Fork of HTML Starter

Fork of HTML Starter

This example demonstrates hand-coded SVG shapes, including a circle, a rectangle, and a line, all rendered directly within an HTML page. The visualization shows basic geometric primitives with custom styling, using CSS for font presentation and inline SVG attributes for shape properties. The code relies on vanilla JavaScript for a console log statement, while the SVG elements are defined declaratively in the markup. This serves as a minimal starter template, illustrating fundamental SVG rendering without any external libraries or data sources.

LLulu

Fork of HTML Starter

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

Fork of HTML Starter

This example demonstrates basic SVG shape rendering on an HTML page, using a React framework setup. It shows circles, rectangles, lines, and a path that scale together inside a grouped `<g>` element with a 1.5x transform. The code uses raw SVG markup with attributes like `fill`, `stroke`, and `stroke-width`, along with CSS for styling. A JavaScript `console.log` call runs in the browser's developer tools, confirming script execution alongside the static vector graphics.

Mmjglsn

Fork of HTML Starter

This example demonstrates fundamental SVG shapes—a rectangle, circle, line, and text—arranged within a 300 by 150-pixel viewport. It shows how basic geometric primitives combine with styling attributes like fill, stroke, and stroke-width to create a simple composition. The code uses inline SVG elements directly in an HTML page, styled with CSS for font and layout, and loads the Share Tech font from Google Fonts. The rendering is static SVG, illustrating core vector graphics concepts without external JavaScript libraries.

JJing Li

Fork of Fork of HTML Starter with SVG

This example presents a basic SVG scene composed of circles, rectangles, lines, and a path, rendered within a 960x500 viewport. The graphic demonstrates primitive shapes and SVG grouping via the `<g>` element, with some elements transformed using the `translate` attribute. CSS styling applies a black stroke to the line group and a blue stroke with rounded joins to the path. The code uses plain HTML, SVG, and CSS, with no JavaScript libraries or data sources, serving as a minimal starter template for visualization work.

Vvmakker

Fork of HTML Starter

This example demonstrates a set of basic SVG shapes—two circles, a rectangle, a line, and a path—arranged on a 960 by 500 canvas. It runs as a static HTML page in the browser, using inline CSS to style text and JavaScript-free markup. The rendering relies entirely on raw SVG elements like `<circle>`, `<rect>`, `<line>`, and `<path>`, each with explicit coordinates and styling attributes such as fill, stroke, and stroke-width. It serves as a minimal starter for exploring vector graphics without additional libraries.

RRaghuram Bachu

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 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.

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