W3C
Scalable Vector Graphics (SVG) 2
W3C Candidate Recommendation 04 October 2018
This version:
https://www.w3.org/TR/2018/CR-SVG2-20181004/
Latest version:
https://www.w3.org/TR/SVG2/
Previous version:
https://www.w3.org/TR/2018/CR-SVG2-20180807/
Editors draft
https://svgwg.org/svg2-draft/
Single page version:
https://svgwg.org/svg2-draft/single-page.html
GitHub repository:
https://github.com/w3c/svgwg/
Public comments:
www-svg@w3.org (archive )
Editors:
Amelia Bellamy-Royds, Invited Expert <amelia.bellamy.royds@gmail.com >
Bogdan Brinza, Microsoft Co. <bbrinza@microsoft.com >
Chris Lilley, W3C <chris@w3.org >
Dirk Schulze, Adobe Systems <dschulze@adobe.com >
David Storey, Microsoft Co. <dstorey@microsoft.com >
Eric Willigers, Google
Former Editors:
Nikos Andronikos, Canon, Inc. <nikos.andronikos@cisra.canon.com.au >
Rossen Atanassov, Microsoft Co. <ratan@microsoft.com >
Tavmjong Bah, Invited Expert <tavmjong@free.fr >
Brian Birtles, Mozilla Japan <bbirtles@mozilla.com >
Cyril Concolato, Telecom ParisTech <cyril.concolato@telecom-paristech.fr >
Erik Dahlström, Invited Expert <erik@dahlström.net >
Cameron McCormack, Mozilla Corporation <cam@mcc.id.au >
Doug Schepers, W3C <schepers@w3.org >
Richard Schwerdtfeger, IBM <schwer@us.ibm.com >
Satoru Takagi, KDDI Corporation <sa-takagi@kddi.com >
Jonathan Watt, Mozilla Corporation <jwatt@jwatt.org >
Copyright © 2018 W3C ® (MIT , ERCIM , Keio , Beihang ). W3C liability , trademark and document use rules apply.
Abstract
This specification defines the features and syntax for Scalable
Vector Graphics (SVG) Version 2. SVG is a language based on XML for describing
two-dimensional vector and mixed vector/raster graphics. SVG content is stylable,
scalable to different display resolutions, and can be viewed stand-alone,
mixed with HTML content, or embedded using XML namespaces within other XML languages.
SVG also supports dynamic changes; script can be used to create interactive documents,
and animations can be performed using declarative animation features or by using script.
Status of This Document
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at https://www.w3.org/TR/.
This document is the 04 October 2018 Candidate Recommendation of SVG 2. This version of SVG
builds upon SVG 1.1 Second Edition
by improving the usability and precision of the language.
The Changes appendix lists all
of the changes that have been made since SVG 1.1 Second Edition.
Publication as a Candidate Recommendation does not imply endorsement by the W3C Membership. This is a draft document and may be updated, replaced or obsoleted by other documents at any time. It is inappropriate to cite this document as other than work in progress.
This Candidate Recommendation is expected to advance to Proposed Recommendation no earlier than 04 December 2018.
There is no preliminary implementation report at this time. The SVG Working Group is working on a test suite for SVG2 and expects to produce an implementation report based on those tests.
Comments on this Candidate Recommendation are welcome.
Comments can be raised as GitHub issues
(preferred), or alternatively be sent to
www-svg@w3.org ,
the public email list for issues related to vector graphics on the Web. This list is
archived and
senders must agree to have their message publicly archived from their
first posting. To subscribe send an email to
www-svg-request@w3.org with
the word subscribe in the subject line.
