simple grid

orientation

A 2x5 grid of black-bordered squares displays ten distinct texture fills generated by the textures.js library. The patterns include hexagons, crosses, caps, woven lines, waves, squares, circles, a complemented circle set, and diagonally oriented lines. D3.js v5 selects the SVG element and appends each rectangle, assigning the texture’s `url()` as the fill style via `d3.select('svg')` and chained `.attr()` calls. The example demonstrates the variety of available texture API options, including shape, size, and line orientation parameters.

80% match

quilt block

A quilt-like grid of 1,500 small squares fills an SVG canvas, each tile rendered with a yellow circular texture pattern over a dark background. The code generates the grid data programmatically with nested loops, assigning each cell an x, y, width, and height. It uses the textures library’s `textures.circles()` to create the pattern, applies it via `t.url()` as the fill, and relies on D3 v4 selections to append and position the rectangles.

Aannabsmylie

79% match

GRID

A 10x10 grid of square cells responds to clicks by cycling through four fill colors: white, blue, orange, and gray, based on a per-cell click counter. The SVG is generated with D3 v4, using data binding to create rows and columns of `rect` elements. Each cell maintains its own click state, and the `d3.select(this)` method directly updates the clicked square’s style. The grid itself is static, with no animation or external data source beyond the locally generated coordinate and dimension objects.

CChristoph Diefenthal

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

Texture Test

This example demonstrates a texture scale that combines separate ordinal and linear scales for pattern, color, and size into a single fill function. The visualization renders a 12×12 grid of circles, where each circle’s pattern, stroke color, and fill texture are determined by its row and column position. Using the textures.js library and D3 v3, the code creates a caching mechanism in `createTextureScale` to generate and reuse textures for unique combinations of pattern, color, and size. The animation periodically randomizes circle radii, showcasing how the texture scale adapts dynamically.

CCurran Kelleher

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.

76% match

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.