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This example displays a series of black rectangles of varying heights and widths arranged on a white 960×500 SVG canvas, creating an abstract geometric composition. The rectangles are positioned at different coordinates, with some overlapping in their vertical extents. The visualization uses raw SVG elements defined directly in the HTML markup, including `<svg>`, `<rect>`, and inline styles for sizing and placement. No JavaScript libraries or data processing are involved; the rendering relies solely on static SVG attributes such as `x`, `y`, `width`, and `height` to define the layout.

LLucia Cerchie

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This example shows a sparse network of points and connecting lines rendered in a fixed SVG canvas. Nine grey circles are linked by straight black line segments, suggesting a simple graph or construction. The layout is static, and each circle and line is hand-coded as an SVG element in the markup. The implementation uses raw SVG tags within an HTML page, with no JavaScript, CSS styling beyond the page title, or external libraries. The shapes are drawn with explicit coordinates and styles, and the canvas size is fixed at 599 by 525 pixels.

Mmatrice-one

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This example displays a collection of basic SVG shapes—three colored circles, a purple rectangle with a navy outline, intersecting white lines, and a black polyline—arranged on a 960 by 500 canvas. It demonstrates raw SVG markup written directly in HTML, using no external libraries or frameworks despite being forked from a React starter. The rendering relies solely on the browser's native SVG support, with styling applied via a CSS class.

YYagiz Avsar

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This example demonstrates a minimal HTML page that combines CSS and JavaScript to render basic SVG shapes, including a green circle, a navy line, and a black polyline path. The page uses static inline SVG elements within the HTML markup, without any external libraries or dynamic data. CSS is applied via a style tag, and the SVG canvas is set to a fixed 500 by 500 pixel size. The visualization serves as a bare-bones template for exploring how SVG primitives compose a simple graphical scene.

Mmasonb33@protonmail.com

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This example displays a simple geometric composition of black rectangles arranged on a white SVG canvas, with the letter “A” positioned in the upper-left corner. The visualization renders static shapes using raw SVG elements defined directly in the HTML markup, including `<rect>`, `<path>`, and `<text>` tags. The code does not rely on any external libraries or frameworks, using only plain HTML, CSS for styling, and inline SVG for drawing. The layout suggests an abstract, minimal design rather than data-driven content.

LLucia Cerchie

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This example shows a minimal SVG scene composed of primitive shapes, including a red circle, an empty rectangle, a black line, and a black path. The code uses inline SVG elements within an HTML page, with JavaScript and CSS available but not actively employed. The SVG markup defines coordinates and styling directly, such as the circle's center and radius and the line's stroke width and color. The path element traces a simple polyline from one coordinate to another.

WWeming

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This example displays a static SVG scene composed of a red circle, a green rectangle, a thick black line, and a zigzag path, all rendered on a 960 by 500 pixel canvas. The shapes are created directly in HTML using SVG elements such as `circle`, `rect`, `line`, `path`, and `g`, with styling applied through CSS attributes like `fill`, `stroke`, and `stroke-width`. No external libraries or data sources are used; the visualization relies solely on native SVG markup and inline presentation attributes to demonstrate basic geometric drawing capabilities.

Ddepane12

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This example demonstrates basic SVG shapes—circles, rectangles, and lines—arranged in a static composition on a 960×500 canvas. The code uses plain HTML with inline SVG elements, styled minimally via CSS with zero margins and hidden overflow. Shapes include default black figures, a red circle, a green rectangle, and black lines with varying positions, one of which is duplicated with a translate transform. No JavaScript or data binding is present; it purely showcases SVG rendering capabilities through static markup.

FFaris Sufyan