textured pie chart

textured pie chart

A textured pie chart visualizes categorical data using SVG paths filled with repeating custom patterns. Built with D3.js v4 and the textures library, the code defines four distinct path-based textures via `textures.paths()`, applying them to a pie layout. The chart renders within an SVG container, using D3's data join to generate slices, with each slice receiving a unique texture from the pre-defined set. The example demonstrates how to integrate third-party texture generation with D3's declarative SVG manipulation for enhanced visual distinction between categories.

96% match

textured pie chart

This example displays a textured pie chart with five categorical segments, each filled with a distinct pattern and color derived from dummy data. It uses the D3.js `d3.pie` and `d3.arc` APIs to compute angles and render SVG paths, while the textures library (via `textures.paths`) generates hexagonal, cross, cap, woven, and wave patterns. The chart is styled with a black stroke and a categorical color scale.

textured pie chart

This example shows a pie chart whose five slices are filled with distinct geometric textures instead of solid colors. Each slice uses a different pattern generated with the `textures` library, including hexagons, crosses, caps, woven, and waves. The chart is built using `d3.pie` and `d3.arc` to compute the slice paths, while `d3.scaleOrdinal` maps each data category to a texture URL. Rendered as an SVG, the chart includes a black stroke around each slice to visually separate the textured areas.

textured pie chart

This textured pie chart displays five categorical values using distinct geometric fill patterns. Built with D3.js v4 and the textures.js library, it applies five different path-based patterns—hexagons, crosses, caps, woven, and waves—to separate slices. Each slice uses an ordinal color scale with a black stroke, and the pie layout is generated via the `d3.pie` and `d3.arc` APIs. The SVG rendering shows how texture can supplement color for improved readability and accessibility.

Sswapnil

textured pie chart

A textured pie chart displays five categorical values using distinct geometric patterns—hexagons, crosses, caps, woven, and waves—assigned via the textures library. D3.js v4 computes arc paths with d3.pie and d3.arc, while an ordinal color scale maps each category to a unique hue. The SVG output includes black strokes between slices, created through basic DOM selection and data binding.

Ffeizhi123

textured pie chart

This example shows an area chart with three stacked series, where each series is filled with a distinct geometric texture pattern instead of color. The chart plots the number of individuals named Helen, Amanda, and Ashley over time from a CSV dataset. The code uses D3 v4 with `d3.stack`, `d3.area`, and `d3.scaleOrdinal` to build the chart, while the `textures` library generates SVG patterns for circles, lines, and crosses via `textures.circles()`, `textures.lines()`, and `textures.paths()`. The patterns are applied as fill URLs through the ordinal scale, with black strokes separating each area.

87% match

textured pie chart

This example shows a textured pie chart that visualizes data from a CSV file containing postal codes. The chart uses D3.js version 4 to compute the pie layout with `d3.pie()` and render each slice as an SVG path via `d3.arc()`. Distinct geometric patterns—hexagons, crosses, caps, woven, and waves—are applied to the slices using the Textures library’s `textures.paths()` API, combined with a custom color scale. The data is fetched asynchronously from `postalCodes.csv` using the Fetch API.

Sswapnil

87% match