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-# A RelaxNG for Open Mathematical documents (OMDoc 1.2) with LaTeXML
-# $Id: omdoc+ltxml.rnc 1884 2011-09-09 12:45:49Z kohlhase $
-# $HeadURL: https://svn.kwarc.info/repos/stex/trunk/schema/rnc/omdoc+ltxml.rnc $
-# See the documentation and examples at http://omdoc.org
-# (c) 2010 Michael Kohlhase, released under the GNU Public License (GPL)
-
-default namespace omdoc = "http://omdoc.org/ns"
-
-## we include the OMDoc Schema, but we allow the sectioning elements defined below
-## as document structuring elements as well.
-include "omdoc/omdoc.rnc" {docstruct.class = omgroup* & lechapter*}
-
-## we extend the Math Objects by the ones introduced by LaTeXML
-mobj |= grammar {
- include "LaTeXML/LaTeXML-common.rnc"
- include "LaTeXML/LaTeXML-math.rnc"
- start = Math}
-
-## we extend the model of rendering elements by XMath, and we extend the XMath there, so
-## that we can cope with piecewise and friends at the intermediate level.
-render.class |= grammar {
- include "LaTeXML/LaTeXML.rnc"
- {#XMath.class &= XMRow* & XMCell*
-# XMRow_model &= element XMTok {attribute role {xsd:string {pattern = "ID"}}}
-# XMArray_model &= element XMTok {attribute role {xsd:string {pattern = "ID"}}}
- XMTok_attributes &= parent ntn.attrib
- start = Math | \text}}
-
-## we extend the core structural classes of OMDoc with various LaTeXML counterparts. These
-## are usful, since sTeX defers to LaTeXML to generate these, and in a later pass (the
-## XSLTs) replaces them by their OMDoc counterparts. The rules below, have another
-## purpose: in the OMDoc schema (which is the primary one here, we use the & operator for
-## making classes, whereas the LaTeXML schema uses the less flexible | operator. Therefore
-## we need to construct conjunctive extensions in start macro.
-
-inline.class &= grammar {
- include "LaTeXML/LaTeXML.rnc"
- {Common.attributes &=parent id.attribs
- Inline.class = parent inline.class
- text_model = parent inline.model
- start=bibref* & break* & ref* & cite* & \text* & emph*}}
-
-plike.class &= grammar {
- include "LaTeXML/LaTeXML.rnc"
- {Common.attributes =parent id.attribs
- Inline.class = parent inline.class
- Block.class = parent plike.class
-# Flow.class = parent flow.class
- text_model = parent inline.model
- listingblock_model = parent plike.class
- start = p* & tabular* &
- equation* & equationgroup* &
- figure* & graphics* & verbatim* & listingblock* & listing* &
- itemize* & enumerate* & description*}}
-
-
-tikz = element tikz {text}
-
-## we allow various LaTeXML elements as a top-level elements,
-## they will be converted by XSLT later
-omdoc.class &= grammar {include "LaTeXML/LaTeXML.rnc" {
- Common.attributes &=parent id.attribs
- Inline.class = parent inline.class
- Block.class = parent plike.class
- Para.class = parent omdoc.class
-# Flow.class = parent flow.class
- text_model = parent inline.model
- listingblock_model = parent plike.class
- start= para* & figure* & table* & listing* &
- itemize* & enumerate* & description*}}
-
-backmatter &= grammar {include "LaTeXML/LaTeXML.rnc" {
- Common.attributes &=parent id.attribs
- Inline.class = parent inline.class
- Block.class = parent plike.class
- Para.class = parent omdoc.class
-# Flow.class = parent flow.class
- text_model = parent inline.model
- listingblock_model = parent plike.class
- start= bibliography*}}
-
-
-## we prepare some nested content models for sectioning elements
-lesubparagraph = subparagraph*
-leparagraph = paragraph* & lesubparagraph
-lesubsubsection = subsubsection* & leparagraph
-lesubsection = subsection* & lesubsubsection
-lesection = section* & lesubsection
-lechapter = chapter* & lesection
-
-## they need to be able to nest theories transparently
-theory.chapter = element theory {theory.attribs &
- metadata.class &
- omdoc.class &
- constitutive.class &
- lesection}
-theory.section = element theory {theory.attribs &
- metadata.class &
- omdoc.class &
- constitutive.class &
- lesubsection}
-theory.subsection = element theory {theory.attribs &
- metadata.class &
- omdoc.class &
- constitutive.class &
- lesubsubsection}
-theory.subsubsection = element theory {theory.attribs &
- metadata.class &
- omdoc.class &
- constitutive.class &
- leparagraph}
-theory.paragraph = element theory {theory.attribs &
- metadata.class &
- omdoc.class &
- constitutive.class &
- lesubparagraph}
-theory.subparagraph = element theory {theory.attribs &
- metadata.class &
- omdoc.class &
- constitutive.class}
-
-sectional.attribs = id.attribs
-
-## and now the elemens themselves
-chapter = element chapter {sectional.attribs &
- metadata.class &
- omdoc.class &
- theory.chapter*}
-section= element section{sectional.attribs &
- metadata.class &
- omdoc.class &
- theory.section*}
-subsection= element subsection {sectional.attribs &
- metadata.class &
- omdoc.class &
- theory.subsection*}
-subsubsection= element subsubsection {sectional.attribs &
- metadata.class &
- omdoc.class &
- theory.subsubsection*}
-paragraph= element paragraph {sectional.attribs &
- metadata.class &
- omdoc.class &
- theory.paragraph*}
-subparagraph= element subparagraph {sectional.attribs &
- metadata.class &
- omdoc.class &
- theory.subparagraph*}
-