SVG Fundamentals

SVG Fundamentals

This example demonstrates fundamental SVG shapes and CSS styling, using inline SVG elements with circles and rectangles to compose a simple visual arrangement. It shows how CSS properties like fill, stroke, and stroke-width are applied to SVG shapes, with a transition effect on the rectangle. The code uses plain SVG tags (circle, rect) styled via a `<style>` block in the HTML document, featuring circle pairs with varying radii and a single rectangle that changes its fill color and stroke width when hovered. The rendering approach is static SVG markup with no JavaScript interactivity beyond CSS hover animations.

Ssukumardunn

SVG Fundamentals

This example demonstrates fundamental SVG shapes drawn directly in an HTML page. It shows circles, a thick line, and a path with varying colors and stroke properties, all rendered as static vector graphics. The code uses raw SVG elements such as `<circle>`, `<line>`, and `<path>` inside an `<svg>` container, with CSS defining a hover effect on circles that changes their fill color. No JavaScript libraries are involved except the inherent DOM structure, and the rendering approach relies purely on SVG markup.

Ssirtobsi

SVG Fundamentals

This example demonstrates fundamental SVG rendering with two colored circles positioned on a blank canvas. The code uses plain HTML and CSS, with no external libraries or JavaScript logic. Each circle is defined by explicit attributes for center coordinates, radius, and fill color, showing how SVG shapes are constructed directly in markup. The static visualization highlights the basic building blocks of scalable vector graphics.

Mmugiwarafx

SVG Fundamentals

This example demonstrates the foundational building blocks of SVG graphics, showing how basic shapes are defined and styled. Two circles are rendered side-by-side within an `<svg>` element, with the first using default black fill and the second explicitly colored red via the `fill` attribute. The code uses plain SVG markup embedded directly in an HTML document, with no external JavaScript or CSS dependencies. It highlights how SVG coordinates and properties control visual output, serving as a minimal starting point for understanding scalable vector graphics.

DDominik Stodolny

SVG Fundamentals

This example demonstrates the foundational building blocks of SVG rendering by drawing two circles. The code uses plain SVG elements within an HTML page, with a black circle and a red circle positioned at different coordinates. It illustrates how SVG shapes are defined using attributes like `cx`, `cy`, and `r`, and how CSS `fill` can be applied directly to elements. No JavaScript libraries are used; the visualization relies solely on native HTML and SVG markup.

SSamba Kane

SVG Fundamentals

This example demonstrates basic SVG shape styling and interactivity through two circles rendered directly in an HTML document. The first circle uses static attributes for fill, stroke, and stroke-width, while the second employs a CSS class with a hover effect that transitions its fill color and adds a stroke over 300 milliseconds. The code uses plain SVG elements, CSS transitions, and inline JavaScript-free markup within a React-free environment, with the SVG canvas placed directly in the body alongside text.

NNico-Nico

SVG Fundamentals

This example demonstrates the fundamental building blocks of SVG graphics embedded directly in an HTML page. It shows two circles rendered with SVG, one using the default black fill and the other explicitly set to red via the `fill` attribute, alongside a large text element styled through CSS. The visualization uses raw SVG elements within the HTML markup, with the `<circle>` and `<div>` tags, and applies styling through a `<style>` block. No JavaScript libraries are involved, relying solely on the native SVG API to illustrate basic vector rendering.

TTiago de Oliveira

SVG Fundamentals

This example demonstrates the foundational rendering of shapes in SVG, using two circles to illustrate basic positioning and styling. The first circle appears in the default black fill, while the second uses an inline `fill="red"` attribute to change its color. The code defines a static SVG canvas with a width of 960 and height of 500, placing circles via `cx` and `cy` coordinates. It relies purely on native SVG elements and CSS-like presentation attributes, without any JavaScript libraries or data binding.

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