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guththered

@guththered·11 public vizzes

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Sol LeWitt Reprod D3 symbols AG

This example recreates a Sol LeWitt-inspired geometric composition using D3.js. It shows a grid of thin horizontal and vertical rectangles layered to create a woven texture, with two central plus-shaped masks cutting away portions of the pattern. The code uses `d3.select`, `d3.range`, and `d3.symbol` to generate SVG elements, applying `mask` attributes to hide or reveal the intersecting lines. Two mask layers, one inverted, define the contrasting positive and negative spaces at the center of the piece.

Jun 13, 2022
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Sol LeWitt Reproduction D3 reduced AG

This example reproduces a Sol LeWitt wall drawing using only horizontal and vertical stripes. Two sets of 100 rectangles are drawn across the full width and height of the browser window, with each set masked to reveal a circular area at the center. The SVG rendering uses the D3.js library’s `select`, `range`, and `join` APIs to build the rectangles and apply two mask definitions. The circle in the first mask is white, while the second mask uses a black circle on a white field, creating a cross-shaped overlap of the two stripe orientations.

Jun 10, 2022
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Sol LeWitt Reproduction with D3 AG

A D3.js reproduction of a Sol LeWitt art piece renders a grid of horizontal and vertical bars on a full-window SVG canvas. Two mask elements with contrasting black-and-white fill patterns clip the bars, creating a circular window at the center that reveals the layered strip intersections. The code uses `select`, `range`, `join`, and `attr` to generate 100 rectangles in each direction, with `append('mask')` defining the circle masks. The composition directly reflects LeWitt's geometric, rule-based aesthetic through D3's data-driven SVG generation.

Jun 10, 2022
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Sol LeWitt Reproduction AG

This example reproduces a Sol LeWitt wall drawing using SVG masks and layered rectangles. The code creates two circular masks, one with a black background and white circle, the other inverted, then applies them to 100 horizontal and 100 vertical bars. The result is a grid of intersecting lines visible only within the circular regions, mimicking the geometric precision of LeWitt’s conceptual art. It uses raw SVG DOM manipulation via `document.createElementNS` and mask attributes, with no external libraries.

Jun 10, 2022
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Sol LeWitt Reproduction D3

This example reproduces a Sol LeWitt geometric art piece using only SVG and DOM manipulation, without any external libraries. It displays a grid of 100 horizontal and 100 vertical black rectangles on a full-screen canvas. Two circular masks—one with a black background and white circle, the other inverted—are applied to the horizontal and vertical strips respectively, creating an intersecting circular void in the center. The code uses `createElementNS` to construct SVG elements and `setAttribute` with `mask` URLs to achieve the layered effect.

Jun 10, 2022
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Untitled

A grid of thin, vertical rectangles is masked by a white circle at the center of the canvas, leaving the circle’s interior free of these lines. A second set of thin, horizontal rectangles is also masked by the same circular region. The code creates SVG elements directly using the DOM API, generating 100 vertical and 100 horizontal rectangles. Each set uses an SVG `<mask>` with a circle to clip the rectangles, revealing an empty circular area against the lines.

Jun 8, 2022
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Javascript Basics

This example demonstrates fundamental JavaScript concepts through console output, including variable assignment, object mutation, function declarations, and arrow functions. The code defines objects to represent people, such as a person with first and last name properties, and logs their values to the browser console. It also shows a function that returns a new object with passed parameters, and an arrow function that builds an object using shorthand syntax. The page renders an empty SVG element with a width of 960 and height of 500, but all visible behavior occurs through the console.

Jun 8, 2022
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Psuedo line chart

A pseudo line chart presents a set of data points as a single thick, black, angular path, with red and black CSS styling applied to text and an SVG element. The visualization uses a static SVG `path` element with fixed coordinates to suggest a line chart without traditional axes or data encoding. It renders directly in HTML using inline SVG and CSS, with the `stroke-linecap` and `stroke-linejoin` properties shaping the rounded path. The example demonstrates a minimal, hand-coded approach to chart-like imagery.

Jun 7, 2022
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Psuedo bar chart

This example shows a bar chart with four labeled bars (A through D) of varying lengths, rendered as SVG rectangles. The first bar is styled with red fill and a thick black stroke via a CSS class that overrides its inline blue fill, while the remaining bars alternate between blue and black fills. The visualization uses raw SVG elements within an HTML page, styled using CSS rules that set the font family, size, and bar appearance. No JavaScript libraries are used; the rendering relies entirely on static SVG markup and CSS properties.

Jun 7, 2022
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Psuedo charts

This example displays four vertical bars as raw SVG `<rect>` elements, each with hard-coded positions and sizes, forming a minimal bar chart. The bars vary in height to suggest different values, though no axes or labels are included. The visualization uses plain SVG markup inside an HTML page, with CSS setting the margin to zero and hiding overflow. No JavaScript libraries or data-processing APIs are employed; the chart is purely static, relying on inline coordinates for each rectangle.

Jun 6, 2022
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SVG Transition rectangle

This example shows how CSS transitions can animate SVG shapes when a user hovers over them. A red rectangle changes its fill color to blue, increases its stroke width, and shifts its stroke color to grey over 3 seconds, while a circle fades to light green and scales up over 2 seconds. A second yellow rectangle remains static, illustrating contrast. The code uses plain HTML, CSS, and JavaScript with inline SVG, leveraging CSS `transition` and `:hover` pseudo-classes. No JavaScript libraries are used; the rendering relies on the browser’s native SVG support.

Jun 6, 2022