The “SVG format” (Scalable Vector Graphics) is an XML-based file format used to describe two-dimensional vector graphics. Unlike raster graphics, which consist of pixels, SVG graphics are defined by mathematical shapes such as lines, curves, and paths, allowing them to be scaled without loss of quality. SVG is particularly well-suited for web applications and software development involving scalable, interactive, or animated graphics.
SVG files can be embedded directly into websites or linked externally, and they can be styled and manipulated using CSS and JavaScript. They are often used for icons, diagrams, technical illustrations, maps, or interactive UI elements.
Import and Export of SVG Files: Ability to import SVG files into a project or export them to other formats (e.g., PNG, PDF, EPS).
Vector Object Editing: Tools for editing lines, paths, shapes, text, and colors within an SVG file.
Animation Support: Ability to animate SVG graphics using CSS or JavaScript (e.g., motion, gradients, transformations).
Interactivity: Support for interactive elements in SVG files such as tooltips, clickable areas, or dynamic data visualizations.
Compliance with Web Standards: Integration with HTML5, CSS3, and JavaScript for use in responsive web applications.
Optimization and Compression: Tools for minimizing SVG file sizes without compromising quality.
Conversion Tools: Converting raster graphics (e.g., JPEG, PNG) into scalable SVG files.
Integration into Design and CAD Workflows: Using SVG as an exchange format between design tools and technical applications.
A web developer integrates scalable SVG icons into a responsive company website.
A graphic designer creates an infographic in Adobe Illustrator and exports it as SVG for web usage.
A technical drawing tool saves circuit diagrams in SVG format for cross-platform compatibility.
An e-commerce site uses SVG animations to add visual effects to product interactions.
A developer uses an SVG library to render interactive data visualizations on a dashboard.