The specification includes a number of annotations that the Working Group is
using to record links to meeting minutes and resolutions where specific decisions
about SVG features have been made. Different coloring is also used to mark the
maturity of different sections of the specification:
a red background indicates a section that is either unchanged since SVG
1.1 (and which therefore still requires review and possible rewriting for
SVG 2), or a section that is new but still requires substantial work
a yellow background indicates a section from SVG 1.1 that has been reviewed
and rewritten if necessary, or a new section that is complete and ready
for the rest of the Working Group to review
a white background indicates a section, either from SVG 1.1 or new for
SVG 2, that has been reviewed by the Working Group and which is ready
for wider review
This document has been produced by the
W3C SVG Working Group as part of
the Graphics Activity within
the W3C Interaction Domain . The
goals of the W3C SVG Working Group are discussed in the
W3C SVG Charter .
The W3C SVG Working Group maintains a public Web page,
https://www.w3.org/Graphics/SVG/ ,
that contains further background information. The authors of
this document are the SVG Working Group participants.
This document was produced by a group operating under the W3C Patent Policy .
W3C maintains a public list of any patent disclosures
made in connection with the deliverables of the group; that page also includes
instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy .
A list of current W3C Recommendations and other technical documents can be found at
https://www.w3.org/TR/ . W3C publications
may be updated, replaced, or obsoleted by other documents at any time.
This document is governed by the 1 February 2018 W3C Process Document .
All features in this specification depend upon implementation in browsers
or authoring tools. If a feature is not certain to be implemented, we define
that feature as "at risk". At-risk features will be removed from the current
specification, and may be included in future versions of the specification. If
an at-risk feature is particularly important to authors of SVG, those authors
are encouraged to give feedback to implementers regarding its priority. The
following features are at risk, and may be dropped during the CR period:
Table of Contents
1. Introduction 1.1. About SVG 1.2. Compatibility with other standards efforts 1.3. Normative Terminology 2. Conformance Criteria 2.1. Overview 2.2. Processing modes 2.2.1. Features 2.2.2. Dynamic interactive mode 2.2.3. Animated mode 2.2.4. Secure animated mode 2.2.5. Static mode 2.2.6. Secure static mode 2.3. Processing modes for SVG sub-resource documents 2.3.1. Examples 2.4. Document Conformance Classes 2.4.1. Conforming SVG DOM Subtrees 2.4.2. Conforming SVG Markup Fragments 2.4.3. Conforming XML-Compatible SVG Markup Fragments 2.4.4. Conforming XML-Compatible SVG DOM Subtrees 2.4.5. Conforming SVG Stand-Alone Files 2.4.6. Error processing 2.5. Software Conformance Classes 2.5.1. Conforming SVG Generators 2.5.2. Conforming SVG Authoring Tools 2.5.3. Conforming SVG Servers 2.5.4. Conforming SVG Interpreters 2.5.5. Conforming SVG Viewers 2.5.5.1. Printing implementation notes 2.5.6. Conforming High-Quality SVG Viewer 3. Rendering Model 3.1. Introduction 3.2. The rendering tree 3.2.1. Definitions 3.2.2. Rendered versus non-rendered elements 3.2.3. Controlling visibility: the effect of the ‘display ’ and ‘visibility ’
