

Social Network Graph

This example visualizes a social network of eight people and their friendship connections as a force-directed graph. Node size is uniform, and relationships are represented as directed links with arrowheads, while labels identify each person. The graph uses `d3.forceSimulation` with `forceLink`, `forceManyBody`, `forceCollide`, and `forceCenter` to position nodes dynamically. Interactive drag-and-drop lets users rearrange the layout, and hovering highlights a node with a blue stroke. Data is loaded from a local JSON file, and the SVG rendering updates positions on each simulation tick.

Ssrikkanth05