002 : "Pseudo Visualizations"

Pseudo Scatter Plot

This example presents a scatter plot using fixed, hand-coded SVG elements rather than data-driven generation. Seven circles act as data points, positioned at specific x and y coordinates on a white background. The rendering relies on raw SVG `<circle>` and `<rect>` tags, drawing directly within the markup without any JavaScript libraries or external data files. The visualization demonstrates how a simple coordinate system is approximated through static attributes, with each circle uniformly sized and colored. No interaction, axes, or tooltips are included, making it a purely static visual exercise.

Ccssergio

Pseudo Scatter Plot

This example presents a pseudo scatter plot, using a set of six circles arranged to suggest a data distribution rather than plotting actual data points. Each circle is rendered as a static SVG `<circle>` element with fixed coordinates and a radius of 34.5, positioned on a white 960×500 canvas. The visualization relies purely on raw SVG markup inside an `index.html` file, with no JavaScript libraries or dynamic data processing involved. The sparse, hand-coded placement of circles creates a simple, minimalist view of a hypothetical scatter pattern.

YYangxi Liu

Pseudo Scatter

A pseudo-scatter plot arranges seven circles in a loose diagonal sweep across a white SVG canvas, suggesting clusters or points of interest without underlying data. Rendered as static SVG circles via plain HTML markup, each circle has a fixed radius of 38 pixels and explicit x/y coordinates, with no axis or grid. The composition evokes a scatterplot’s visual rhythm while omitting any statistical encoding, relying solely on positioned shapes to imply distribution. No JavaScript libraries or dynamic rendering are used; the visualization is purely declarative SVG.

Aalexscott-untitled

Pseudo Scatter Plot

Six circles sit at varying positions across a white SVG canvas, resembling a minimal scatter plot with uniform point sizing. Each circle is drawn directly with explicit `cx` and `cy` coordinates on an SVG `<circle>` element, creating a static pseudo-scatterplot without any axes or data encoding. The visualization uses raw SVG markup embedded in an HTML file, rendering six fixed data points without interaction or animation. This straightforward example demonstrates a hand-coded approximation of a scatter plot, relying solely on basic SVG shape elements rather than a charting library.

Ddevin.mcmanus@gmail.com

Pseudo Scatter

A single SVG contains six large gray circles positioned across a white canvas, creating a sparse pseudo-scatter plot. Each circle has a fixed radius of 34.5 pixels and no visible data labels or axes. The rendering relies entirely on hard-coded `<circle>` coordinates in static markup, with no JavaScript libraries, simulation, or dynamic layout. The arrangement resembles clustered points but lacks any encoding of values or relationships, serving as a minimal, stylized approximation of a scatter plot rather than a functional data visualization.

KKerotyzzzmo

Pseudo Scatter Plot

This example shows six circles arranged diagonally across a white SVG canvas, creating a minimal pseudo-scatter plot. The circles are placed at fixed coordinates, with no axes or data mapping. The visualization uses raw SVG elements—a `<rect>` background and `<circle>` shapes—without any JavaScript libraries. The code is generated from Figma exports, as noted in the README, and rendered directly in the browser via static SVG markup. Each circle has a radius of 33.5 pixels, and their positions suggest a loose downward trend from left to right.

AAllison Leggett

Pseudo Scatter Plot

This pseudo scatter plot displays five black circles at fixed positions on a white background, overlaid on a dark gray frame from a preceding rectangle. The circles are rendered directly as SVG `<circle>` elements with identical radii, rather than through a data-binding library or force simulation. The example uses no external JavaScript libraries, relying only on inline SVG markup within an HTML document. Despite the title, the visualization lacks axes, scales, or data-driven positioning, making it a static, geometric composition.

WWasanta Pruttisarikorn

Pseudo scatter plot

This example shows a simple pseudo scatter plot: twelve black circles positioned on a white background. The visualization approximates a scatter plot without using axes, scales, or data mapping. The SVG markup directly specifies each circle’s center coordinates and radius using the `circle` element with `cx`, `cy`, and `r` attributes. The fixed size, the positioning, and the uniform styling suggest a hand-authored or generated layout rather than a data-driven projection. The graphic relies entirely on static SVG rendering without JavaScript libraries or interaction.

KKhanin Sisaengsuwanchai