Rendering programs that display the SVG or convert it into other image formats Libraries that streamline the creation of dynamic graphics with JavaScript Graphical editors that emphasize visual components rather than codeĬode editors that provide hints and immediate feedback The tools discussed in this chapter include: Software tools make it easier to create graphics and process files so they are ready to deploy on your web server and display on your pages.

But this mental toolset you’ll gain by understanding SVG shouldn’t detract from the software tools that other developers have created. With this programmatic approach to SVG, you will be better able to manipulate graphics created by others or by software, in order to match your web design or to enable user interaction. In most projects, SVG icons are imported from existing icon sets, with the SVG files manipulated entirely by project build scripts.īy showing you the internal components of an SVG, stripped down to their skeletal form, we hope to give you a complete toolset to work with SVG: the skills to modify and extend any SVG you work with, no matter how it was created. Most SVG data visualizations are created with JavaScript, and visualization libraries offer different degrees of abstraction between the author and the SVG code. Most SVG drawings and original art start their life inside some kind of graphical software, created by an artist or designer working with shapes and colors rather than XML tags and attributes. However, that’s certainly not the only way to work with SVG, nor the most common one. The SVG examples in this book were for the most part created “from scratch,” with the markup or standard JavaScript being typed into a code editor.

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