# /=====================================================================\
# | LaTeXML-classes.rnc |
# | Document Type for LaTeXML generated documents |
# |=====================================================================|
# | Part of LaTeXML: |
# | Public domain software, produced as part of work done by the |
# | United States Government & not subject to copyright in the US. |
# |=====================================================================|
# | Bruce Miller <bruce.miller@nist.gov> #_# |
# \=========================================================ooo==U==ooo=/
namespace nonamespace = ""
# Basic element classes:
## All strictly inline elements.
Inline.class = notAllowed
## All `physical' block elements.
## A physical block is typically displayed as a block, but
## may not constitute a complete logical unit.
Block.class = notAllowed
## Additional miscellaneous elements that can appear in
## both inline and block contexts.
Misc.class = notAllowed
## All logical block level elements.
## A logical block typically contains one or more physical block elements.
## For example, a common situation might be \elementref{p},\elementref{equation},\elementref{p},
## where the entire sequence comprises a single sentence.
Para.class = notAllowed
## All metadata elements, typically representing hidden data.
Meta.class = notAllowed
# ======================================================================
# Attribute types
## The type for attributes specifying a length.
## Should be a number followed by a length, typically px.
## NOTE: To be narrowed later.
Length.type = text
## The type for attributes specifying a color.
## NOTE: To be narrowed later.
Color.type = text
# ======================================================================
## Attributes in foreign namespaces
Foreign.attributes =
attribute * - (nonamespace:* | xml:*) { text } *
# Oddly, we have to exclude xml, else we allow xml:id everywhere!
# Alternatively, we have to exclude every specific xml attribute!!!
## Attributes shared by ALL elements.
Common.attributes =
# ## provides for namespace declaration.
# attribute xmlns { text }?,
## Allow foreign namespaced attributes
Foreign.attributes,
## a space separated list of tokens, as in CSS.
## The \attr{class} can be used to add differentiate different instances of elements
## without introducing new element declarations.
## However, this generally shouldn't be used for deep semantic distinctions.
## This attribute is carried over to HTML and can be used for CSS selection.
## [Note that the default XSLT stylesheets for html and xhtml
## add the latexml element names to the class of html elements
## for more convenience in using CSS.]
attribute class { xsd:NMTOKENS }?,
## CSS styling rules.
## These will only be effective when the target system supports CSS.
attribute cssstyle { text }?,
RDF.attributes,
## Language attribute
attribute xml:lang { text }?
## Attributes for elements that can be cross-referenced
## from inside or outside the document.
ID.attributes =
## the unique identifier of the element,
## usually generated automatically by the latexml.
attribute xml:id { xsd:ID }?,
## a "fragment identifier" derived from the \attr{xml:id}
## relative to a page split from the complete document.
## This is used internally and may go away some day.
attribute fragid { text }?
## Attributes for elements that can cross-reference other elements.
IDREF.attributes =
## the identifier of the referred-to element.
attribute idref { xsd:IDREF }?
## Attributes for items that can be put into lists, like index, table of contents.
Listable.attributes =
## Records which lists, such as toc=table of contents,..., this object could be listed in.
## Space separated set of toc, lof, lot, etc.
attribute inlist { text }?
## Attributes for items that create lists, like index, table of contents.
Listing.attributes =
## Records which lists, such as toc(=table of contents), this object should create a list of.
## Space separated set of toc, lof, lot, etc.
attribute lists { text }?
## Attributes for elements that can be labelled from within LaTeX.
## These attributes deal with assigning a label and generating cross references.
## The label migrates to an \attr{xml:id} and \attr{href} and the element
## can serve as a hypertext target.
Labelled.attributes =
ID.attributes,
Listable.attributes,
## Records the various labels that LaTeX uses for crossreferencing.
## (note that \cs{label} can associate more than one label with an object!)
## It consists of space separated labels for the element.
## The \cs{label} macro provides the label prefixed by \texttt{LABEL:};
## Spaces in a label are replaced by underscore.
## Other mechanisms (like acro?) might use other prefixes (but \texttt{ID:} is reserved!)
attribute labels { text }?
