D3 JS

100%

✓ Published1🌍 Public

Last edited Jun 15, 2022

Created on Jun 14, 2022

An SVG grid of 100 horizontal and 100 vertical rectangles covers the full viewport. Two circular masks, defined via D3's `mask` element, create a lens-like effect: the first mask exposes a central white circle outlined by black-filled rectangles, while the second inverts the fill to produce a complementary pattern. Using D3 v7's `join` method, the code binds `d3.range` data to generate the rectangles, with each strip sized 10 pixels thick and spaced 20 pixels apart. The overlapping masks reveal alternating stripe orientations, forming a dynamic moiré-like crosshatch within the central circular region.

AI-generated description

MIT Licensed

Similar vizzes

Loading thumbnail…

D3

This example demonstrates layered masking in SVG to create a grid of horizontal and vertical lines that intersect around a central circular opening. It uses D3’s `select` API alongside raw DOM manipulation to append two complementary masks, each defining a circular region of white or black fill. The code renders 100 horizontal and 100 vertical rectangles, applying one mask to each set so that lines are hidden or revealed in alternating patterns around the circle. The result is a moiré-like visual effect built purely from basic SVG shapes and mask definitions.

MMuhammad Dawood Rafique

88% match

Loading thumbnail…

d3

A grid of alternating horizontal and vertical SVG rectangles is masked to reveal a circular window at the center of the viewport. The example demonstrates how to construct and apply multiple SVG masks using D3’s selection and data-join methods, specifically `selectAll` with `range` and `join('rect')`. Two masks (`circle-mask` and `circle-mask-2`) use black-and-white rectangles and circles to control visibility of the 50 strips in each direction.

Sserebryanaya.n@gmail.com

87% match

Loading thumbnail…

D3.js fundamental

This example demonstrates how SVG masks can be used to create geometric cutouts in layered grid patterns. It renders 100 horizontal and vertical rectangles across the full viewport, each masked by a circle that reveals or hides portions of the grid. The code uses D3.js v7 with the `select`, `selectAll`, and `range` APIs to generate the shapes, while two separate `<mask>` elements with contrasting fill colors control visibility. A white-filled mask with a black circle creates the first cutout, and an inverted mask creates the second, producing two distinct circular viewing windows.

Ddeebanks77

86% match

Loading thumbnail…

D3 Implementation

This example demonstrates how D3’s selection and data-join methods can create intersecting horizontal and vertical stripes across the full viewport. Two groups of rectangles, each bound to an array of 100 values via `d3.range`, are drawn with alternating orientations—one set spanning the width, the other the height. Using SVG `mask` elements, two circular masks are applied: one reveals the horizontal stripes inside a white circle on a black background, while the other does the reverse for vertical stripes. The result is a cross-hatched pattern visible only within the defined circular regions.

SSubhamChhetri

86% match

Loading thumbnail…

D3 beginning

This example shows a grid of thin horizontal and vertical rectangles that intersect to form a visible weave pattern, with a circular region in the center where the crossing lines appear to invert in contrast. The visualization uses D3 v6’s `select` and `range` functions to generate 100 rectangles in each direction, appended as SVG elements across the full window width and height. Two SVG masks, each containing a rectangle and a circle, selectively control which parts of the horizontal and vertical lines remain visible, creating the central circular effect against a dark background.

AAleOG

86% match

Loading thumbnail…

D3 first steps

This example generates a full-screen grid of 100 vertical and horizontal bars using D3 selections and joins, then applies two circular SVG masks to create a striking cross-hatch pattern. Built with a React-wrapped D3 v6 setup, the code uses `select`, `range`, and `join` to bind data to rectangles, while the masks—one with a white circle on black, the other inverted—reveal and hide intersecting lines around a central focal point.

Ccyriltoneatto965

86% match

Loading thumbnail…

d3d3d3 2

Two layered grids of thin rectangles sweep across the full screen, one horizontal and one vertical, creating a moiré-like interference pattern. Each grid is partially hidden by an SVG mask that reveals the shape of a large symbol—a star from the d3 symbol set—at the center. The code builds the visualization with D3 selections, joining data arrays to create 100 rects per grid, and defines reusable mask-rendering functions via `svg.call`. Rendering uses SVG elements within a React framework, with masks composed of a full-screen rect and a symbol path.

GGusnaRWX

86% match

Loading thumbnail…

D3 JS SHAPES

This example displays an interactive grid of horizontal and vertical stripes that intersect to create a dynamic pattern. The visualization uses D3.js to generate 100 rectangles along both the x and y axes on an SVG canvas, with each line masked by custom patterns containing all D3 symbols. Two masks are created—one inverted and one not—to alternate which lines remain visible as the symbols overlap. The code leverages `d3.range`, `d3.symbols`, and `d3.symbol` to populate the mask shapes, with each symbol scaled to 8000 units for visibility. The result is a geometric composition where the stripe intersections reveal distinct symbol shapes across the full viewport.

TTehran Mammadov

86% match