Viz - pie - fold unfold

100%

Viz - pie - fold unfold

✓ Published0🌍 Public

Last edited Jan 14, 2018

Created on Jan 14, 2018

A data-driven pie chart displays six numeric values as proportional wedges, which fold inward to collapse the visualization and then unfold to restore its original form. Built with d3.v4 and the viz.js library, the example uses the `viz.pie()` API to generate the chart and calls its `.fold()` and `.unfold()` methods after timed delays. The SVG rendering is initialized within an HTML page, with transitions occurring over a 1.5-second duration per animation.

AI-generated description

gpl-3.0 Licensed

Similar vizzes

Loading thumbnail…

Viz - pie - createFolded

A folded pie chart displays six data values as adjacent sectors that initially compress into an accordion-like stack. After a one-second delay, the chart unfolds into a full circular pie. Built with D3 v4 and the Viz.js library, the example uses the `viz.pie()` factory method, configures its data array, and applies the `createFolded()` transform. The SVG rendering is contained in a `<g>` element, which is selected and populated via `d3.select("g").call(pie)`, with the `pie.unfold()` animation triggered by a JavaScript timeout.

NNPashaP

94% match

Loading thumbnail…

Viz - pie - ease

This example demonstrates a pie chart that animates between states using custom easing. The chart initially renders with six data values, then performs a folding animation where the slices collapse, followed by an unfolding animation that restores them. Built with D3 v4 and the viz.js extension, the visualization uses the `viz.pie()` API to generate SVG pie slices and applies a bounce easing effect via `d3.easeBounceOut` over a 1.5-second duration. The pie chart is drawn entirely as SVG within a 960x500 viewport.

NNPashaP

88% match

Loading thumbnail…

Viz - pie3d - default

This example presents a three-dimensional pie chart built with D3.js v4 and the Viz.js library, using SVG rendering. The chart displays six data values as extruded, angled sectors, giving a sense of depth and perspective. The visualization is constructed by calling `viz.pie3d()` and binding it to an SVG group element via `d3.select("g").call(pie3d)`. The data array `[6.24, 14.2, 22.71, 4.56, 2.93, 1.36]` is passed directly to the pie3d function. The code relies on the viz.js API to generate the 3D effect within the SVG output.

NNPashaP

84% match

Loading thumbnail…

Viz - pie - fill

A pie chart displays the market share of six web browsers, with each slice sized by percentage and colored via a custom fill function. The chart uses the Viz.js library's `viz.pie` API, which is called on an SVG group element with data provided as an array of name, value, and color tuples. It renders through SVG in a static 960x500 viewport, relying on d3.v4 for selection and the Viz.js v1.3.0 library for the pie layout and rendering.

NNPashaP

84% match

Loading thumbnail…

Viz - pie - outerRadius

A pie chart displays six categorical values as wedges around a center point, with an outer radius of 180 pixels. Built with D3 v4 and the viz.js extension, the chart uses the `viz.pie()` API to generate SVG sectors from hardcoded data in the script. The visualization renders to an SVG element with a translated `<g>` container, positioning the pie at coordinates (200, 250) within a 960-by-500 canvas.

NNPashaP

82% match

Loading thumbnail…

Viz - pie - cornerRadius

A pie chart displays six numeric values with rounded corners on each slice, creating a segmented donut-like appearance. The visualization is rendered as an SVG element using the D3 v4 library, with the pie layout generated by the `viz.pie()` API from Viz.js. The chart applies a `cornerRadius` of 10 pixels to the slices, and the data values are hardcoded in the script rather than loaded from an external file. The SVG grouping element is selected and passed to the pie generator to produce the final graphic.

NNPashaP

81% match

Loading thumbnail…

Viz - pie - label

This example shows a pie chart of browser market share percentages, with each slice labeled by its numeric value in white text. The chart is rendered as an SVG using D3 v4 and the vizjs library, where the `viz.pie()` API configures the data mapping, value accessor, and label function. The data is hardcoded in the script and the chart is drawn into a pre-existing `<g>` element via a D3 selection.

NNPashaP

81% match

Loading thumbnail…

Viz - pie3d - eccentricity

This example shows a 3D pie chart whose six slices are rendered with a pronounced eccentricity, giving the disk a tilted, elliptical appearance. The chart uses the `viz.pie3d` API from the Viz.js library, configured with a data array and an eccentricity value of 0.5, then bound to an SVG `g` element via `d3.select("g").call(pie3d)`. The visualization relies on d3.v4 for selection and SVG rendering, with the Viz.js library generating the 3D geometry and shading internally.

NNPashaP

81% match