## Attributes for elements that can be referred to from within LaTeX.
## Such elements may serve as the starting point of a hypertext link.
## The reference can be made using \attr{label}, \attr{xml:id} or \attr{href};
## these attributes will be converted, as needed, from the former to the latter.
Refable.attributes =
IDREF.attributes,
## reference to a LaTeX labelled object;
## See the \attr{labels} attribute of \patternref{Labelled.attributes}.
attribute labelref { text }?,
## reference to an arbitrary url.
attribute href { text }?
## Attributes for elements that contain (indirectly) text whose font can be specified.
Fontable.attributes =
## Indicates the font to use. It consists of a space separated sequence
## of values representing the
## family (\texttt{serif}, \texttt{sansserif}, \texttt{math}, \texttt{typewriter},
## \texttt{caligraphic}, \texttt{fraktur}, \texttt{script}, \ldots),
## series (\texttt{medium}, \texttt{bold}, \ldots),
## and shape (\texttt{upright}, \texttt{italic}, \texttt{slanted}, \texttt{smallcaps}, \ldots).
## Only the values differing from the current context are given.
## Each component is open-ended, for extensibility; it is thus unclear
## whether unknown values specify family, series or shape.
## In postprocessing, these values are carried to the \attr{class} attribute,
## and can thus be effected by CSS.
attribute font { text }?,
## Indicates the text size to use, as a length, as in CSS.
## Normally, this should be a percentage value relative to the containing element.
attribute fontsize { Length.type }?
## Attributes for elements that draw something, text or otherwise, that can be colored.
Colorable.attributes =
## the color to use (for foreground material); any CSS compatible color specification.
## In postprocessing, these values are carried to the \attr{class} attribute,
## and can thus be effected by CSS.
attribute color { text }?,
## the opacity of foreground material; a number between 0 and 1.
attribute opacity { xsd:float }?
## Attributes for elements that take up space and make sense to have a background color.
## This is independent of the colors of any things that it may draw.
Backgroundable.attributes =
## the color to use for the background of the element; any CSS compatible color specification.
## In postprocessing, these values are carried to the \attr{class} attribute,
## and can thus be effected by CSS; the background will presumably
## correspond to a bounding rectangle, but is determined by the CSS rendering engine.
attribute backgroundcolor { text }?,
## the kind of frame or outline for the box.
attribute framed { "rectangle" | "underline" | text }?,
## the color of the frame or outlie for the box.
attribute framecolor { text }?
## Attributes shared by low-level, generic inline and block elements
## that can be sized or shifted.
Positionable.attributes =
## the desired width of the box
attribute width { Length.type }?,
## the desired height of the box
attribute height { Length.type }?,
## the desired depth of the box
attribute depth { Length.type }?,
## horizontal shift the position of the box.
attribute xoffset { Length.type }?,
## vertical shift the position of the box.
attribute yoffset { Length.type }?,
## alignment of material within the box.
attribute align { "left" | "center" | "right" | "justified" }?,
## specifies which line of the box is aligned to the baseline of the containing object.
## The default is baseline.
attribute vattach { "top" | "middle" | "bottom" | "baseline" }?,
## the horizontal floating placement parameter that determines where the object is displayed.
attribute float { ( "right" | "left" | text) }?
## Attributes shared by (hopefully few) elements that can be transformed.
## Such elements should also have Positionable.attributes.
## Transformation order of an individual element is assumed to be
## translate, scale, rotate; wrap elements to achieve different orders.
## Attributes \attr{innerwidth}, \attr{innerheight} and \attr{innerdepth} describe
## the size of the contents of the element before transformation;
## The result size would be encoded in Positional.attributes.
Transformable.attributes =
## horizontal shift the position of the inner element.
attribute xtranslate { Length.type }?,
## vertical shift the position of the inner element.
attribute ytranslate { Length.type }?,
## horizontal scaling of the inner element.
attribute xscale { text }?,
## vertical scalign of the inner element.
attribute yscale { text }?,
## the rotation angle, counter-clockwise, in degrees.
attribute angle { text }?,
## the expected width of the contents of the inner element
attribute innerwidth { Length.type }?,
## the expected height of the contents of the inner element
attribute innerheight { Length.type }?,
## the expected depth of the contents of the inner element
attribute innerdepth { Length.type }?
