SVG's animation features (see Animation) were developed inĬollaboration with the W3C Synchronized Multimedia (SYMM).The ‘switch’ element and the ‘systemLanguage’ Part of the Synchronized Multimedia Integration Language (SMIL) 3.0 Specification SVG incorporates some features and approaches that are.Incorporates many of the facilities described inĭOM Level 2, including the CSS object model and event With the HTML DOM that is defined in the DOM Level 1 SVG DOM has a high level of compatibility and consistency SVG includes a complete Document Object Model (DOM) andĬonforms to the Document Object Model (DOM) Level 1.External style sheets are referenced using the mechanismĭocumented in Associating Style Sheets with XML documents Version 1.0.SVG supports relevant properties and approaches common toĬSS and XSL, plus selected semantics and features of CSS (see.(see XSL Transformations (XSLT) Version 1.0 SVG content can be styled by either CSS (see.Referencing and requires support for base IRI specifications SVG utilizes XML Linking Language (XLink).SVG is compatible with the Namespaces in XML Recommendation.SVG is an application of XML and is compatible with theĮxtensible Markup Language (XML) 1.0 Recommendation.Maintains compatibility with, leverages and integrates with The following describes some of the ways in which SVG Users to learn how to incorporate SVG into their Web sites. Standards, SVG becomes more powerful and makes it easier for SVG leverages and integrates with other W3C specificationsĪnd standards efforts. 1.4 Compatibility with Other Standards Efforts It is not recommended thatĪ DOCTYPE declaration be included in SVG documents. In particular, DTDsĭo not handle namespaces gracefully. Validating XML documents is known to be problematic. While a DTD is provided in this specification, the use of DTDs for There is a single flattened DTD available that corresponds its contents are spread over multipleįiles), which means that a validator may have to fetch the Note that DTD listed in the System Identifier is a The following are the SVG 1.1 namespace, public identifierĪnd system identifier: SVG Namespace: Public Identifier for SVG 1.1: PUBLIC "-//W3C//DTD SVG 1.1//EN" System Identifier for the SVG 1.1 Recommendation: 1.3 SVG Namespace, Public Identifier and System SVG files stored on Macintosh HFS file systems be given a file (all lowercase, with a space character as the fourth letter). It is recommended that SVG files stored on Macintosh HFSįile systems be given a file type of "svg " SVG files have the extension ".svgz" (all It is recommended that SVG files have the extension Registration of this MIME type is in progress at the W3C. The MIME type for SVG is " image/svg+xml" (see 1.2 SVG MIME type, file name extension and Macintosh file See the Document Type Definition appendix forĭetails on how the DTD is structured to allow profiling and composition with For suggested techniques inĪchieving greater accessibility, see Accessibility. Or by using SVG's facilities to include the higher-level Somehow, either by making the original source documentĪvailable, or making an alternative version available in anĪlternative format which conveys the higher-level information, Recommended that the higher-level information be made available ForĪccessibility reasons, if there is an original source documentĬontaining higher-level structure and semantics, it is SVG is a language for rich graphical content. Of other Web standards, features like scripting can be done on XHTML and SVGĮlements simultaneously within the same Web page. Because of its compatibility and leveraging ‘onmouseover’ and ‘onclick’ can be assigned to any SVG graphical Provides complete access to all elements, attributes and Supplemental scripting language which accesses SVG Document Object Model (DOM), which Sophisticated applications of SVG are possible by use of a Animations can be defined and triggeredĮither declaratively (i.e., by embedding SVG animation elements Paths, alpha masks, filter effects and template objects.Īnd dynamic. The feature set includes nested transformations, clipping Transformed and composited into previously rendered objects. Graphical objects can be grouped, styled, Shapes (e.g., paths consisting of straight lines and curves), SVG is a language for describing two-dimensional graphics inĪllows for three types of graphic objects: vector graphic This specification defines the features and syntax for Scalable Vector Graphics
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