Skip to main content
SimilarExport ZIP
100%

Tree

✓ Published0🌍 Public
Sshailajat1998@gmail.com
Last edited Apr 3, 2024
Created on Apr 1, 2024
Forked from Face Part

This example displays a tree diagram of the Netflix ecosystem, breaking down content into originals and licensed shows, and technology into engineering and product management branches. The visualization uses interactive nodes that expand and collapse on click, with each node and its label colored to match the data. Built with D3.js v7 and rendered as SVG, the code employs `d3.tree()`, `d3.hierarchy()`, and `d3.linkHorizontal()` to compute the layout and draw curved links. Node sizes and positions animate smoothly via the update function, while colors come from the embedded `treeData` array.

AI-generated description
MIT Licensed

Similar vizzes

Loading thumbnail…

Netflix Titles Tree

A tree diagram visualizes a hierarchical catalog of Netflix titles, categorizing content by genre and format, such as Dramas, Comedies, and Action & Adventure, each split into Movies and TV Shows with specific examples. The visualization uses D3 v5’s `d3.tree` layout and `d3.hierarchy` to compute node positions and parent-child links. The SVG rendering draws curved paths (`M`/`C` commands) for links and styled circles with accompanying text labels. Data is hardcoded in `index.js`, with styling for internal and leaf nodes defined in `style.css`.

Rrobertotienonyaranga@gmail.com
87% match
Loading thumbnail…

assignment

This example shows a hierarchical tree layout of Netflix’s organizational structure, branching from the root “Netflix” into “Content” and “Technology” categories, then further into subcategories like “Originals” and “Engineering.” It uses d3.hierarchy and d3.tree to compute node positions, then renders the tree as an SVG with lines for links and circles for nodes. The code assigns coordinates via the tree layout, sets explicit x and y attributes for each element, and labels each node with its name. Text styling and node/link classes are defined in embedded CSS, while the dataset is hardcoded as a JavaScript object.

Ttelkapallyrekha@gmail.com
85% match
Loading thumbnail…

ice-8_TreeStructure

This visualization displays the hierarchical structure of a Netflix catalog, using a tree diagram to show how titles are organized by genre (such as Dramas and Comedies) and then by format (Movie or TV Show) before listing individual titles like *Sankofa* and *The Starling*. The data, provided as a flat array of child-parent pairs, is transformed into a nested tree structure using JavaScript. The visualization is built with D3 v5, utilizing `d3.tree()`, `d3.hierarchy()`, and the library’s SVG rendering capabilities to draw curved links and color-coded nodes (yellow for genres, blue for types, green for titles).

Sshanmukhadatta4040@gmail.com
84% match
Loading thumbnail…

Streaming Data Tree

This example shows a hierarchical tree of streaming services, with Netflix and Hulu branching into genres and specific titles. Each node’s shape and color encode its depth: a green circle for the root, yellow triangles for platforms, red hexagons for genres, and brown diamonds for titles. The code uses `d3.hierarchy` and `d3.tree` to compute the layout, then renders SVG paths with `d3.linkHorizontal` for links and custom-generated SVG shapes for nodes. Labels are positioned dynamically based on whether a node has children.

NNagasharan Sai Nandyala
83% match
Loading thumbnail…

Fork of Netflix Titles Tree

This fork of the Netflix Titles Tree uses d3.tree and d3.hierarchy to render a small, hand-coded catalog of Netflix genres in an SVG dendrogram. It shows three genre branches—Dramas, Comedies, and Action & Adventure—each splitting into Movies and TV Shows, with leaf nodes for specific titles. The tree layout is mapped to node coordinates, and curved paths link each parent to its children via custom path commands. Circles and text are appended as SVG groups, with internal nodes shaded lightsteelblue and leaves left white.

Vviveknaroju999@gmail.com
81% match
Loading thumbnail…

Netflix titles network graph

This example shows a hierarchical network graph of Netflix content, organizing titles by genre and sub-genre. The root node connects to three genres, which branch into movie and TV show sub-genres, linking to twelve individual titles. Using D3 v5, the code applies `d3.forceSimulation` with `forceLink`, `forceManyBody`, and `forceCenter` to position nodes. SVG circles and text labels render the graph, with link lines colored gray. Node colors distinguish hierarchy levels (root, genre, sub-genre, title) via a color array assigned in the fill callback.

Rrobertotienonyaranga@gmail.com
80% match
Loading thumbnail…

Tree

This force-directed network graph visualizes the relationships between countries and Netflix titles, filtering to countries with at least three titles. Blue circles represent countries, red circles represent titles, and gray lines connect each title to its country of origin. The code uses d3.forceSimulation with forceLink, forceManyBody, and forceCenter to simulate physical forces that spread nodes apart and arrange them by connectivity. Data is loaded via `d3.csv` from a cleaned Netflix titles dataset, and the SVG rendering updates positions on each simulation tick.

Sshailajat1998@gmail.com
80% match
Loading thumbnail…

Shailu_network

This example shows a network graph of Netflix’s content and technology structure, with nodes for categories like Originals, Licensed, Movies, and Engineering connected by hierarchical links. A force-directed layout positions the nodes and edges, with circles and text labels rendered as SVG elements. The code uses D3 v4’s `d3.layout.force()` and `force.drag()` to simulate physics and enable dragging, while tick events update line coordinates and node transforms. The visualization reads node and link data from a static JSON array embedded in the script, omitting the external `data.json` file despite the HTML referencing it.

Sshailajat1998@gmail.com
79% match