properties 3.2.4. Re-used graphics 3.3. The painters model 3.4. Rendering order 3.4.1. Establishing a stacking context in SVG 3.5. How elements are rendered 3.6. How groups are rendered 3.6.1. Object and group opacity: the
effect of the ‘opacity ’ property 3.7. Types of graphics elements 3.7.1. Painting shapes and text 3.7.2. Painting raster images 3.8. Filtering painted regions 3.9. Clipping and masking 3.10. Parent compositing 3.11. The effect of the ‘overflow ’
property 4. Basic Data Types and Interfaces 4.1. Definitions 4.2. Attribute syntax 4.2.1. Real number precision 4.2.2. Clamping values which are restricted to a particular range 4.3. SVG DOM overview 4.3.1. Dependencies for SVG DOM support 4.3.2. Naming conventions 4.3.3. Elements in the SVG DOM 4.3.4. Reflecting content attributes in the DOM 4.3.5. Synchronizing reflected values 4.3.6. Reflecting an empty initial value 4.3.7. Invalid values 4.4. DOM interfaces for SVG elements 4.4.1. Interface SVGElement 4.4.2. Interface SVGGraphicsElement 4.4.3. Interface SVGGeometryElement 4.5. DOM interfaces for basic data types 4.5.1. Interface SVGNumber 4.5.2. Interface SVGLength 4.5.3. Interface SVGAngle 4.5.4. List interfaces 4.5.5. Interface SVGNumberList 4.5.6. Interface SVGLengthList 4.5.7. Interface SVGStringList 4.6. DOM interfaces for reflecting animatable SVG attributes 4.6.1. Interface SVGAnimatedBoolean 4.6.2. Interface SVGAnimatedEnumeration 4.6.3. Interface SVGAnimatedInteger 4.6.4. Interface SVGAnimatedNumber 4.6.5. Interface SVGAnimatedLength 4.6.6. Interface SVGAnimatedAngle 4.6.7. Interface SVGAnimatedString 4.6.8. Interface SVGAnimatedRect 4.6.9. Interface SVGAnimatedNumberList 4.6.10. Interface SVGAnimatedLengthList 4.7. Other DOM interfaces 4.7.1. Interface SVGUnitTypes 4.7.2. Mixin SVGTests 4.7.3. Mixin SVGFitToViewBox 4.7.4. Mixin SVGZoomAndPan 4.7.5. Mixin SVGURIReference 5. Document Structure 5.1. Defining an SVG document fragment: the ‘svg’ element 5.1.1. Overview 5.1.2. Namespace 5.1.3. Definitions 5.1.4. The ‘svg’ element 5.2. Grouping: the ‘g’ element 5.2.1. Overview 5.2.2. The ‘g’ element 5.3. Unknown elements 5.4. Defining content for reuse, and the ‘defs’ element 5.4.1. Overview 5.4.2. The ‘defs’ element 5.5. The ‘symbol’ element 5.5.1. Attributes 5.5.2. Notes on symbols 5.6. The ‘use’ element 5.6.1. The use-element shadow tree 5.6.2. Layout of re-used graphics 5.6.3. Style Scoping and Inheritance 5.6.4. Multimedia in use-element shadow trees 5.6.5. Animations in use-element shadow trees 5.6.6. Event handling in use-element shadow trees 5.7. Conditional processing 5.7.1. Conditional processing overview 5.7.2. Definitions 5.7.3. The ‘switch’ element 5.7.4. The ‘requiredExtensions’ attribute 5.7.5. The ‘systemLanguage’ attribute 5.8. The ‘desc’
and ‘title’ elements 5.8.1. Definition 5.9. The ‘metadata’ element 5.10. HTML metadata elements 5.11. Foreign namespaces and private data 5.12. Common attributes 5.12.1. Definitions 5.12.2. Attributes common to all elements: ‘id’ 5.12.3. The ‘lang’ and ‘xml:lang’ attributes 5.12.4. The ‘xml:space’ attribute 5.12.5. The ‘tabindex’ attribute 5.12.6. The ‘data-*’ attributes 5.13. WAI-ARIA attributes 5.13.1. Definitions 5.13.2. Role attribute 5.13.3. State and property attributes (all aria- attributes) 5.13.4. Implicit and Allowed ARIA Semantics 5.14. DOM interfaces 5.14.1. Extensions to the Document interface 