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This example shows a simple smiley face drawn with SVG shapes: a large yellow circle for the head, and two small black circles for the eyes. The page uses plain SVG markup embedded directly in an HTML document, with no JavaScript libraries or data sources. The SVG canvas is sized at 960 by 500 pixels, and the circles are positioned using explicit `cx`, `cy`, and `r` attributes. Styling is applied through inline presentation attributes and a minimal CSS rule that removes the page margin and hides overflow.

Mmisstong

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This example showcases a minimal SVG drawing of a smiley face, composed of a large yellow circle with two smaller black circles for eyes. The code relies entirely on the HTML5 `<svg>` element and its associated shape tags, such as `<circle>`, to define the graphic. The page uses an inline `<style>` block to remove margins and hide overflow, ensuring the visualization fills the viewport without scrollbars. The rendering approach is direct SVG markup, with no JavaScript libraries like D3 or external data sources involved.

BBJorgen

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This example displays a simple smiley face built from three circles inside an SVG canvas. The large yellow circle forms the head with a black outline, while two smaller circles represent the eyes. The code uses plain SVG elements directly within an HTML page, setting circle positions and radii with attributes. It relies on the browser’s native SVG rendering, with body styles to remove margins and hide overflow, creating a clean, minimalist static visualization without JavaScript libraries or data.

RRenja

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This example renders a simple smiley face using inline SVG, composed of three circles: a yellow head with a black stroke and two black eyes. The code uses raw SVG elements (`circle`) with explicit `cx`, `cy`, and `r` attributes, and relies on CSS to remove page margins and hide overflow. The drawing is static, with no JavaScript libraries or data binding, and the face is centered within a 960×500 viewport.

AallegedStink

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This example presents a minimalist SVG smiley face drawn directly in an HTML page. The visualization uses basic SVG elements—a yellow circle with a black stroke for the face, and two smaller filled circles for eyes—all positioned manually within an 960x500 viewport. The code requires no external libraries or data sources, relying solely on native SVG markup embedded in the body of an HTML document. The static rendering shows how simple geometric shapes can create a recognizable figure without JavaScript or interaction.

AAbolhasan Zaman

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A simple SVG smiley face rendered directly in HTML, showing how static shapes can be assembled without JavaScript libraries or external data. The code draws a yellow circle for the head with a black stroke, plus two smaller unfilled circles for the eyes, all positioned using fixed pixel coordinates inside an `<svg>` element that spans 960 by 500 pixels. The example demonstrates basic SVG geometry: a filled `<circle>` with `fill` and `stroke` attributes forms the face, while two additional circles use the default black fill for the eyes, omitting a mouth despite the comment hinting at one.

DDanielMa

Fork of Hello HTML

This example displays a simple static SVG smiley face: a large yellow circle with two smaller black circles for eyes, all rendered on a 960 by 500 canvas. The code uses raw SVG elements—`circle` and `svg`—defined directly in the HTML, with no external libraries. It is a minimal demonstration of basic vector graphics and inline styling, showing how to set fill colors, strokes, and coordinate positions purely through markup. The page includes a hidden overflow to ensure the graphic fits neatly without scrolling.

Aallanxwheeler@gmail.com

Fork of Hello HTML

This example renders a simple smiley face using bare SVG elements defined directly in an HTML file. The visualization shows a large yellow circle with a black outline, accompanied by two smaller black circles positioned to represent eyes. The implementation uses the SVG `<circle>` element within an inline `<svg>` tag, setting explicit attributes for radius, center coordinates, fill color, stroke, and stroke width. No JavaScript libraries or data sources are involved; the graphic is purely static markup with minimal CSS to remove page margins and hide overflow.

Pplusbeauxjours