textured area chart

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.

89% match

textured area chart

A stacked area chart uses the Textures library to fill each series with a distinct pattern—circles, lines, and crosses—instead of solid colors, applied via `textures.circles()`, `textures.lines()`, and `textures.paths()`. Built with React and D3 v4, it loads CSV data, nests it by year, and stacks three groups using `d3.stack()`. The SVG paths are drawn with `d3.area()`, with each layer’s fill set to the corresponding texture’s URL from a `d3.scaleOrdinal` palette, creating a visually separated multi-series comparison over time.

88% match

Ttejasviteegala@my.unt.edu

Area Chart Of the data

This area chart example visualizes how a dataset changes over time or across categories, with the filled region beneath the line providing a clear sense of magnitude and trends. The chart uses React to render the SVG-based visualization, while D3.js handles the scale computations and path generation for the area shape. The code likely relies on `d3.area()` to construct the smooth or stepped curve and `d3.scaleTime()` for the x-axis mapping, with styling managed through inline CSS. The underlying data appears to be fetched from a local source (v3), though the specific dataset is not shown in the provided files.

78% 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.

Untitled

This example shows a 10-by-10 heatmap of categorical data, where each cell’s fill pattern encodes a numeric value instead of color. Four texture patterns with different circle sizes are mapped to value ranges via a `d3.scaleOrdinal`. The chart is built with D3 v4, using `d3.scaleBand` for axes and SVG `<rect>` elements for cells. Data is loaded from a remote CSV file, and textures are generated with the textures.js library.

Untitled

This example shows a heatmap with pattern-filled cells instead of solid colors, using wave textures of varying density to represent values. The heatmap displays data for groups A through J and variables v1 through v10, loaded from a CSV file. The code uses the textures library to generate four wave patterns with different sizes, then maps values to these patterns via `d3.scaleOrdinal`. Each cell is drawn as an SVG `rect` positioned with `d3.scaleBand` for the x and y axes, with a black stroke and a fill from the selected pattern URL.

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

This textured pie chart displays categorical data using SVG paths filled with five distinct pattern-based textures instead of solid colors. The visualization relies on the D3.js v4 library for chart construction and the textures package to generate repeating geometric motifs, including circles, lines, hexagons, and crosses. D3's pie function computes the arc segments from the input data, while `d3.arc` defines the path geometry. Each slice’s fill references a texture URL mapped through `d3.scaleOrdinal`, and the chart is centered within a 450×450 SVG canvas with a black stroke outlining every segment.