5.14.2. Interface SVGSVGElement 5.14.3. Interface SVGGElement 5.14.4. Interface SVGUnknownElement 5.14.5. Interface SVGDefsElement 5.14.6. Interface SVGDescElement 5.14.7. Interface SVGMetadataElement 5.14.8. Interface SVGTitleElement 5.14.9. Interface SVGSymbolElement 5.14.10. Interface SVGUseElement 5.14.11. Interface SVGUseElementShadowRoot 5.14.12. Mixin SVGElementInstance 5.14.13. Interface ShadowAnimation 5.14.14. Interface SVGSwitchElement 5.14.15. Mixin GetSVGDocument 6. Styling 6.1. Styling SVG content using CSS 6.2. Inline style sheets: the ‘style’ element 6.3. External style sheets: the effect of the HTML ‘link’ element 6.4. Style sheets in HTML documents 6.5. Element-specific styling: the ‘class’ and ‘style’ attributes 6.6. Presentation attributes 6.7. Required properties 6.8. User agent style sheet 6.9. Required CSS features 6.10. DOM interfaces 6.10.1. Interface SVGStyleElement 7. Geometry Properties 7.1. Horizontal center coordinate: The
‘cx ’ property 7.2. Vertical center coordinate: The ‘cy ’
property 7.3. Radius: The ‘r ’ property 7.4. Horizontal radius: The ‘rx ’
property 7.5. Vertical radius: The ‘ry ’
property 7.6. Horizontal coordinate: The ‘x ’ property 7.7. Vertical coordinate: The ‘y ’
property 7.8. Sizing properties: the effect of the
‘width ’ and ‘height ’
properties 8. Coordinate Systems, Transformations and Units 8.1. Introduction 8.2. Computing the equivalent transform of an SVG viewport 8.3. The initial viewport 8.4. The initial coordinate system 8.5. The ‘transform ’ property 8.6. The ‘viewBox’ attribute 8.7. The ‘preserveAspectRatio’
attribute 8.8. Establishing a new SVG viewport 8.9. Units 8.10. Bounding boxes 8.11. Object bounding box units 8.12. Intrinsic sizing properties of SVG content 8.13. Vector effects 8.13.1. Computing the vector effects 8.13.2. Computing the vector effects for nested viewport coordinate systems 8.13.3. Examples of vector effects 8.14. DOM interfaces 8.14.1. Interface SVGTransform 8.14.2. Interface SVGTransformList 8.14.3. Interface SVGAnimatedTransformList 8.14.4. Interface SVGPreserveAspectRatio 8.14.5. Interface SVGAnimatedPreserveAspectRatio 9. Paths 9.1. Introduction 9.2. The ‘path’ element 9.3. Path data 9.3.1. General information about path data 9.3.2. Specifying path data: the ‘d ’ property 9.3.3. The "moveto" commands 9.3.4. The "closepath" command 9.3.4.1. Segment-completing close path operation 9.3.5. The "lineto" commands 9.3.6. The cubic Bézier curve commands 9.3.7. The quadratic Bézier curve commands 9.3.8. The elliptical arc curve commands 9.3.9. The grammar for path data 9.4. Path directionality 9.5. Implementation notes 9.5.1. Out-of-range elliptical arc parameters 9.5.2. Reflected control points 9.5.3. Zero-length path segments 9.5.4. Error handling in path data 9.6. Distance along a path 9.6.1. The ‘pathLength’ attribute 9.7. DOM interfaces 9.7.1. Interface SVGPathElement 10. Basic Shapes 10.1. Introduction and definitions 10.2. The ‘rect’ element 10.3. The ‘circle’ element 10.4. The ‘ellipse’ element 10.5. The ‘line’ element 10.6. The ‘polyline’ element 10.7. The ‘polygon’ element 10.8. DOM interfaces 10.8.1. Interface SVGRectElement 10.8.2. Interface SVGCircleElement 10.8.3. Interface SVGEllipseElement 10.8.4. Interface SVGLineElement 10.8.5. Mixin SVGAnimatedPoints 10.8.6. Interface SVGPointList 10.8.7. Interface SVGPolylineElement 10.8.8. Interface SVGPolygonElement 11. Text 11.1. Introduction 11.1.1. Definitions 11.1.2. Fonts and glyphs 11.1.3. Glyph metrics and layout 11.2. The ‘text’ and
