Shapes with SVG and CSS

Shapes with SVG and CSS

This example demonstrates how to create geometric shapes using SVG and style them with CSS in a React environment. It renders polygons with various fill colors, stroke colors, and stroke widths, including a star-shaped polygon and a translated group of shapes. The code uses SVG elements like polygon, line, and path, with CSS classes to apply stroke styles. A CSS class called “lines” applies black strokes and a path within it uses a custom stroke color and rounded line joins.

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Shapes with SVG and CSS

This example shows how to create and style geometric shapes using raw SVG and CSS within a React application. It demonstrates drawing multiple polygons, a line, and a path, with attributes and styles applied both inline and via a separate stylesheet. The code utilizes SVG elements like `<polygon>`, `<line>`, and `<path>`, and uses a `<g>` transform to translate a group of shapes. The CSS file defines a `.lines` class, applying stroke properties and rounding the path's line joins.

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Shapes with SVG and CSS

This example demonstrates how to create and style basic SVG shapes using React, rendering polygons, lines, and paths within a 1000x600 viewport. It shows CSS classes applied to SVG elements, such as the `.lines` class controlling stroke properties. The code uses raw SVG elements like `<polygon>` and `<path>`, with inline attributes for fill and stroke, alongside a `<g>` transform group. CSS rules in `style.css` style the path elements, including stroke color and line joins, showcasing SVG-CSS integration.

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Shapes with SVG and CSS

This example demonstrates basic SVG shapes—circles, rectangles, lines, and paths—styled with CSS. It shows how SVG elements inherit presentation attributes like fill and stroke from parent `<g>` groups, and how CSS classes can override those defaults, as seen with the `.lines` class applying green strokes to the path. The code uses raw SVG markup within React, with explicit positioning and transform attributes to arrange the shapes.

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Shapes with SVG and CSS

This example demonstrates how to create and style basic SVG shapes—circles, rectangles, lines, and paths—using both inline SVG attributes and an external CSS stylesheet. It shows how presentational properties like fill, stroke, and stroke-width can be set directly on elements or inherited from parent `<g>` groups and CSS classes. The visualization uses React to render the SVG elements within an HTML page, with the `.lines` class applying green strokes and rounded line joins to paths, while a group transform scales and translates the shapes.

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Shapes with SVG and CSS

This example demonstrates how to create basic geometric shapes—circles, rectangles, lines, and paths—using SVG elements styled with CSS. It shows how SVG presentation attributes like `fill` and `stroke` can be applied directly to elements or inherited from parent `<g>` groups. The code uses the React framework but primarily relies on raw SVG markup within an HTML file. A CSS class named `.lines` applies stroke properties to line and path elements, with path-specific styling for `stroke-linejoin`. The example illustrates layering, grouping via transforms, and styling inheritance.

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Shapes with SVG and CSS

This example demonstrates basic geometric shapes—circles, rectangles, lines, and a path—rendered as SVG elements and styled with CSS rules. It shows how SVG markup can be combined with CSS classes, such as `.lines`, to apply stroke properties like color and width, while inline attributes control fill and transform behaviors, including scaling and translation. The code uses raw HTML, CSS, and JavaScript within a React starter template, with no external visualization libraries.

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Shapes with SVG and CSS

This example demonstrates how to draw and style basic geometric shapes using SVG elements directly in a React application. It shows two polygon shapes—a triangle and a five-pointed star—rendered with inline SVG attributes, alongside a duplicated version of both shapes wrapped in a `<g>` group with a `transform` to translate them horizontally. The code uses SVG’s native `<polygon>`, `points`, `fill`, and `stroke` attributes, as well as CSS from an external stylesheet to reset page margins and hide overflow. No external visualization libraries are used; rendering relies solely on React’s JSX markup and SVG support.