SVG - Faux Data Viz

SVG Fundamentals

This example demonstrates fundamental SVG shapes and text elements as a static bar chart-like visualization. The code uses the raw SVG API with `circle`, `rect`, and `text` tags to render four labeled rectangles of decreasing widths. The JavaScript-free page relies on hardcoded pixel coordinates and fill colors with no data binding or interaction. It serves as a minimal introduction to SVG’s coordinate system and shape primitives within a React-free HTML context.

KKaan

SVG Fundamentals

This example introduces the building blocks of SVG for data visualization, displaying a static collection of primitive shapes including red circles, a blue rectangle, a black line, a thick black path, and a complex green filled path resembling a geometric icon. The code directly defines each element in raw SVG markup inside an HTML page, using no external libraries or data sources. The rendering approach relies purely on the standard browser SVG renderer, illustrating how simple shapes and paths form the foundation for more advanced charting techniques.

SStefan

SVG Fundamentals

This example demonstrates fundamental SVG shapes and styling within a React-based HTML page. It shows how circles, rectangles, lines, and paths are rendered with SVG attributes, including fill colors, stroke widths, and hover transitions. CSS rules apply a red fill with a black stroke to rectangles, and a hover effect transitions the fill to orange while expanding the stroke width over 2000ms. The visualization uses inline SVG markup directly in the HTML, with no external data source, showcasing basic vector graphics techniques.

Bbhargav83

Data Viz with D3

A minimal SVG scene demonstrates basic geometric shapes and styling within a static HTML page. The visualization displays two filled circles, one outlined circle with a blue stroke, and a green rectangular border, all rendered directly through inline SVG markup. The code uses no external JavaScript libraries; instead, it relies on native SVG elements and CSS properties such as `fill`, `stroke`, and `r` for circle radii, while the React Starter link references an alternative approach for interactive builds.

SS1lus

pseudo visualization

This example presents a static geometric composition built with React and rendered as SVG. The visualization displays a collection of overlapping gray shapes that form a complex, layered pattern around a central point. The code constructs these forms using multiple SVG `<path>` elements with defined fill colors and masking techniques. The rendering relies on inline SVG markup directly embedded in the HTML, demonstrating a pure SVG approach without additional data processing or interaction handling. The result is a non-interactive, decorative abstract visual exploration.

Jjustinhersom@gmail.com

SVG Fundamentals

This example demonstrates SVG fundamentals by rendering a set of geometric shapes including ellipses, rectangles, and paths, which together form a stylized face with a speech bubble and accompanying text. The visualization uses raw SVG elements with inline styling, such as fill colors with opacity values, to create layered visual effects. The code includes hand-crafted path data for drawing text characters and complex shapes, showcasing how SVG paths can be used to construct detailed graphics without external libraries. The white background and fixed viewBox define the coordinate system for all elements.

Bbeyzadoganay

SVG FUNDAMENTALS

This example demonstrates foundational SVG shapes and styling within a React-powered visualization. It renders a static composition of two rectangles and a circle directly in an HTML page using raw SVG elements. The code uses the SVG `<rect>` and `<circle>` APIs, with CSS applied for page layout and SVG attributes controlling fill colors, stroke properties, and dimensions. The data is hardcoded as literal coordinates and sizes, showcasing basic geometric construction without dynamic data binding or interaction. The rendering approach relies on the browser’s native SVG support, with no external libraries beyond the standard React starter template.

MMANOJSAHIT

SVG shapes

This example demonstrates basic SVG shape rendering in a React visualization, showing circles, rectangles, lines, and a path. The shapes appear in three groups, with the first two displaying default and explicit fill colors, while the third uses a combined fill and stroke style. The line and path elements use a CSS class to apply black strokes with rounded joins. The SVG is scaled by 1.5 and uses inline transformation attributes like `translate` to position groups, with rendering handled directly through SVG markup rather than a charting library.

CChinzorigt Ganbat