Fork of Fork of D3 Starter

100%

Fork of Fork of D3 Starter

✓ Published1🌍 Public

Last edited Apr 20, 2021

Created on Apr 15, 2021

A network graph visualization demonstrates a proxy chain architecture using D3 v6 with SVG rendering. The diagram shows main, sub, proxy, and agent nodes connected by HTTPS, callback, tunnel, and reverse links, with each node displaying a Font Awesome icon. The code uses `d3.linkHorizontal` for curved link paths, `d3.zoom` for pan and zoom interactions, and predefined fixed node coordinates positioned as percentages of the SVG dimensions. Node and link styling is applied through D3 selections with custom CSS classes.

AI-generated description

A demonstration of how to start using D3 version 6.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Fork of D3 Starter

This example demonstrates a network diagram of interconnected devices with distinct roles (main, sub, proxy, and agent nodes) communicating through various protocols like HTTPS, callbacks, and tunnels. The visualization uses D3 v6 to render nodes as Font Awesome icons within an SVG canvas, with curved vertical links and directional arrows indicating data flow. The code implements custom link templates via `d3.linkVertical()` and maps node coordinates from percentages to pixel positions, while also adding interactive tooltips and animated styling to represent the complex network topology.

GGavinDiaper

93% match

Loading thumbnail…

Fork of D3 Starter

This example demonstrates a static network diagram of interconnected devices, including main servers, proxies, and agents, rendered as labeled nodes with curved link paths. The visualization uses D3 v6 to bind network data to SVG elements, with node positions calculated from percentage-based coordinates and links drawn using `d3.linkVertical`. Node types are distinguished through Font Awesome icons, and hover interactions display tooltips. The code defines link directionality and applies custom styling through an external CSS file, while the SVG canvas is configured with a fixed width and height.

Mmarcz-p3f

91% match

Loading thumbnail…

Fork of Fork of D3 Starter

This example demonstrates a network visualization with nodes representing servers and proxies, linked by connections labeled with ports and protocols. Animated SVG paths show link directions, while each node displays a Font Awesome icon based on its role via `d3.select`. The code uses `d3.linkVertical()` to draw curved paths from hard-coded `x` and `y` coordinates, with tooltips and color-coded elements defined in the stylesheet. The network data is static, defined explicitly in the JavaScript, and rendered using D3 v6 in an SVG container.

Aall-over-yet

90% match

Loading thumbnail…

Fork of Fork of D3 Starter

A network diagram visualizes communication between servers, proxies, and devices. Nodes are positioned manually using pixel coordinates on a dark background, with Font Awesome icons indicating node type and connecting paths rendered as SVG curves using D3’s `linkVertical` template. Hovering over a node triggers a tooltip, and links are colored light grey with arrows showing direction. The source data is a hardcoded JavaScript object defining nodes and links, and the example uses D3 v6 to select the SVG element and append the tooltip.

Mmengdong

90% match

Loading thumbnail…

Fork of Fork of connection

This visualization maps a network of interconnected nodes, showing proxies, agents, and devices linked by HTTPS, callback, tunnel, and reverse connections. It uses D3 version 6 to render the network as SVG paths with vertical links, alongside Font Awesome icons for node types. The layout positions nodes on a fixed coordinate system, while colors and line styles distinguish connection types, creating an animated, interactive diagram of system communication.

YYUTONG FENG

86% match

Loading thumbnail…

Fork of Fork of D3 for Clustrmaps.com

This example visualizes a computer network topology as an animated SVG diagram. It uses D3 version 6 to render nodes representing servers, proxies, and devices, with edges depicting connections like HTTPS, callbacks, and tunnels. Node positions are calculated from percentage-based coordinates, and the visualization uses d3’s `linkVertical` for curved edges. The code defines custom icon mappings via Font Awesome, and includes a tooltip that appears on hover, though the specific interactions are not fully implemented.

SS767

83% match

Loading thumbnail…

Fork of Force Directed Graph Starter

This fork of the D3 Force Directed Graph Starter displays a small network of three named nodes and two links, rendered as gray circles, text labels, and black lines in an SVG. The visualization uses d3.forceSimulation with d3.forceManyBody, d3.forceLink, and d3.forceCenter to compute the layout, moving nodes based on the data from data.js. The simulation’s 'tick' event updates the circles, texts, and lines positions dynamically. D3 v6 is loaded via a CDN, and the graph is presented in a 960x500 SVG container.

NNikita Toropov

81% match

Loading thumbnail…

Fork of D3 Starter

This example demonstrates a force-directed network graph of interconnected hubs—Email, Search Engine, OpenVas, and NFV—each with child nodes and leaf clusters. Built with D3 version 7, it uses `forceSimulation` with `forceManyBody`, `forceLink`, and `forceCenter` to position nodes, while SVG elements (`circle`, `line`, `text`) are rendered and updated on each tick. The visualization includes draggable nodes via `drag` interaction, with colors sourced from `color.js` and network data defined in `data.js`.

Ppwnnoob

80% match