Test

SVG fundamental

This example showcases fundamental SVG shapes—a red circle, a blue-bordered rectangle, a thick navy line, and a black path—all placed on a 960 by 500 coordinate system. The code uses raw SVG elements (circle, rect, line, path) within an HTML file, augmented by the React framework for structure. It demonstrates basic vector rendering and styling through attributes like fill, stroke, and stroke-width, providing a clear starting point for building more complex data visualizations.

Yyankesswang

SVG TEST

This example demonstrates the basic building blocks of SVG graphics on a plain HTML page. It shows how to create and style two circles and a rectangle using inline SVG elements, with one circle left unfilled and the other filled red. The rectangle uses a blue stroke with a width of 10 and no fill. The code exercises fundamental SVG attributes such as `cx`, `cy`, `r`, `fill`, `stroke`, and `stroke-width` within a fixed 200 by 200 coordinate system. No external libraries or data are involved; the visualization relies entirely on hand-written markup.

Bbtkg

My Test Visualization

This example shows a static SVG scene with a single circle placed on a dark blue background, accompanied by a heading. The visualization is built with React and renders using SVG markup directly in the HTML. The code uses basic SVG elements like `circle` and explicit `width` and `height` attributes on the `<svg>` tag. No data source is included; the circle’s position and size are hard-coded. JavaScript behavior is absent, so the graphic remains a simple, non-interactive display of geometric shapes.

Mmeganlty

SVG Fundamentals

This example displays a simple SVG scene with a black circle and a thick navy diagonal line on a 960 by 500 canvas. The visualization demonstrates fundamental SVG rendering through raw markup, using the `<circle>` and `<line>` elements with explicit coordinate and styling attributes. The code is embedded in a minimal HTML page, relying on the browser’s native SVG support without any JavaScript or external libraries, making it a pure static illustration of vector graphics basics.

Hhaithamradhi

practice

This example displays a static arrangement of SVG primitives, including a red circle, a green circle, a purple rectangle, and a long blue line drawn directly in the HTML markup. The visualization uses raw SVG elements defined inside the `index.html` file without any JavaScript data-binding or animation libraries. It demonstrates basic geometric shapes positioned along the x and y axes, with the line spanning far beyond the visible viewport. The page relies solely on HTML and CSS, as referenced in the README, with no React framework integration in the rendered output.

Iinvachyx

Test of HTML Starter

This example demonstrates basic SVG rendering in an HTML page, showing a red circle, a blue curved path, and a straight blue line on a 300x300 canvas. It uses static SVG elements defined directly in markup, with paths specified using the `d` attribute syntax for quadratic Bézier curves and straight line segments. The page relies on plain HTML structure with no external JavaScript libraries or data sources, serving as a minimal test of how SVG shapes behave within a browser without additional visualization frameworks.

Nnatecoursey@gmail.com

SVG TEST

This example displays a static collection of SVG primitives, including circles, rectangles, lines, and paths, arranged in groups with transforms. The composition showcases basic shapes with hard-coded fills, strokes, and coordinate positions within a 960 by 500 pixel canvas. The rendering relies on raw SVG elements defined directly in the HTML, with CSS classes like `.lines` applying stroke properties and line joins. The code uses plain SVG APIs (`<circle>`, `<rect>`, `<line>`, `<path>`, and `<g>`) alongside CSS styling, without any JavaScript libraries for layout or interaction.

JJames Song

SVG Fundamentals

This example demonstrates the foundational structure of an SVG visualization, starting with a static “Hello World!” heading and a single red circle rendered directly in the page. The code uses plain HTML and CSS for layout, along with native SVG elements (`<svg>`, `<circle>`) positioned via `cx`, `cy`, and `r` attributes. It illustrates how minimal markup can create a basic geometric shape without any JavaScript libraries, serving as a starting point for more complex React-based visualizations. The rendering approach is purely declarative SVG within a static HTML document.

AAsya Yurchenko