Fork of Hello HTML

Fork of Hello HTML

This example demonstrates the simplest possible SVG visualization: a single circle centered in a 960×500 viewport. The SVG is written directly in the HTML without any JavaScript or D3 dependency. The code renders a single `<circle>` element with an `r` of 200, but no fill or stroke, so the circle appears as an empty outline against the white page background. This minimal fork of the classic “Hello HTML” example highlights the basic structure of an SVG-based data visualization.

Ssvcasson@gmail.com

Fork of Hello HTML

A minimal HTML page renders a single SVG circle with no fill or stroke, making it effectively invisible against the white background. The example demonstrates the simplest possible D3-free SVG setup using only native browser markup. It serves as a starting point for building data visualizations, showing how an SVG element and its child shapes are structured directly in HTML without JavaScript libraries or data binding. The code relies solely on standard SVG tags and requires no external dependencies, making it a bare-bones template for subsequent D3.js enhancements.

MmayankCognitree

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

A bare HTML page demonstrates the minimal structure for embedding SVG graphics without any JavaScript. The page contains two empty `<circle>` elements inside an `<svg>` container, rendered directly in the DOM. Using inline SVG, the example shows the simplest possible vector drawing setup, with no styling, interaction, or data binding applied. It serves as a starting point for adding D3.js or other visualization libraries.

Jjoaquindelacorte

Fork of Hello HTML

This example shows a minimal SVG circle rendered as a static, un-styled element within an HTML page. It demonstrates the simplest possible use of SVG markup directly embedded in a document, with no external JavaScript or data binding. The code uses only native browser SVG rendering for the circle, defined by its radius attribute, and relies on inline HTML structure. The circle has no fill or stroke specified, so it appears as a black shape by default. This serves as a starting point for building more complex visualizations.

JJulienJacquot

Fork of Hello HTML

This example shows a minimal SVG circle rendered inside an HTML page. The code uses raw SVG markup with a `<circle>` element, but does not apply any JavaScript or D3 methods; the circle has no position or styling attributes, so it defaults to the top-left corner with black fill. The rendering approach is purely declarative SVG within a static HTML document, demonstrating the simplest possible visualization scaffold.

KKraanter

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.

Rrafffso

Fork of Hello HTML

A minimal SVG circle is centered on a blank 960-by-500 canvas with no axis, labels, or interaction. The page uses raw HTML with an inline `<svg>` element and a `<circle r="200">` tag, rendering via the browser’s SVG engine. The example demonstrates the simplest possible D3-free SVG structure, serving as a starting point for more complex visualizations. No JavaScript libraries or data sources are involved.

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