line-size

line-size

100% match

line-density

Five squares display the same vertical line pattern at five distinct densities, from widely spaced to finely packed lines. D3 selects SVG rectangles and applies line textures generated by the textures.js library, with each texture's spacing controlled by the `.size()` method. Thick black outlines frame each rectangle, isolating the visual effect. The example demonstrates how varying the size parameter alters perceived line density while keeping orientation constant.

87% match

stroke-width

This example demonstrates the visual impact of varying stroke widths on a simple pattern. It presents five white squares, each filled with vertical line textures of increasing thickness, from one to nine pixels, while the squares’ own black outlines also grow in width. The visualization is built using D3.js (v5) and the `textures` library, specifically calling `textures.lines().orientation().strokeWidth()` to generate each pattern within an SVG canvas. The code directly manipulates SVG `rect` and texture attributes to create a clear comparative scale.

86% match

dot-size

Five square panels display a progression of dot-size textures, from fine to coarse, demonstrating how changing the radius and stroke width of a repeating circle pattern alters visual density. Each panel is filled using a distinct texture created with the D3 textures library, applied via `svg.call()` and referenced with `texture.url()`. The example uses D3 v5 to construct SVG rectangles, with circles generated programmatically as tiling patterns.

stroke dash gap

Five circles of decreasing radius demonstrate how the stroke dash gap scales with size, using line textures as fill patterns. The example uses the textures library’s `textures.lines()` method with varying `size` parameters (from default to 10, 5, 3, and 2) to create vertical line patterns. Each circle is rendered as an SVG element with D3 v5, applying the texture URL via `.style("fill", t.url())` while maintaining a black stroke outline. The visualization highlights how pattern density changes relative to circle dimensions.

shape

Five squares demonstrate different texture patterns from the `textures` library applied as SVG fills. Each rect uses a distinct generator—circles, vertical lines, transparent circles, hexagons, and crosses—created via `textures.circles()`, `textures.lines()`, and `textures.paths()`. The examples show varied stroke widths, radii, and fill opacity for the texture elements, all rendered on a 960×500 SVG canvas using D3 v5 to append and style the rectangles.

shape

dot-density

Five square SVG rectangles display a graduated sequence of dot-density textures using the textures.js library for D3 v5. Each rectangle uses a `textures.circles()` pattern with progressively smaller circle sizes, from large to tiny dots, and applies the texture via `style("fill", t.url())`. The example demonstrates how varying pattern scale creates visual differentiation across identical shapes.