SVG Graphics Card

Rotate svg

This example demonstrates a basic D3.js starter template, where a single SVG path element, the propeller, is animated to rotate 720 degrees over seven seconds. The rotation is achieved using D3's transition and `attrTween` API, which interpolates the SVG transform attribute. The code specifically uses `d3.select` to target the SVG element and `d3.interpolate` to create the tween function, showcasing a minimal yet effective use of D3's animation capabilities.

LLiml

SVG Fundamentals

This example demonstrates SVG fundamentals by rendering primitive shapes—circles, rectangles, lines, and paths—directly in an HTML document. It highlights how SVG z-ordering depends on code order, with later elements drawn on top. The visualization uses raw SVG markup without D3, while the companion `index-d3.html` and `index.js` files show a D3 v7 starter template that uses `select` to insert text. The SVG includes attributes like `fill`, `stroke`, and `stroke-width`, and even shows a path drawn with `M` and `L` commands.

CCamille G Lee

Fork of SVG Fundamentals

This example demonstrates layered linear paths converging toward a focal point, creating an illusion of depth or perspective within an SVG canvas. The visualization uses repeated `<path>` elements with varying starting Y-coordinates to draw a fan of slanted lines over a filled, darker background shape. Rendering relies on raw SVG markup with CSS styling for stroke attributes, while the `d` attribute defines each path’s geometry. No external libraries or data sources are used, as the composition is purely geometric and programmatically fixed in the HTML.

CChris Gullian

SVG Fundamentals

This example demonstrates the fundamental building blocks of SVG graphics, showing how basic shapes, paths, and text elements render in the browser. The code uses the SVG API directly within an HTML document, with no external libraries, to construct a static scene from simple geometric primitives and styling attributes. It illustrates the core syntax and structure of SVG markup, including elements like circles, rects, and paths, which the D3.js ecosystem commonly manipulates for data-driven visualizations. The example serves as a pedagogical reference for understanding how SVG coordinates, fill, stroke, and transforms work before applying them in more complex charting contexts.

Hhiesennberg

SVG Fundamentals - Me

This example demonstrates the fundamentals of drawing with SVG by composing a playing card suit from basic shapes. It shows a stylized club symbol built from three circles and a tapered stem, arranged within a rectangular boundary. The code uses raw SVG elements like `circle`, `path`, and `rect` directly in HTML, with CSS controlling the text styling and fill colors applied via SVG attributes. The rendering relies on the browser’s native SVG support, with no external libraries, making it a minimal illustration of coordinate systems and shape composition.

Llorlorthelion@gmail.com

SVG Fundamentals

This example showcases a static SVG composition of dice arranged in a grid on a blue tray, with custom shading to simulate depth. The code directly uses the SVG `path` and `rect` elements within an inline `<svg>` tag, styled via CSS classes that define fills, strokes, and stroke widths. Distinct shapes for left, middle, bottom, and corner dice are created through carefully defined path commands, while additional path elements represent side and bottom shading. The visualization demonstrates fundamental SVG drawing techniques and CSS styling without relying on any JavaScript libraries.

Jjustinhersom@gmail.com

SVG Fundamentals

This example demonstrates fundamental SVG shapes as a static gallery, including circles, rectangles, lines, and paths with varied fills, strokes, and coordinate positions. It shows the difference between filled, stroked, and unfilled shapes within a 1000x1000 viewport. The rendering is achieved through raw SVG markup embedded directly in the HTML, requiring no scripting or D3 functions for the visualization itself. The accompanying `index.js` file shows likely unused D3 imports and a local ES6 module, though these do not affect the visible graphic.

IIan Mac Moore

SVG Fundamentals

This example demonstrates the fundamentals of SVG rendering and interactivity using a simple heart shape drawn with SVG path commands. The heart’s geometry is defined with arcs and quadratic Bézier curves within a 100×100 viewBox, while CSS handles layout centering and a hover effect that scales the shape and changes its fill color. The code uses inline SVG elements and CSS transitions for smooth animations. It shows how basic vector graphics can be created and styled without additional libraries, relying purely on the browser’s native SVG and CSS support.

IIndranil Biswas