Scatterplot

Pseudo Scatter plot

This pseudo scatter plot presents six black circles distributed across a light gray SVG canvas, arranged to suggest a gentle diagonal trend from lower left to upper right. Each circle is rendered as an SVG ellipse element with fixed dimensions of 37.5 by 39.5 pixels. The visualization uses plain SVG markup within an HTML starter page, with a white rectangle layered over a gray background to create the final canvas appearance. No interactive behavior or data binding occurs in this minimal static example.

AAshwani Sajwan

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

Psudo Scatter Plot

This example shows a sparse scatter plot with six circular points arranged diagonally across an SVG canvas. Each circle has a fixed radius and distinct x/y coordinates, creating a pseudo-random distribution that resembles a simple data visualization. The visualization is rendered using plain SVG elements—specifically `<circle>` and `<rect>` tags—within an HTML page. It uses React as the underlying framework, though the code is written as static markup without interactive features or data-binding logic. The white background and cleaned-up body styling highlight the simple, minimal approach to displaying categorical or numeric point data.

Ppanthabuddhi@gmail.com

Pseudo Scatter Plot With HTML

This example displays a sparse set of six circles positioned across a 960 by 500 SVG canvas, approximating a scatter plot without any underlying data or axes. The circles are hard-coded with fixed `cx`, `cy`, and `r` attributes, giving the appearance of data points. The visualization uses a minimal HTML document with an inline SVG element, making it a purely static representation. It demonstrates how raw SVG circle elements can mimic a scatter plot layout without the aid of JavaScript libraries or scales. Each circle’s placement is chosen to suggest a downward trend from left to right.

CCurran Kelleher

Pseudo scatter plot

A pseudo scatter plot displays five fixed circles at arbitrary positions on a blank SVG canvas, with no data mapping or interaction. Each circle has a radius of 30 pixels, and their coordinates vary along the x- and y-axes, creating a sparse arrangement. The code uses plain SVG elements (circle, svg) within an HTML page, with no JavaScript libraries or frameworks. It demonstrates a minimal, static visualization of manually placed points, representing a conceptual precursor to a data-driven scatter plot without any computed scales or axes.

Yyankesswang

Pseudo scatter

This example presents a hand-coded static scatter plot titled “Pseudo Visualization,” rendered as six equally sized circles positioned across a 960-by-500 SVG canvas on a white background. The visualization is built with plain HTML and CSS, using no JavaScript libraries; each circle’s center and radius are specified directly in the markup. The layout mimics a pseudo-random distribution, though the coordinates are fixed and manually defined rather than generated by an algorithm.

Mmaciekawsq@gmail.com

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

Pseudo Scatterplot

This example demonstrates a basic SVG scatterplot using three circles positioned at different coordinates with distinct fill colors. The visualization shows how SVG elements are structured and styled directly within an HTML document, with each circle representing a data point on a 960x500 canvas. The code uses raw SVG elements—`<svg>`, `<circle>`, and attributes like `cx`, `cy`, `r`, and `fill`—without any JavaScript libraries or data binding. It serves as a minimal introduction to SVG fundamentals, illustrating how to create and align basic shapes in a rendering context.

Cchacon1@uic.edu