F

fkukcha

@fkukcha·16 public vizzes

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Fork of Collapsible Tree Version 1

This visualization shows a collapsible tree of the Flare software package hierarchy, where nodes with children can be clicked to expand or collapse their subtrees with animated transitions. Built with D3 v6, it uses `d3.tree()` and `d3.linkHorizontal()` to compute and draw the layout as SVG paths and circles. Zooming is enabled via `d3.zoom()`, and clicking toggles child visibility while the viewBox animates to fit the visible nodes. Data comes from the flare-2.json file, which encodes the package structure.

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Example

This example shows an animated D3 tidy tree visualization of hip replacement experts, organized hierarchically by country, city, institution, and expert name. The code loads CSV data from a gist URL and uses `d3.csv`, `d3.hierarchy`, and `d3.tree()` with `d3.linkHorizontal` to render the collapsible tree structure as an SVG. Nodes are initially collapsed based on name length, and the layout adapts to the window size using `window.innerWidth`.

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Fork of Fork of Fork of Tree 7

This example presents an animated, interactive tree diagram built with D3.js. It visualizes a small hierarchical JSON dataset starting from a root node, with branches expanding three levels deep. Users can click any node to collapse or expand its children, triggering smooth transitions of the SVG paths and circles. The layout uses `d3.layout.tree` and `d3.svg.diagonal` for the curved links, with nodes repositioned over a fixed horizontal depth. The rendering relies on SVG elements and timed transitions via `.transition()` with a set duration.

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World Countries Tree

This interactive visualization displays the hierarchical organization of world countries, grouped by continent and subregion, using a tree layout that branches from a central root. The code constructs the tree structure from JSON data with `d3.hierarchy` and positions nodes using `d3.tree`, rendering curved vertical links with `d3.linkVertical` and labels as SVG text elements. Each country appears as a labeled point, with the tree expanding downward to reveal the nested geographic groupings.

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Fork of World Countries Tree

This visualization displays the hierarchical structure of world countries, organized by continent and subregion, as an interactive tree diagram. It uses D3 v5’s `tree` layout, `linkHorizontal` generator, and `zoom` behavior on an SVG canvas, with nodes labeled by country names. The data is loaded from a JSON file, and the static layout supports pan and zoom via D3’s zoom event. Text size decreases with node depth to emphasize hierarchy.

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Fork of World Countries Tree

This visualization displays the hierarchical structure of world countries, organized by continent and subregion. The tree branches from a central root, showing the geographic groupings. The visualization uses the D3.js library with a vertical link layout to connect nodes. The SVG rendering applies a zooming feature and custom styling, with text labels sized based on the tree depth. The data is loaded from a JSON file and rendered using D3's hierarchy and tree layout functions.

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Fork of World Countries Tree

This visualization shows a hierarchical tree of world countries, organized from continents down to subregions and individual nations, using a horizontal dendrogram layout. Labels appear at each node, with font size decreasing by depth to emphasize higher-level groupings. The implementation uses D3 v5’s `d3.hierarchy`, `d3.tree`, and `d3.linkHorizontal` to compute the layout and draw SVG paths, while `d3.zoom` enables panning and zooming. Styling relies on a Playfair Display font and teal connection lines, with data loaded from a local JSON file.

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Fork of Tree Example

This example shows an interactive hierarchical tree diagram built with D3.js, where users can click nodes to expand or collapse their children. The visualization renders a family tree with named individuals such as Roshan, Nimmat, and Salim, using SVG circles and text labels connected by curved diagonal paths. The code uses `d3.layout.tree` to compute the layout, `d3.svg.diagonal` for the links, and transitions on node and link elements to animate position changes smoothly over 750 milliseconds. Data is embedded directly as a JavaScript object array, and each node’s color shifts to lightsteelblue when collapsed.

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Fork of ICE - 8: Visualizing Tree

This interactive visualization displays a hierarchical tree of automotive brands, with "Car Company" as the root branching into major manufacturers like General Motors, Volkswagen, and Hyundai, and further into their subsidiaries such as Chevrolet, Audi, and Lamborghini. The structure is rendered using D3.js’s `d3.layout.tree()` and `d3.svg.diagonal()` on an SVG canvas, with orange links and white circular nodes. Each node supports a cursor pointer, enabling potential user interaction, though the code primarily focuses on static data presentation with a 750-millisecond animation duration.

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Fork of ICE - 8: Visualizing Tree

This interactive tree diagram visualizes the corporate hierarchy of a global car company, showing how brands like General Motors, Volkswagen, and Stellantis branch into subsidiaries. The example uses d3.layout.tree to compute node positions and d3.svg.diagonal to draw curved, orange links between parent and child nodes. White circular nodes with steel-blue strokes respond to cursor hover, while text labels identify each brand. The dynamic layout animates with a 750-millisecond duration, recalculating positions as the structure expands, rendered in SVG on an HTML page using React.

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Fork of ICE - 8: Visualizing Tree

This example visualizes a hierarchical tree of car manufacturers and their parent companies using an animated, collapsible layout. The visualization shows the brand relationships in a branching structure, with orange links connecting circular nodes labeled with company names. The code uses D3.js version 3.5.17, specifically the `d3.layout.tree()` and `d3.svg.diagonal()` APIs, to generate and position the SVG elements. The tree data is embedded directly in the HTML as a JavaScript array, and the visualization renders in an SVG container with interactive cursor feedback on nodes.

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Fork of ICE - 8: Visualizing Tree

This interactive tree diagram visualizes the corporate hierarchy of a global car company, showing how brands like General Motors, Volkswagen, and Stellantis branch into subsidiaries. The example uses d3.layout.tree to compute node positions and d3.svg.diagonal to draw curved, orange links between parent and child nodes. White circular nodes with steel-blue strokes respond to cursor hover, while text labels identify each brand. The dynamic layout animates with a 750-millisecond duration, recalculating positions as the structure expands, rendered in SVG on an HTML page using React.

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Let's make a face with D3.js!

A yellow circle face is drawn in SVG using D3.js v7, with two eyes, eyebrows, and an arc-based mouth centered in the viewport. The code builds the face by appending SVG elements—a circle for the head, circles for eyes, rectangles for eyebrows—and uses D3’s `arc` generator to create the mouth path. All shapes are positioned relative to a translated group, with the face filling the 960×500 canvas.

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Fork of Let's make a face with D3.js!

This example draws a stylized, smiling face in an SVG canvas using D3.js v7. It centers a yellow circle for the head, adds two dark eyes and rectangular eyebrows positioned above them, and finishes with a curved path for the mouth created via the `arc` function. The code uses `d3.select` to target the SVG element, applies geometric transformations to center the face, and defines all visual properties like radius, spacing, and offsets as numeric constants. All shapes are rendered as SVG primitives—circles, rectangles, and a path—within a single group element.

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Fork of HTML Cars Report

This fork of the HTML Cars Report shows a blank page with a title referencing shapes, though the body contains no visible visualization. It uses plain HTML and an external stylesheet that sets a monospace font and a red highlight class, but no JavaScript libraries or data-rendering APIs are present. The example currently demonstrates only the static structure of an HTML document with basic CSS styling, rendering no charts, graphs, or interactive elements.

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HTML Cars Report

This example demonstrates how to define and style shapes using raw SVG and CSS. The page renders no visible graphics, instead showing a minimal HTML structure and a monospace font at a large size. The code uses the SVG and CSS styling APIs to set text properties and apply a red highlight class, with no JavaScript libraries involved. The data source is not specified; the focus is purely on the styling mechanism.