Fork of Hello HTML

Fork of Hello HTML

This example shows a minimal SVG circle rendered within an HTML page. The code embeds a single `<circle>` element with a radius of 100 inside an `<svg>` container, with no styling or additional attributes. It demonstrates the basic structure for creating vector graphics directly in the browser using standard SVG markup. The rendering is a simple static shape, with the page title indicating it is a fork of a "Hello HTML" template. No extra libraries or JavaScript are involved, relying solely on native HTML and SVG support.

DDebajyoti Dutta

Fork of Hello HTML

A minimal HTML page demonstrates an SVG circle with no visible attributes beyond a radius of 100 pixels, leaving it centered at the origin of the SVG viewport. The page contains no JavaScript or styling, only the raw `circle` element inside an `svg` tag. The example highlights a basic, unstyled SVG shape rendered directly in the browser, with no data loading or interaction. This fork of the "Hello HTML" template serves as a starting point for SVG visualizations.

Mmaferayala

Fork of Hello HTML

This fork of the Hello HTML example displays a minimal SVG circle with a radius of 100 pixels, centered at the origin of the coordinate system. The page renders purely through inline SVG markup inside an HTML document, with no JavaScript libraries or data-binding logic involved. Using the native `<svg>` and `<circle>` elements, it demonstrates the fundamental structure for embedding scalable vector graphics directly in a webpage. The single self-contained file shows how static shapes can be defined declaratively without external dependencies, making it a straightforward starting point for SVG-based visualization experiments.

Ddfortin9

Fork of Hello HTML

This fork of “Hello HTML” renders a single SVG circle with a radius of 100 units. The circle is drawn directly in an HTML page using inline SVG markup, with no external JavaScript libraries or data sources. The example demonstrates the bare minimum structure for embedding vector graphics in a web document, relying on the browser’s native SVG rendering support. The circle is centered at the origin of the SVG canvas, and the page includes no interactive behavior or additional styling.

Oonceup

Fork of Hello HTML

This example demonstrates a minimal HTML page rendering a single SVG circle, showing how basic SVG elements can be embedded directly in a web document. The code uses no external libraries, only the native SVG `<circle>` tag with a radius of 100 units, within an `<svg>` container. The page is a fork of the "Hello HTML" template, serving as a barebones illustration of SVG rendering in a browser without JavaScript or styling. The rendering approach is static server-side HTML, with the circle appearing as a default black shape on a transparent background.

LLennart Kraatz

Fork of Hello HTML

A minimal HTML page renders a single SVG circle with no data binding. The page uses no JavaScript libraries; the SVG is defined directly in the HTML markup, with a radius of 100 units on a 960 by 500 canvas. The circle appears without positioning or fill, leaving its default black rendering at the top-left origin. This example illustrates the bare minimum structure for embedding SVG in a web page, serving as a starting point for more complex visualizations.

CChris Morris

Fork of Hello HTML

This example displays a single SVG circle of radius 100 pixels placed directly on an empty web page. The page is a minimal HTML document with no external content or interactive behavior. To render the circle, the markup declares an inline `<svg>` element containing a `<circle>` tag, which relies on the browser’s built-in SVG support rather than any JavaScript library. No data source is present, and the visualization is purely structural, demonstrating the most basic SVG static drawing.

MManju Malateshappa

Fork of Hello HTML

This fork of the Hello HTML example displays a single, static SVG circle centered within a 960-by-500 pixel canvas. The page uses raw HTML and SVG markup, with the circle’s radius set to 200 and no fill or stroke specified, resulting in an invisible shape. The code relies on the browser’s native SVG rendering, with the body margin removed and overflow hidden to ensure a clean, full-viewport presentation. No JavaScript libraries or data sources are involved; the example demonstrates the minimal structure required for an embedded SVG visualization.

RRavisista1303