Book 2.0

<inline-supplementary-material>

Inline Supplementary Material

Definition

An in-text link to an external file that provides supplementary information for the document, for example, an audio clip

Attributes

alternate-form-of Alternate Form of Graphic, Media Object, Etc.
content-type Type of Content
id Identifier
mime-subtype Mime Subtype
mimetype Mime Type
xlink:actuate Actuating the Link
xlink:href Href (Linking Mechanism)
xlink:role Role of the Link
xlink:show Showing the Link
xlink:title Title of the Link
xlink:type Type of Link
xmlns:xlink XLink Namespace Declaration

Related Elements

This DTD Suite contains several elements to describe non-XML material: <graphic>, <inline-graphic>, <media>, <supplementary-material>, and <inline-supplementary-material>. The elements <graphic> and <inline-graphic> are used for “still” images, i.e., photographs, diagrams, etc. The distinction between the other elements is more subtle. The element <media> should be used for movies, audio clips, or media in other formats which are intrinsic to the document’s content, that is, the media object is discussed within the document. The elements <supplementary-material> and <inline-supplementary-material> should be used for films, audio clips, or other material which enhances a document, but which is not discussed as part of the document.

Use <inline-supplementary-material> to mark up text references to supplementary material where the reference appears in the regular flow of the text and does not have a preview image or separate caption. Conversely, use <supplementary-material> for a more complicated reference, where the supplementary material resembles a figure in that it can be positioned as a floating or anchored object and may take a caption.

Model Information

Content Model

<!ELEMENT  inline-supplementary-material
                        (#PCDATA 
                         %inline-supplementary-material-elements;)*  >

Description

Any combination of:

This element may be contained in:

<aff> Affiliation; <alt-title> Alternate Title; <article-title> Article Title; <attrib> Attribution; <bold> Bold; <book-title> Book Title; <collection-name> Collection Name; <comment> Comment in a Citation; <def-head> Definition List: Definition Head; <italic> Italic; <meta-name> Metadata Data Name for Custom Metadata; <meta-value> Metadata Data Name For Custom Metadata; <monospace> Monospace Text (Typewriter Text); <named-content> Named Special (Subject) Content; <overline> Overline; <p> Paragraph; <sc> Small Caps; <strike> Strike Through; <sub> Subscript; <subtitle> Subtitle; <sup> Superscript; <td> Table Data Cell (XHTML table model); <term> Definition List: Term; <term-head> Definition List: Term Head; <th> Table Header Cell (XHTML table model); <title> Title; <trans-title> Translated Title; <underline> Underline

Tagged Example


...
<sec>
...
<p>The molecular determinants of transcription-complex stability 
and processivity are understood poorly. Several competing 
mechanistic models of RNAP function have been proposed ...</p>
<supplementary-material id="S1" 
xmlns:xlink="http://www.w3.org/1999/xlink" 
xlink:title="local_file" 
xlink:href="1471-2105-1-1-s1.pdf" 
mimetype="applicationn/pdf">
<label>Additional material</label>
<caption>
<p>Supplementary PDF file supplied by authors.</p>
</caption>
</supplementary-material>
<p>RNAPs seem to have arisen twice in evolution (see the 
<inline-supplementary-material 
xmlns:xlink="http://www.w3.org/1999/xlink" 
xlink:title="local_file" xlink:href="timeline">Timeline
</inline-supplementary-material>. A large family of multisubunit 
RNAPs includes bacterial enzymes, archeal enzymes, eukaryotic 
nuclear RNAPs, plastid-encoded chloroplast RNAPs, and RNAPs 
from some eukaryotic viruses. Members of this family exhibit 
extensive sequence and structural similarities ...</p>
</sec>
...

Module

link.ent

Book 2.0

Version of 20050107