‘tspan’ elements 11.2.1. Attributes 11.2.2. Notes on 'x', 'y', 'dx', 'dy' and 'rotate' 11.3. Text layout – Introduction 11.4. Text layout – Content Area 11.4.1. The ‘inline-size ’ property 11.4.2. The ‘shape-inside ’ property 11.4.3. The ‘shape-subtract ’ property 11.4.4. The ‘shape-image-threshold ’ property 11.4.5. The ‘shape-margin ’ property 11.4.6. The ‘shape-padding ’ property 11.5. Text layout – Algorithm 11.6. Pre-formatted text 11.6.1. Multi-line text via 'white-space' 11.6.2. Repositioning Glyphs 11.7. Auto-wrapped text 11.7.1. Notes on Text Wrapping 11.7.1.1. First Line Positioning 11.7.1.2. Broken Lines 11.8. Text on a path 11.8.1. The ‘textPath’ element 11.8.2. Attributes 11.8.3. Text on a path layout rules 11.9. Text rendering order 11.10. Properties and pseudo-elements 11.10.1. SVG properties 11.10.1.1. Text alignment, the ‘text-anchor ’ property 11.10.1.2. The ‘glyph-orientation-horizontal ’ property 11.10.1.3. The ‘glyph-orientation-vertical ’ property 11.10.1.4. The ‘kerning ’ property 11.10.2. SVG adaptions 11.10.2.1. The ‘font-variant ’ property 11.10.2.2. The ‘line-height ’ property 11.10.2.3. The ‘writing-mode ’ property 11.10.2.4. The ‘direction ’ property 11.10.2.5. The ‘dominant-baseline ’ property 11.10.2.6. The ‘alignment-baseline ’ property 11.10.2.7. The ‘baseline-shift ’ property 11.10.2.8. The ‘letter-spacing ’ property 11.10.2.9. The ‘word-spacing ’ property 11.10.2.10. The ‘text-overflow ’ property 11.10.3. White space 11.10.3.1. SVG 2 Preferred white space handling, the ‘white-space ’ property 11.10.3.2. Legacy white-space handling, the ‘xml:space ’ property 11.10.3.3. Duplicate white-space directives 11.11. Text decoration 11.11.1. The ‘text-decoration-fill ’
and ‘text-decoration-stroke ’ properties 11.12. Text selection and clipboard operations 11.12.1. Text selection implementation notes 11.13. DOM interfaces 11.13.1. Interface SVGTextContentElement 11.13.2. Interface SVGTextPositioningElement 11.13.3. Interface SVGTextElement 11.13.4. Interface SVGTSpanElement 11.13.5. Interface SVGTextPathElement 12. Embedded Content 12.1. Overview 12.2. Placement of the embedded content 12.3. The ‘image’ element 12.4. HTML elements in SVG subtrees 12.5. The ‘foreignObject’ element 12.6. DOM interfaces 12.6.1. Interface SVGImageElement 12.6.2. Interface SVGForeignObjectElement 13. Painting: Filling, Stroking and Marker Symbols 13.1. Introduction 13.1.1. Definitions 13.2. Specifying paint 13.3. The effect of the ‘color ’ property 13.4. Fill properties 13.4.1. Specifying fill paint: the ‘fill ’ property 13.4.2. Winding rule: the ‘fill-rule ’
property 13.4.3. Fill paint opacity: the ‘fill-opacity ’
property 13.5. Stroke properties 13.5.1. Specifying stroke paint: the ‘stroke ’
property 13.5.2. Stroke paint opacity: the ‘stroke-opacity ’
property 13.5.3. Stroke width: the ‘stroke-width ’
property 13.5.4. Drawing caps at the ends of strokes: the ‘stroke-linecap ’
property 13.5.5. Controlling line joins: the ‘stroke-linejoin ’
and ‘stroke-miterlimit ’ properties 13.5.6. Dashing strokes: the ‘stroke-dasharray ’ and
‘stroke-dashoffset ’ properties 13.5.7. Computing the shape of the stroke 13.5.8. Computing the circles for the arcs
'stroke-linejoin' 13.5.9. Adjusting the circles for the arcs
