Fork of HTML Starter

Fork of HTML Starter

This example displays a static SVG scene composed of basic geometric shapes: two filled circles, a blue-bordered rectangle, a straight line, and two polylines rendered as paths. The page uses raw HTML with inline SVG elements, specifying coordinates and styling attributes directly. It relies on native browser rendering for SVG, with no external JavaScript libraries or data processing. The visualization serves as a minimal template for exploring SVG markup and CSS styling within a simple HTML document.

SSamwangwei

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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

Aalexander.anton-boicuk@study.hs-duesseldorf.de

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This example demonstrates a minimal HTML page that uses inline SVG elements to render basic shapes. The visualization shows a set of simple geometric figures—a blue circle, a yellow rectangle, and a smaller lightblue circle—positioned on a blank canvas. The rendering relies on the SVG API within the HTML document, with styling applied directly through attributes like `fill` and `cx`. No external libraries or JavaScript are used; the page is a static demonstration of CSS and SVG markup.

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

Mmichael.mcquillen.314@gmail.com

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This example demonstrates basic HTML elements alongside an SVG canvas containing a purple circle with a blue stroke, a red diagonal line, and an orange path. It serves as a minimal starter template for web development projects. The page uses standard HTML markup with inline CSS styling and embedded SVG shapes, including circle, line, and path elements. The JavaScript functionality is not implemented in this version, making it a purely static demonstration of SVG rendering capabilities within an HTML document structure.

Mmarvin.linardy@hotmail.com

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This is a minimal SVG example demonstrating fundamental shapes—a circle, rectangle, and path—drawn with raw SVG markup in an HTML page. The code uses no external libraries or frameworks; instead, it relies directly on SVG elements like `<circle>`, `<rect>`, and `<path>` to produce a static composition centered on a 960 by 500 canvas. With a maroon circle, a white rectangle, and a black horizontal line, the visualization highlights basic geometric construction and inline styling, offering a straightforward starting point for SVG coding.

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

Nnick.tchang@tu-dortmund.de

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This example demonstrates a minimal HTML page that renders a single circle inside an SVG element, styled with CSS. The page uses inline JavaScript to add interactivity, though the core visualization is static. It serves as a bare-bones template for web-based graphics, showing how SVG, CSS, and JavaScript can be combined in a single HTML file. The code utilizes standard DOM APIs and the SVG `<circle>` element, with no external libraries or data sources.