Fork of HTML Starter

Fork of HTML Starter

This example demonstrates a static SVG scene composed of fundamental geometric shapes, including two circles, a rectangle, and a line, each styled with distinct fill, stroke, and stroke-width attributes. The visualization uses plain SVG markup within an HTML page, rendered via the browser’s native SVG support. It includes minimal CSS for a large message style, though the primary content is the fixed, non-interactive SVG canvas. The code relies on no external libraries, serving as a bare-bones starter template for understanding basic SVG elements and styling.

Ttnlramakrishna

Fork of HTML Starter

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

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

Fork of HTML Starter

This example shows a minimal SVG scene with a circle centered at (50, 50) and an empty rectangle element, styled with a large CSS message. The page uses plain HTML and CSS to render the shapes, with no JavaScript logic or data binding. The SVG elements are drawn directly in the markup, making the code a basic starter template for experimenting with vector graphics in a browser. It demonstrates how static shapes can be positioned using coordinate attributes.

IIgniske

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This example shows a simple SVG composition of colored circles, a line, and two paths, paired with a large “Hello HTML!” message. It demonstrates how to integrate static vector graphics directly into an HTML page using inline SVG elements like `circle`, `line`, and `path`, with CSS controlling the text styling. The graphic uses no JavaScript libraries; it relies purely on HTML markup and the `stroke`, `fill`, and `stroke-width` SVG attributes to define shapes and lines. The two paths illustrate different fill behaviors, with one explicitly setting `fill="none"` to keep its area transparent.

Hhassanaqeelkhan

Fork of HTML Starter

This example demonstrates a simple static composition of three circles rendered inside a 600×600 SVG canvas. A large red circle with a thick black stroke is centered on the page, accompanied by two smaller unfilled circles positioned to the upper-left and upper-right. The markup uses plain HTML with inline CSS and JavaScript, and the SVG elements are drawn directly in the document body. The illustration relies solely on fundamental SVG shapes without any interactive behavior or external data.

MMudassar Riaz

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This example demonstrates basic SVG shape rendering within a static HTML page, showing circles, rectangles, lines, and paths with various fill colors, strokes, and stroke widths. The code uses raw SVG elements authored directly in the markup, with no external libraries or JavaScript logic. Styling is applied inline via SVG attributes such as `fill`, `stroke`, and `stroke-width`. The rendering approach is purely declarative SVG, providing a minimal introduction to vector graphics structure without interactive features or data binding.

Cchiiii-beginner

Fork of HTML Starter

This example demonstrates a hand-coded SVG composition of basic geometric shapes—circles, rectangles, lines, and a path—styled with CSS and rendered within an HTML page. It shows how SVG elements respond to presentation attributes like fill, stroke, stroke-width, and grouping via `<g>` tags. The code uses no external libraries, relying on native SVG and a small JavaScript console log. The dark background and vibrant shapes highlight how inline styles and CSS classes interact with SVG rendering.

Jjakesilly