Fork of Hello HTML

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 example displays a single static circle centered on a 960 by 500 pixel SVG canvas. The circle is drawn using raw SVG markup, with no data binding or interaction. The page uses a minimal HTML structure with inline CSS to remove the default margin. It serves as a basic starter template for creating SVG-based visualizations without the aid of a JavaScript library.

FFrancisco Ortega

Fork of Hello HTML

This example presents a minimal SVG rendering setup with a single circle element. The page uses raw HTML and CSS to create an SVG canvas sized at 960 by 500 pixels, containing one circle with a radius of 200 units. The code relies on standard browser SVG support rather than external JavaScript libraries like D3. The CSS applies a hidden overflow and zero margin to the body, while the SVG’s circle is left without position attributes, resulting in a simple static visual. The demonstration focuses on the basic structure of embedding vector graphics directly in an HTML document.

AAlex Haan

Fork of Hello HTML

This example renders a simple, minimal SVG scene: a single circle with a radius of 200 pixels centered on a 960×500 canvas. The page uses no JavaScript libraries, relying instead on plain HTML and inline SVG markup. The body is styled with `margin: 0` and `overflow: hidden` to create a full-bleed viewing area, and the circle is drawn without an explicit fill or stroke, leaving its appearance to default browser styling. It demonstrates the fundamental structure of an SVG-based embedded visualization.

DDuncan Bain

Fork of Hello HTML

This example renders a minimalist HTML page as an SVG visualization, displaying a single circle positioned at the origin of a 960×500 coordinate system. The code sets the document body to fill the viewport with hidden overflow, then embeds an SVG element containing a radius-100 circle. No JavaScript libraries or additional assets are used; the visualization relies solely on static SVG markup within the HTML structure. The circle’s default fill and stroke appear as rendered by the browser.

Mmartfhill

Fork of Hello HTML

This example presents a minimal SVG rendering of a single large circle, sized at 400 units in radius and centered within an HTML page. The page uses inline SVG with a circle element, contained within a body that has no margin and hidden overflow. The circle is rendered without any fill or stroke attributes, resulting in a simple outline. The code relies on native HTML and SVG APIs, with no JavaScript libraries or data sources involved. The visualization demonstrates the basic structure of embedding SVG geometry directly in HTML markup.

TtheRealSheng

Fork of Hello HTML

This example renders a single SVG circle at the center of a 960×500 viewport, with no data binding or interaction. The page uses plain HTML and inline CSS, setting the body margin to zero and hiding overflow, while the SVG element defines the circle’s radius but leaves its position at the default origin. It demonstrates the minimal structure for an SVG visualization in a standalone HTML file, relying on native browser rendering rather than any JavaScript library or data source.

EElGrorg

Fork of Hello HTML

This example shows a single, unpositioned SVG circle rendered on a blank canvas. The code uses an inline SVG element with a width of 960 and height of 500, containing a circle with a radius of 200 but no center coordinates, so it defaults to the origin. The HTML page is minimal, with no external libraries or data sources; it relies solely on basic SVG markup within the body tag. The visualization demonstrates the simplest possible SVG rendering, with no interaction or animation.

KKamilPawel