Fork of Hello HTML

Fork of Hello HTML

This example shows a minimal SVG circle rendered inside an HTML page. The code also embeds a YouTube video via an iframe, alongside the SVG element. It uses a simple inline `<svg>` tag with a `<circle>` element, and the page structure follows basic HTML5 conventions with a title and body. The SVG is drawn directly in the markup rather than using a JavaScript library like D3, and the circle’s radius is set to 100 units without any viewBox or styling.

GGrg-Sid

Fork of Hello HTML

A minimal HTML page demonstrates a bare-bones SVG circle rendered directly within an embedded `<svg>` element. The code uses only native HTML and SVG APIs—no JavaScript libraries—to display a single circle with a default radius of 100 units. The page loads from an `index.html` file with a simple document structure and no external styling or scripts. The iframe references an unrelated YouTube video, but the core visualization is the static SVG shape, rendered as vector graphics through the browser's markup parsing.

Nniyhyhiy

Fork of Hello HTML

This fork of “Hello HTML” renders a single SVG circle using minimal HTML structure. The example demonstrates basic SVG rendering within a webpage, likely as an introductory template for visualization projects. The code uses native SVG elements with a `<circle>` tag specifying only a radius attribute, and the page references standard HTML document setup. No external JavaScript libraries or data sources are included, relying solely on built-in browser rendering capabilities for the simple geometric shape.

AAysha Yazdani

Fork of Hello HTML

This example is a minimal fork of the classic “Hello HTML” template, demonstrating the most basic structure of an SVG-based web visualization. It displays a single, unstyled circle rendered directly within an inline SVG element inside an HTML page. The entire implementation relies on the native SVG `<circle>` element and the standard HTML `<svg>` container, with no external libraries or JavaScript. The data source is not present; instead, the circle’s fixed position and size are hard-coded in the markup, emphasizing the foundational role of SVG for creating simple geometric shapes in a browser.

Ffreeman-k

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

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

A minimal SVG circle renders on an HTML page with no margins and hidden overflow. The example uses a bare `<svg>` element with a single `<circle>` of radius 200, demonstrating basic SVG markup without any JavaScript or D3.js library. The rendering approach relies purely on static SVG presentation, with body styling applied via inline CSS. The page structure follows the Hello HTML template, offering a simple starting point for further visualization development.

AAlNahean

Fork of Hello HTML

A minimal SVG circle is drawn directly in an HTML page, showing a static single-shape visualization without any interaction or data binding. The page uses the built-in SVG element and a `<circle>` tag with a radius of 20 units, positioned at coordinates (200, 120). No JavaScript libraries or external APIs are involved; the rendering relies solely on the browser’s native SVG support. The example demonstrates the simplest possible SVG scaffold, serving as a starting point for more complex visualizations.

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