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This example displays a simple static composition of SVG shapes, including two outlined circles and two filled rectangles, arranged on a 500 by 500 canvas. The geometric figures are defined directly in the HTML markup, with styling applied through a CSS rule for a message class, though no text is rendered. The visualization uses inline SVG elements within an HTML page, and the circles are styled with a black stroke and no fill, while the rectangles appear with default black fills. No JavaScript libraries or interactive features are present; the code relies purely on native SVG and CSS.

FFaridah Namutebi

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This example shows a single large red circle centered within an SVG canvas, accompanied by a smaller unfilled circle positioned at the top-left corner. The rendering relies on raw SVG elements defined directly in the HTML markup, using `<svg>`, `<circle>`, and presentation attributes such as `fill`, `stroke`, and `stroke-width`. No external libraries or JavaScript APIs are invoked; the visualization is purely static and driven by inline CSS and HTML structure.

TTran Quang Tung

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This example shows a single large circle rendered at the center of an SVG canvas, creating a basic static visual. The circle is defined with a radius of 200 pixels and positioned at the midpoint of a 960 by 500 coordinate space. The display relies entirely on native SVG elements within the HTML markup, using no JavaScript or external data sources. The result is a minimal demonstration of how SVG shapes can be placed and styled directly in an HTML document.

Vvvs1680

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This example displays a simple static composition of two concentric circles rendered in blue and green on an SVG canvas. It demonstrates the foundational structure of an HTML page using inline SVG elements, with the circle positions and radii hard-coded in the markup. The visualization relies on native SVG circle tags and CSS styling, with no JavaScript libraries or data binding involved. It serves as a minimal starting point for building more complex React-based visualizations, as noted in the accompanying README.

Pphoenixash065@gmail.com

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This example demonstrates a static SVG composition of two overlapping circles and a rectangle, rendered directly in the browser. The HTML page embeds an SVG canvas that draws a green outer circle, a white inner circle, and a black rectangle positioned to the right. The code uses raw SVG elements (`circle` and `rect`) within the `index.html` file, with no JavaScript or external libraries. It serves as a minimal starter template showing how to manually define shapes with fixed pixel coordinates, providing a simple reference for CSS and SVG basics.

Aayushaman1208@gmail.com

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This example shows three solid circles arranged in a row on a 980-by-200 SVG canvas, each colored red, green, and blue. The circles are positioned sequentially, starting at the left edge, with a 50-pixel radius and no additional styling. The static visualization is built entirely with raw SVG elements inside the HTML markup, using no JavaScript or CSS rules. It demonstrates a minimal SVG image without interaction, animation, or data binding, serving as a basic starting point for further customization.

TTorgeirskovholt

Kkavindubopitiya03@gmail.com

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This example demonstrates fundamental SVG shapes—two red and black circles and a blue-outlined rectangle—rendered directly in an HTML page. The markup defines a 960x500 SVG canvas, using basic elements like `<circle>` and `<rect>` with explicit coordinates and fill or stroke attributes. No JavaScript or external libraries are involved; the visualization relies purely on inline SVG within the static `index.html` file. It serves as a minimal, self-contained reference for understanding raw SVG syntax and positioning.

Fork of HTML Starter

This example shows a static composition of basic SVG shapes, including two circles and a large rectangle, positioned directly on the page. The circles are drawn without a fill (defaulting to black) and in yellow, while the red rectangle spans the lower portion of the viewport. It uses plain SVG markup within an HTML document, with no external libraries or dynamic data. The rendering approach relies on hardcoded coordinates for each shape, demonstrating how simple geometric elements can be combined without any JavaScript interaction or framework logic.

Ssabelliadriano