Fork of Shapes and Colors with SVG and CSS

Fork of Shapes and Colors with SVG and CSS

This example demonstrates a static composition of basic SVG shapes—circles, rectangles, lines, and a polyline path—stylized with CSS classes and inline attributes. The scene uses a transformed group to scale the entire drawing, while a nested translation positions a second group of shapes. Colors vary between explicit fills like red and green, and a shared fill applied via a group attribute, with stroke properties defined in styles.css for black lines and a custom line join. The page relies solely on native SVG markup and CSS, with no JavaScript libraries involved.

Ccharliemok

Fork of Shapes and Colors with SVG and CSS

This example demonstrates a static SVG composition of circles, rectangles, lines, and paths arranged in a grid, styled with CSS for stroke and fill variations. The code uses raw SVG elements for rendering and CSS rules to apply line styling, such as stroke width, color, and corner rounding. Shapes are grouped with SVG transformations like scale and translate, while inline attributes set specific colors and stroke properties. No JavaScript libraries are involved; the visualization relies purely on SVG markup and CSS to achieve its visual effects.

YYX2020

Fork of Shapes and Colors with SVG and CSS

This example demonstrates how SVG shapes and CSS styles can be combined to create a static, colorful graphic. It uses raw SVG elements such as circles, rectangles, lines, and paths, along with inline attributes like `fill` and `stroke`. The code employs CSS classes to define stroke properties for line and path elements, and groups shapes with the `transform` attribute to scale and translate them. The rendering is entirely SVG-based, with no external data source, showing basic shape composition and styling in a web page.

Mmtan8

Fork of Shapes and Colors with SVG and CSS

Mmtan8

Fork of Shapes and Colors with SVG and CSS

This example demonstrates a collection of basic SVG shapes—circles, rectangles, lines, and a polyline path—styled through both inline attributes and an external CSS stylesheet. It shows how fill colors, stroke widths, transparency, and geometric transforms like scaling and translation apply to grouped elements. The visualization uses raw SVG markup within an HTML document, with CSS classes controlling line styles and joint/endpoint rounding. No JavaScript libraries are involved; the rendering relies entirely on the browser's native SVG support and CSS styling rules.

Ii211775

Fork of Shapes and Colors with SVG and CSS

This example demonstrates a static collection of SVG shapes—circles, rectangles, lines, and a polyline—styled with Cascading Style Sheets (CSS) and inline attributes. It shows how grouped elements can share fill and stroke properties, while individual shapes can override fill colors like red and green. The rendering uses native SVG elements within an HTML document, with CSS classes controlling stroke width, color, and connection styling. No JavaScript libraries are used; the visualization relies solely on standard SVG markup and CSS rules to define its visual appearance.

AAamir Hameed mir

Fork of Shapes and Colors with SVG and CSS

This example demonstrates how SVG shapes like circles, rectangles, lines, and paths can be styled with CSS and inline attributes. It uses raw SVG markup within an HTML document, applying transformations such as scaling and translation to group elements. Fill colors, stroke widths, and stroke colors are set both directly on shapes and through CSS classes. The visualization serves as a static, code-driven illustration of basic vector graphics rendering, with no external libraries or data sources.

Ddok0086m

Fork of Shapes and Colors with SVG and CSS

This example demonstrates a collection of basic SVG shapes—circles, rectangles, lines, and a path—arranged in a grid and styled with both inline attributes and CSS classes. The visualization uses raw SVG markup within an HTML file, applying transforms for scaling and translation, while the stylesheet controls stroke properties, line joins, and caps. It showcases how SVG elements can be combined with CSS to create a static, decorative composition.

Bbakar294