Sol LeWitt Innovation

100%

Sol LeWitt Innovation

✓ Published1🌍 Public

Last edited Dec 5, 2023

Created on Dec 4, 2023

This piece renders a grid of thin horizontal and vertical lines on an SVG canvas. The horizontal lines are clipped by a circular mask, creating a visible disk at the center while the vertical lines remain unclipped across the full canvas. Built with the SVG API and JavaScript, the code creates 50 horizontal and 50 vertical rectangles, applying a `<mask>` with a circle to limit the visibility of the former. The masks and shapes are generated procedurally.

AI-generated description

Episode 1 : Reproduction of Sol LeWitt Articles

Created by Satyum Singh Pathania .

Date : 4th December, 2023.

MIT Licensed

Similar vizzes

Loading thumbnail…

Part(2) of Sol LeWitt Innovation

This visualization draws a grid of horizontal and vertical lines that are selectively revealed through two circular masks, creating a composition inspired by Sol LeWitt's geometric art. The horizontal lines use a mask with a white circle, while the vertical lines use an inverse mask with a black circle, producing contrasting circular cutouts. Built with raw SVG element creation via the `document.createElementNS` API and D3's `selection` import, the code generates 50 lines in each direction with fixed spacing. The masks and lines are constructed entirely through imperative SVG manipulation, demonstrating a minimalist, code-driven approach to generative drawing.

SSatyum Singh Pathania

90% match

Loading thumbnail…

Reproduction of Sol LeWitt Innovation

This interactive reproduction of Sol LeWitt’s wall drawing uses a grid of horizontal and vertical lines clipped by circular masks to create a dynamic, overlapping pattern. Rendered as an SVG, the piece generates 50 horizontal and 50 vertical rectangles, with the horizontal lines masked by a white circle on a black background and the vertical lines by the inverse mask. Written in raw JavaScript, it programmatically builds the SVG elements without external libraries, responding to the browser window’s dimensions for its layout. The result is a geometric, generative artwork that mimics LeWitt’s conceptual, rule-based style.

SSatyum Singh Pathania

88% match

Loading thumbnail…

Sol LeWitt

This example reproduces a Sol LeWitt drawing using SVG. It renders a grid of horizontal and vertical stripes, with a circular mask creating the illusion of layered bands across the canvas. The stripes are generated programmatically in JavaScript, using `document.createElementNS` to build SVG `rect` elements. Two complementary masks (`circle-mask` and `circle-mask-2`) alternate which stripe orientation is visible, producing a clean geometric composition that adapts to the full browser window size.

Aainhoadieruiz@gmail.com

87% match

Loading thumbnail…

Sol LeWitt Reproduction

This example reproduces a Sol LeWitt-style geometric piece using only SVG and JavaScript, creating an intricate grid of horizontal and vertical lines. It shows a large circular mask revealing a woven pattern of alternating line directions, with the circle centered on a full-screen canvas. The code builds the visualization by constructing SVG elements via the DOM API (`document.createElementNS`), defining two masks (`circle-mask` and `circle-mask-2`) to clip horizontal and vertical line groups. It generates 100 horizontal rectangles and 100 vertical rectangles, each 10 pixels thick, with the masks controlling visibility to create the overlapping effect. No external libraries are used; the rendering relies purely on raw SVG and JavaScript.

IIndranil Biswas

87% match

Loading thumbnail…

Sol LeWitt

This example reproduces a Sol LeWitt-inspired geometric drawing using SVG. A series of 100 horizontal rectangles, each 10 pixels tall and spaced 20 pixels apart, render across the full screen width. A circular mask centered on the viewport clips these rectangles, revealing only the lines inside the circle. The visualization uses plain JavaScript to create SVG elements dynamically, with no external libraries, and responds to the browser window’s dimensions for sizing.

Ttonkocorp

86% match

Loading thumbnail…

Sol LeWitt

This example reproduces Sol LeWitt’s geometric art using an SVG rendering approach. It displays a grid of horizontal and vertical stripes, but only within a circular region at the center of the screen. The code creates SVG masks, specifically `circle-mask` and `circle-mask2`, to clip two sets of 100 rectangle elements. The first set uses a white-on-black mask for horizontal stripes, while the second uses a black-on-white mask for vertical stripes, producing a clean, intersecting pattern. The canvas automatically scales to the full window dimensions.

Aamrselaraby

86% match

Loading thumbnail…

Sol LeWitt Reproduction

This interactive reproduction of Sol LeWitt’s geometric wall drawing uses the SVG JavaScript API to generate a grid of 48 vertical and horizontal lines. The piece shows a black square lattice, where each line passes through a circular mask, revealing alternating line directions inside and outside the ring. The code directly creates SVG elements, applying two different masks (`circle-mask` and `circle-mask2`) to alternate which lines are visible in the central disc. It runs in the browser, filling the viewport, and is planned for animation.

Ttverdone

86% match

Loading thumbnail…

Sol Lewitt Reproduction vertical

This example reproduces a Sol LeWitt-style geometric art piece using raw SVG and JavaScript. It shows a full-screen vertical grid of thin horizontal and vertical lines, with a central circular region highlighted by a mask. The rendering relies on the SVG `mask` element and dynamically created `rect` elements, using standard DOM APIs like `document.createElementNS`. The horizontal lines are clipped to a circle via the mask, while vertical lines span the full height, creating a layered, minimal composition.

JJinpeng Li

86% match