'stroke-linejoin' when the initial circles do not intersect 13.6. Vector effects 13.7. Markers 13.7.1. The ‘marker’ element 13.7.2. Vertex markers: the ‘marker-start ’,
‘marker-mid ’ and ‘marker-end ’
properties 13.7.3. Marker shorthand: the ‘marker ’
property 13.7.4. Rendering markers 13.8. Controlling paint operation order: the
‘paint-order ’ property 13.9. Color space for interpolation: the
‘color-interpolation ’ property 13.10. Rendering hints 13.10.1. The ‘color-rendering ’ property 13.10.2. The ‘shape-rendering ’ property 13.10.3. The ‘text-rendering ’ property 13.10.4. The ‘image-rendering ’ property 13.11. The effect of the
‘will-change ’ property 13.12. DOM interfaces 13.12.1. Interface SVGMarkerElement 14. Paint Servers: Gradients and Patterns 14.1. Introduction 14.1.1. Using paint servers as templates 14.2. Gradients 14.2.1. Definitions 14.2.2. Linear gradients 14.2.2.1. Attributes 14.2.2.2. Notes on linear gradients 14.2.3. Radial gradients 14.2.3.1. Attributes 14.2.3.2. Notes on radial gradients 14.2.4. Gradient stops 14.2.4.1. Attributes 14.2.4.2. Properties 14.2.4.3. Notes on gradient stops 14.3. Patterns 14.3.1. Attributes 14.3.2. Notes on patterns 14.4. DOM interfaces 14.4.1. Interface SVGGradientElement 14.4.2. Interface SVGLinearGradientElement 14.4.3. Interface SVGRadialGradientElement 14.4.4. Interface SVGStopElement 14.4.5. Interface SVGPatternElement 15. Scripting and Interactivity 15.1. Introduction 15.2. Supported events 15.2.1. Relationship with UI Events 15.3. User interface events 15.4. Pointer events 15.5. Hit-testing and processing order for user interface events 15.5.1. Hit-testing 15.5.2. Event processing 15.6. The ‘pointer-events ’ property 15.7. Magnification and panning 15.8. Focus 15.9. Event attributes 15.9.1. Animation event attributes 15.10. The ‘script’ element 15.11. DOM interfaces 15.11.1. Interface SVGScriptElement 16. Linking 16.1. References 16.1.1. Overview 16.1.2. Definitions 16.1.3. URLs and URIs 16.1.4. Syntactic forms: URL and <url> 16.1.5. URL reference attributes 16.1.6. Deprecated XLink URL reference attributes 16.1.7. Processing of URL references 16.1.7.1. Generating the absolute URL 16.1.7.2. Fetching the document 16.1.7.3. Processing the subresource document 16.1.7.4. Identifying the target element 16.1.7.5. Valid URL targets 16.2. Links out of SVG content: the ‘a’ element 16.3. Linking into SVG content: URL fragments and SVG views 16.3.1. SVG fragment identifiers 16.3.2. SVG fragment identifiers definitions 16.3.3. Predefined views: the ‘view’ element 16.4. DOM interfaces 16.4.1. Interface SVGAElement 16.4.2. Interface SVGViewElement Appendix A: IDL Definitions Appendix B: Implementation Notes B.1. Introduction B.2. Elliptical arc parameter conversion B.2.1. Elliptical arc endpoint syntax B.2.2. Parameterization alternatives B.2.3. Conversion from center to endpoint parameterization B.2.4. Conversion from endpoint to center parameterization B.2.5. Correction of out-of-range radii B.3. Notes on generating high-precision geometry Appendix C: Accessibility Support C.1. SVG Accessibility Features C.2. Supporting SVG Accessibility Specifications and Guidelines Appendix D: Animating SVG Documents Appendix E: References E.1. Normative references E.2. Informative references Appendix F: Element Index Appendix G: Attribute Index G.1. Regular attributes G.2. Presentation attributes Appendix H: Property Index Appendix I: IDL Index Appendix J: Media Type Registration for image/svg+xml J.1.
Introduction
J.2.
