Skip to main content
SimilarExport ZIP
100%

Different shapes of tree structure for IoED-Net ICE-8

✓ Published0🌍 Public
Aasowmyasri15@gmail.com
Last edited Apr 4, 2025
Created on Apr 4, 2025

An animated scene combines a Buddha statue with a recursive, branching tree that overlays an IoT network hierarchy, all rendered in SVG. The tree uses the D3.js `d3.hierarchy` and `d3.linkVertical` APIs to draw nodes and links from `treeData.json`, with custom node shapes based on device type (gateway, router, sensor). Real-time cloud movement is driven by a React `useState` and `setInterval` effect, while the tree itself is generated by a `drawBranch` function that recursively calculates line coordinates.

AI-generated description

This hierarchical tree represents an IoT (Internet of Things) architecture deployed in an educational environment. The visualization demonstrates how smart devices, sensors, and control units are structured and interconnected through a layered network, beginning from a central gateway down to the smallest functional units like individual sensors.

MIT Licensed

Similar vizzes

Loading thumbnail…

TREE STRUCTURE of IoED-Net ICE-8

This visualization depicts the hierarchical network structure of the Internet of Education Things, rooted at a gateway IP address that branches into routers and connected devices. The tree layout is generated using D3.js's tree layout and hierarchy APIs, with vertical links drawn via `d3.linkVertical()`. While the main SVG renders a recursive fractal tree as a decorative element, the network diagram uses D3.js v7 with JSON data loaded from `treeData.json`. Nodes are represented as circles with text labels, and the visualization is built within a React framework.

Aasowmyasri15@gmail.com
85% match
Loading thumbnail…

ICE 8: Tree and Network

This example visualizes a hierarchical tree as a network of nodes and links, using circles for nodes and red paths for edges. The tree structure is derived from a small inline dataset with parent-child relationships. The visualization uses D3.js v6 to stratify and compute the tree layout, and renders SVG elements with animated transitions. Additionally, circles appear with a transition effect, and text labels fade in based on their depth in the tree, demonstrating the use of D3's transition API.

Ssowmyanagula@my.unt.edu
77% match
Loading thumbnail…

ICE8_Tree

A hierarchical tree diagram visualizes the relationships among technology topics, with a red root node, blue first-level children, and green deeper descendants. The implementation uses d3.stratify to convert flat parent-child data into a hierarchy, then positions nodes with the d3.tree layout. The SVG rendering draws black connecting lines between linked nodes and places text labels offset from each circular node, clearly displaying the branching structure from Technology down to AI, Web, ML, NLP, Frontend, and Backend.

Ggayathrisaxena23@gmail.com
76% match
Loading thumbnail…

ice8

The ICE-8 Tree & Network visualization presents two distinct views of relational data, toggled via buttons. The Tree View displays a hierarchical structure, while the Network View maps interconnected nodes, both rendered as scalable vector graphics. The example uses D3.js version 7, leveraging its core selection and layout APIs, with the force-directed simulation handling node positioning in the network mode. The SVG canvas is dynamically redrawn based on the selected view.

Ssdarsi2404@gmail.com
76% match
Loading thumbnail…

Tree for ICE-8

A hierarchical tree visualization maps a taxonomy of digital devices and their associated activities, such as smartphones leading to communication, and laptops branching into entertainment with subcategories like Danceshows and Cricket. The layout is generated with D3.js v6’s `d3.stratify()` and `d3.tree()`, while `d3.linkVertical()` draws the connecting paths. Each node is rendered as an SVG rectangle labeled with its feature name, and the fill color—assigned by the `setGeneration` function—varies by tree depth, from purple at the root to yellow for the deepest leaf nodes. The data is defined inline as a JavaScript array of parent-child pairs.

Ssreeramyamini@gmail.com
76% match
Loading thumbnail…

ICE-8: Network Tree

A network tree rendered as a force-directed graph shows six named nodes and five weighted links, with each node placed using a physics simulation. The visualization loads data from a local JSON file and uses two D3 versions: `d3.layout.force` from d3.v2 for the force simulation, and d3.v4 for DOM selection and SVG creation. Nodes appear as gray circles with labels, while link thickness encodes the weight value from the data. The SVG output updates positions on each tick of the force layout, producing an organic tree-like structure centered on the root node.

CChaitanya Galla
75% match
Loading thumbnail…

visualization of data in tree format

This tree visualization maps the structure of the IoEd-Net network, showing root, protocol (TCP and UDP), and IP address nodes as colored circles and rectangles. It uses D3.js v7's hierarchy and tree layout functions with linkHorizontal to position nodes and draw connecting paths, with link colors distinguishing the TCP and UDP branches. The SVG rendering applies node colors by depth and includes hover effects for interactivity, with data hard-coded in the JavaScript source.

Vvenigallajaanu@gmail.com
75% match
Loading thumbnail…

ICE 8 - Tree & Network

A hierarchical organizational tree renders company structure with departments, teams, and employees. The visualization uses d3.hierarchy and d3.tree to compute node positions, then draws horizontal links with d3.linkHorizontal. Node shapes vary by type: circles for departments, orange rectangles for teams, and rotated polygons for employees. Styled with custom CSS, the SVG output displays text labels adjacent to each node. Sample data is embedded in the script, showing the Marketing and Sales departments with their respective team members.

Kkotlavamsireddy@gmail.com
75% match