SVG Graphics

Scalable Vector Graphics (SVG) is an XML-based vector image format for defining two-dimensional graphics, a core technology in modern web development and computer graphics. Unlike raster formats (e.g., JPEG, PNG) which use a fixed grid of pixels, SVG describes images using mathematical constructs like paths, shapes, and text. This fundamental difference allows SVG images to be scaled to any size without any loss of quality or pixelation, making them ideal for responsive design and high-resolution displays. As an open standard, its text-based XML structure means SVGs can be indexed, scripted with JavaScript for interactivity and animation, and styled with CSS, offering a powerful and flexible solution for logos, icons, and complex data visualizations.

  1. Introduction to SVG
    1. Definition and Overview
      1. SVG as XML-based Vector Format
        1. SVG as W3C Standard
          1. Historical Context and Evolution
          2. Core Advantages of SVG
            1. Scalability and Resolution Independence
              1. Accessibility Features
                1. Styleability with CSS
                  1. Scriptability with JavaScript
                    1. Small File Sizes and Compression
                      1. SEO Benefits and Indexability
                        1. Device and Platform Compatibility
                        2. Vector vs. Raster Graphics
                          1. Fundamental Differences
                            1. Vector Graphics Use Cases
                              1. Logos
                                1. Icons
                                  1. Illustrations
                                    1. Diagrams
                                    2. Raster Graphics Use Cases
                                      1. Photographs
                                        1. Complex Textures
                                          1. Detailed Artwork
                                          2. Format Limitations
                                          3. SVG Implementation Methods
                                            1. Inline SVG in HTML
                                              1. Direct Embedding
                                                1. Advantages and Disadvantages
                                                2. SVG as Image Source
                                                  1. External File References
                                                    1. Image Attributes and Behavior
                                                    2. SVG as CSS Background Image
                                                      1. CSS Embedding
                                                        1. Data URIs
                                                        2. SVG via Object Tag
                                                          1. Object Embedding
                                                            1. Interactivity Considerations
                                                            2. SVG in Iframe and Embed
                                                              1. SVG as Downloadable Asset