Registration of media type image/svg+xml
Appendix K: Changes from SVG 1.1 K.1. Editorial changes K.2. Substantial changes K.2.1. Across the whole document K.2.2. Concepts chapter (SVG 1.1 only) K.2.3. Conformance Criteria chapter (Appendix in SVG 1.1) K.2.4. Rendering Model chapter K.2.5. Basic Data Types and Interfaces chapter K.2.6. Document Structure chapter K.2.7. Styling chapter K.2.8. Geometry Properties chapter (SVG 2 only) K.2.9. Coordinate Systems, Transformations and Units chapter K.2.10. Paths chapter K.2.11. Basic Shapes chapter K.2.12. Text chapter K.2.13. Embedded Content chapter (SVG 2 only) K.2.14. Painting chapter K.2.15. Color chapter (SVG 1.1 only) K.2.16. Paint Servers chapter (called Gradients and Patterns in SVG 1.1) K.2.17. Clipping, Masking and Compositing chapter (SVG 1.1 only) K.2.18. Filter Effects chapter (SVG 1.1 only) K.2.19. Scripting and Interactivity chapter (separate chapters in SVG 1.1) K.2.20. Linking chapter K.2.21. Scripting chapter (in SVG 1.1) K.2.22. Animation chapter (SVG 1.1 only) K.2.23. Fonts chapter (SVG 1.1 only) K.2.24. Metadata chapter (SVG 1.1 only) K.2.25. Backwards Compatibility chapter (SVG 1.1 only) K.2.26. Extensibility chapter (SVG 1.1 only) K.2.27. Document Type Definition appendix (SVG 1.1 only) K.2.28. SVG Document Object Model (DOM)(SVG 1.1 Only) K.2.29. IDL Definitions appendix K.2.30. Java Language Binding appendix (SVG 1.1 only) K.2.31. ECMAScript Language Binding appendix (SVG 1.1 only) K.2.32. Implementation Notes appendix (was Implementation Requirements in SVG 1.1) K.2.33. Accessibility Support appendix K.2.34. Internationalization Support appendix (SVG 1.1 only) K.2.35. Minimizing SVG File Sizes appendix (SVG 1.1 only) K.2.36. Animating SVG Documents appendix (SVG 2 only) K.2.37. References appendix K.2.38. Elmenent, Attribute, and Property index appendices K.2.39. IDL Index appendix (SVG 2 only) K.2.40. Feature Strings (SVG 1.1 only)
Acknowledgments
The SVG Working Group would like to thank the following people for
contributing to this specification with patches or by participating in discussions
that resulted in changes to the document:
David Dailey,
Eric Eastwood,
Jarek Foksa,
Daniel Holbert,
Paul LeBeau,
Robert Longson,
Henri Manson,
Ms2ger,
Kari Pihkala,
Philip Rogers,
David Zbarsky.
In addition, the SVG Working Group would like to acknowledge the
contributions of the editors and authors of the previous versions
of SVG – as much of the text in this document derives from these
earlier specifications – including:
Patrick Dengler, Microsoft Corporation (Version 1.1 Second Edition)
Jon Ferraiolo, ex Adobe Systems (Versions 1.0 and 1.1 First Edition; until 10 May 2006)
Anthony Grasso, ex Canon Inc. (Version 1.1 Second Edition)
Dean Jackson, ex W3C (Version 1.1 First Edition; until February 2007)
藤沢 淳 (FUJISAWA Jun), Canon Inc. (Version 1.1 First Edition)
Finally, the SVG Working Group would like to acknowledge the
great many people outside of the SVG Working Group who help with the
process of developing the SVG specifications. These people are too
numerous to list individually. They include but are not limited to
the early implementers of the SVG 1.0 and 1.1 languages (including
viewers, authoring tools, and server-side transcoders), developers of
SVG content, people who have contributed on the www-svg@w3.org and
svg-developers@yahoogroups.com email lists, other Working Groups at the
W3C, and the W3C Team. SVG 1.1 is truly a cooperative effort between
the SVG Working Group, the rest of the W3C, and the public and benefits
greatly from the pioneering work of early implementers and content
developers, feedback from the public, and help from the W3C team.