Skip to main content
SimilarExport ZIP
100%

Fork of Pseudo Scatter Plot

✓ Published0🌍 Public
Yyholly
Last edited Aug 7, 2022
Created on Aug 7, 2022

A fork of an approximate scatter plot renders six white circles of equal size on a white background, positioned diagonally from the lower left to the upper right. Each circle is drawn directly as an SVG `<circle>` element with explicit `cx`, `cy`, and `r` attributes, and a single `<rect>` serves as the canvas background. The chart uses no JavaScript libraries or data-loading mechanisms, relying entirely on static SVG markup within an `index.html` file. The rendering approach is fixed and non-interactive, displaying a minimal, pseudo-random distribution of points.

AI-generated description

An approximation of a scatter plot.

MIT Licensed

Similar vizzes

Loading thumbnail…

Fork of Pseudo Scatter Plot

Six circles of varying size are positioned diagonally across a white SVG canvas, approximating a scatter plot without an explicit data mapping. Each circle is rendered as a plain `<circle>` element with fixed x, y, and r attributes, and no axes or gridlines appear. The visualization uses raw SVG markup directly in HTML, with no JavaScript libraries or data-binding frameworks, relying solely on static coordinates to convey the pseudo-plot layout.

JJuraj Čižić
91% match
Loading thumbnail…

Fork of Pseudo Scatter Plot

This is a static visualization of six circles arranged in a scatter plot pattern on a white background. Each circle is rendered as a distinct SVG element with fixed coordinates and a radius of 34.5 units. The example uses plain HTML, CSS, and inline SVG to construct the chart, with no JavaScript or external libraries involved. The plot offers a simple, minimal demonstration of how SVG shapes can be positioned manually to create a data-like layout.

AAbhinash Mallick
89% match
Loading thumbnail…

Fork of Pseudo Scatter Plot

This example demonstrates the fundamental building blocks of SVG graphics, presenting seven black circles arranged at scattered coordinates across a white rectangular canvas. The visualization showcases basic vector shape creation using the SVG `<svg>`, `<rect>`, and `<circle>` elements directly inline in an HTML page. Each circle is positioned using explicit `cx` and `cy` attributes with a uniform `r` value of 50 pixels. The code relies purely on static SVG markup without any JavaScript libraries, frameworks, or external styling, providing a minimal illustration of how geometric primitives compose a simple graphical composition.

Jjinjuta.s.au@gmail.com
85% match
Loading thumbnail…

Pseudo Scatter Plot

This pseudo scatter plot uses a minimalist SVG canvas to approximate the visual language of a scatter plot without axes, labels, or data encoding. Instead of mapping data values, it places eight identical gray circles at varying coordinates across a white 960×500 background, with all points sharing the same radius and fill. The rendering relies solely on static SVG `<circle>` elements, with no JavaScript libraries or interactive transitions. The title highlights its conceptual mimicry of a scatter plot’s visual form, while the code demonstrates a hand-coded, fixed arrangement that forgoes any data-driven scaling or layout logic.

Ppaddyokore39@gmail.com
85% match
Loading thumbnail…

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
85% match
Loading thumbnail…

Pseudo Scatterplot

A minimal, static approximation of a scatterplot rendered as SVG circles. Six black circles of equal radius are positioned on a light gray background, suggesting data points without underlying axes or labels. The example uses raw SVG elements—`<rect>` and `<circle>`—placed manually via hard-coded `cx` and `cy` coordinates, with no JavaScript or external libraries involved. The rendering approach is purely declarative, creating a sparse, purely visual allusion to a scatterplot.

Aajoua
84% match
Loading thumbnail…

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
84% match
Loading thumbnail…

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
84% match