Shape with SVG and CSS

Shapes with SVG and CSS

This example shows how basic geometric shapes—a circle and a rectangle—can be drawn directly on an SVG canvas. The shapes are positioned using explicit `cx`, `cy`, `r`, `x`, `y`, `width`, and `height` attributes inside an inline `<svg>` element. It uses plain HTML and CSS, with no JavaScript libraries, and demonstrates static styling via an external stylesheet. The rendering approach is native SVG, showing the simplest possible setup for creating vector graphics in a web page.

DDimiter Zlatkov

Shapes with SVG and CSS

This example shows a static collection of SVG shapes—circles, rectangles, a line, and a path—positioned on a blank canvas. The code uses raw SVG elements within an HTML document, styling them through an external CSS stylesheet that sets global body margins and stroke properties for line and path elements. The markup includes commented-out shape definitions, indicating the visualization is intended to render solely through SVG and CSS without any JavaScript libraries or data-driven logic. The rendering approach relies entirely on inline SVG coordinates and CSS selectors for visual appearance.

DDillorom Abdulloeva

Shapes with SVG and CSS

This example displays a collection of basic geometric shapes—circles, a polygon, and a rectangle—arranged in a fixed composition on an 800-by-500 canvas. The scene includes overlapping elements, such as a white circle with a black stroke and a teal triangle paired with a circle, rendered directly via standard SVG markup. Styling is applied through an external CSS file, which sets the page’s font and margin properties. The visualization demonstrates how raw SVG elements and CSS rules combine to create a static, illustrative graphic without any JavaScript libraries.

Rrangitit

Shapes with SVG and CSS

This example demonstrates basic SVG shapes—a circle and an empty rectangle—positioned within a 960x500 viewport, with the SVG element's background colored red via D3's selection and style methods. It uses D3 version 6 to select the SVG and apply CSS styling, while the shape styling is handled through linked CSS. The page shows how to integrate D3 with raw SVG markup and external stylesheets, rendering static vector graphics without data binding or interactivity.

SSadik Özoguz

shape with SVG and CSS

This example demonstrates primitive SVG shapes styled with CSS, showing circles, rectangles, lines, and paths arranged in a 960-by-500 canvas. It uses raw SVG elements (circle, rect, line, path) with inline attributes for coordinates, fills, strokes, and transforms like scale and translate. The code also links an external stylesheet, style.css, which defines classes such as `.lines` with stroke properties. No D3 or JavaScript libraries are loaded; the visualization relies solely on static SVG markup and CSS presentation.

SSuzie1022susu

Shapes with SVG and CSS

This example demonstrates how to create basic geometric shapes in an SVG canvas, displaying circles and a rectangle with default black fills except for one red circle. The scene is rendered entirely through SVG markup, with external styling handled by a CSS stylesheet. The code uses the D3.js `select` function to update a message element’s text content, while also showcasing an ES6 module import from a local file. The page layout is set with CSS to remove margins and hide overflow.

Rrmaldonadosnz

Shapes with SVG and CSS

This example demonstrates basic SVG shapes—circles, rectangles, lines, and paths—arranged in a fixed 960×500 viewport. The code uses SVG elements directly in HTML, with styling controlled by an external CSS file, including a `.lines` class that sets stroke properties on grouped line and path elements. Transformations like scaling and translation are applied via SVG attributes, and colors are specified through presentation attributes and a CSS class. The visualization is static, with no data-driven elements or interactivity.

Cccheung9595

Shapes With SVG

This example demonstrates basic SVG shape rendering using static circle and rectangle elements defined directly in the HTML markup. It shows how coordinates, dimensions, and fill colors control each shape’s appearance, with a grouping element (`<g>`) applying a shared blue fill and vertical translation to a second row of shapes. The scene uses plain SVG attributes without external libraries, paired with a minimal CSS file that resets margins and hides overflow for a clean full-viewport canvas.

Ssalvar2134