## Attributes for elements that may be converted to image form
## during postprocessing, such as math, graphics, pictures, etc.
## Note that these attributes are generally not filled in until postprocessing,
## but that they could be init
Imageable.attributes =
## the file, possibly generated from other data.
attribute imagesrc { xsd:anyURI }?,
## the width in pixels of \attr{imagesrc}.
attribute imagewidth { xsd:nonNegativeInteger}?,
## the height in pixels of \attr{imagesrc}.
## Note that, unlike \TeX, this is the total height, including the depth (if any).
attribute imageheight { xsd:nonNegativeInteger }?,
## the depth in pixels of \attr{imagesrc}, being the location of the
## baseline of the content shown in the image.
## When displayed inilne, an image with a positive \attr{depth}
## should be shifted down relative to the baseline of neighboring material.
attribute imagedepth { xsd:integer }?,
## a description of the image
attribute description { text }?
## Attributes for RDFa (Resource Description Framework),
## The following descriptions give a short overview of the usage of the attributes,
## but see the specification for the complete details, which are sometimes complex.
RDF.attributes =
## indicates the default vocabulary
## (generally should be managed by LaTeXML and only appear on root node)
attribute vocab { text }?,
## specifies a mapping between CURIE prefixes and IRI (URI).
## (generally should be managed by LaTeXML and only appear on root node)
attribute prefix { text }?,
## indicates the subject for predicates appearing on the same or descendant nodes.
attribute about { text }?,
## gives the label for the document element that serves as the subject;
## it will be converted to \attr{aboutidref} and \attr{about} during post-processing.
attribute aboutlabelref { text }?,
## gives the id for the document element that serves as the subject;
## it will be converted to \attr{about} during post-processing.
attribute aboutidref { text }?,
## indicates the subject for predicates appearing on descendant nodes,
## and also indicates the object for predicates
## when \attr{property} appears on the same node,
## or when \attr{rel} or \attr{rev} appears on an ancestor.
attribute resource { text }?,
## gives the label for the document element that serves as the resource object;
## it will be converted to \attr{resourceidref} and \attr{resource} during post-processing.
attribute resourcelabelref { text }?,
## gives the id for the document element that serves as the resource object;
## it will be converted to \attr{resource} during post-processing.
attribute resourceidref { text }?,
## indicates the predicate and
## asserts that the subject is related by that predicate to the object.
## The subject is determined by one of \attr{about} on same node,
## \attr{resource} or \attr{typeof} on an ancestor node, or by the document root.
## The object is determined by one of \attr{resource}, \attr{href}, \attr{content}
## or \attr{typeof} on the same node, or by the text content of the node.
attribute property { text }?,
## indicates the predicate exactly as \attr{property} except that it can
## assert multiple RDF triples where the objects are the nearest descendent \attr{resource}s.
attribute rel { text }?,
## indicates the predicate exactly as \attr{rel} except that it indicates
## the reverse relationship (with subject and object swapped).
attribute rev { text }?,
## indicates the type of the \attr{resource} and thus implicitly asserts a relation
## that the object has the given type.
## Additionally, if no \attr{resource} was given on the same node,
## indicates an anonymous subject and or object exactly as \attr{resource}
attribute typeof { text }?,
## indicates the datatype of the target resource;
attribute datatype { text }?,
## indicates the content of the property to be used as the object,
## to be used instead of the content of the element itself;
attribute content { text }?
## Attributes for raw data storage
Data.attributes =
## the data itself
attribute data { text }?,
## the MIME type of the data
attribute datamimetype { text }?,
## the encoding of the data (either empty, base64, or )
attribute dataencoding { text }?,
## the suggested file name of the data
attribute dataname { text }?