Hello, World

Hello world

A minimal React-driven SVG scene displays a single gray circle centered on a blank canvas. The example demonstrates the foundational structure of a web-based visualization, using hardcoded coordinates for the circle’s position and radius. It renders via SVG elements defined directly in the HTML, with CSS resetting margins and hiding overflow. The code illustrates the simplest possible data-binding setup, where no external libraries or data sources are employed beyond the basic React starter template referenced in the documentation.

PPauCer99

Hello World!

This example displays a single yellow circle centered on a 1000 by 500 SVG canvas. It demonstrates the minimal structure for embedding SVG elements directly in an HTML page without any styling or scripting. The code uses standard SVG tags—`svg` and `circle`—within the body, specifying dimensions and a radius of 100. No JavaScript or external libraries are involved, making it a pure, static markup example. The rendering approach relies entirely on the browser’s built-in SVG support.

SSukanta Saha

Hello HTML

This example demonstrates a minimal SVG scene with a single circle, rendered as a static graphic. The code directly uses an inline SVG element, setting its width and height attributes to 960 by 500 pixels and creating one circle with a radius of 100, though the circle lacks a fill or stroke and therefore appears invisible. The page is built with plain HTML, embedding the SVG within a body that has zero margin and hidden overflow. No external libraries or JavaScript APIs are used, relying solely on native browser rendering for the SVG structure.

SSnow

Hello World

This example shows a simple static SVG illustration of a face made from three circles: a large dark blue circle for the head and two smaller dark green circles for eyes, all with black outlines. The rendering uses plain SVG elements embedded in an HTML file, with CSS styling to remove page margins and hide overflow. The code defines the circles directly in markup with explicit coordinates and stroke properties, requiring no JavaScript or external libraries to render the graphic.

ZZivGrin

Hello HTML

A single SVG circle is the sole visual element, demonstrating a minimal HTML page structure. The page contains a 960x500 SVG element with a circle of radius 100, rendered without any styling or positioning attributes. The example serves as a bare-bones introduction to embedding SVG graphics directly within an HTML document, using standard markup with no external libraries or JavaScript. Its purpose is to show the simplest possible static data-viz setup where the rendered output is just an unstyled circle on a blank canvas.

Jjuliaric

hello HTML

This example displays a minimal SVG scene containing a single circle centered within a 960 by 500 canvas. The page uses embedded CSS to remove default body margins and hide overflow. The markup directly employs the HTML `<svg>` element for vector rendering, with an HTML `<h1>` heading. The circle is defined with explicit `cx`, `cy`, and `r` attributes, demonstrating basic SVG shape creation without additional JavaScript libraries or external data sources.

Ccharkaoui

HELLO wORLD

A minimal SVG visualization renders a single dark circle centered on a 960 by 500 canvas, with the page title displayed as "HELLO wORLD." The example uses plain HTML and CSS, with the body margin reset and overflow hidden to remove default spacing. The SVG element is drawn inline with fixed width and height attributes, and the circle is positioned at the exact center using explicit cx and cy coordinates. This demonstrates the most basic structure for creating vector graphics in a browser without any JavaScript libraries or data processing, relying solely on native SVG markup.

Yyemi4knightmoon

Hello World

A yellow circle with a black outline is centered on a blank page. The example demonstrates a minimal SVG rendering setup, using a fixed 960 by 500 viewport. The HTML page directly embeds an SVG element with a single `<circle>` tag, defining its center position, radius, fill color, and stroke properties. No external libraries are used; the visualization relies entirely on native SVG markup within the HTML document.

RRolf Niggemann