Please inform the editors (emails given on the bottom of the respective pages) about typos, mistakes or alternative, more elegant methods to do similar things. If you want to add a tutorial, provide a related example or would like to see one particular topic addressed here, please contact the editor of this content page, André M. Winter. Also please see the technical notes below regarding the viewing of these examples. We try to keep our examples platform and viewer independent. Please understand that some of the older examples aren't under active development any more and were only tested in the older Adobe SVG viewer. As time permits we want to update the one or the other. Additional help is always welcome.
Please download a SVG-Viewer plugin or browser with native SVG support (if not done so far).
Abbreviations for SVG viewers: (if the abbreviation is listed between parentheses it means that while most of the example works, there are still limitations/bugs; a plus sign after the version number of a viewer means the version indicated, plus later versions.)
Windows-Users have several options for viewing SVG files. The preferred way is to get a browser with native SVG support, such as Opera or Firefox (see additional notes on native browser support below). The most popular and most complete browser plugin for Internet Explorer is probably the Adobe SVG viewer 3 (you may download it www.adobe.com/devnet/svg/adobe-svg-viewer-download-area.html Adobe SVG download area). Adobe has decided to https://www.adobe.com/svg/eol.html discontinue the development and support of their viewer, since SVG is now increasingly available as a native browser technology. The other reason is that Adobe wants to push their own proprietary Flash solution for interactive content on the web. Windows users can also use the Java based Batik viewer (see below).
Linux/Unix-Users should also install a browser with native SVG support, such as Opera 9.1 or higher, or Firefox. Alternatively, one can use the Apache Batik Squiggle viewer. The KSVG team and Apple collaborate on the KSVG viewer and Webkit browser component for Apple and KDE. Progress is steady and encouraging. Please test webkit and provide bug reports! It is also worth mentioning that many tools on Linux support SVG, e.g. as an export format (e.g. Inkscape).
Native SVG support is part of the www.opera.com Opera browser since version 8. Version 8 supported SMIL animation, but no CSS and no scripting. Opera 9 supports scripting, CSS and DOM manipulations, SVG fonts, filters, as well as XSLT processing. Be sure to update your browser regularly, as new updates always contain bug fixes and new features regarding SVG. If you want to test the latest releases (not always stable) download a developers version. As of 2007-01 Opera 9.1 is the most complete native SVG implementation in a web browser. Although Opera 9 targets SVG basic, the SVG support is actually closer to SVG full. Mozilla SVG supports scripting/DOM/XSLT but no SMIL animation since version 1.5. Firefox 2.0 containts minor improvements to SVG (e.g. the <textPath/> element or some improved DOM support). Firefox 3 (currently alpha), however contains numerous SVG improvements, because it is based on a newer version of the Gecko engine and Cairo. Work on native SVG support in Safari/Webkit is progressing fast. Its is a collaboration between KDE people and Apple and will appear in future versions of Safari and Konqueror. Major advantages of native SVG support in web browsers are: better integration with other webstandards, mixed HTML/SVG pages, use of SVG as a background image, HTML inside SVG as a foreign object, Scripting across HTML/SVG and other components, SVG as a component of a Opera widget or Apple Dashboard, etc. Interesting times ahead!
Tuesday, 10-Dec-2019 21:40:11 CET
© carto:net (andreas neumann & andré m. winter)
original URL for reference: https://old.carto.net/papers/svg/samples/index.shtml