Schema documentation for rscart38.xsd

Showing:

Attributes

Diagrams

Facets

Instances

Properties

Source

Used by

http://www.rsc.org/schema/rscart38


	Elements AAclass CCRclass MOSclass NPUclass a aat above abs abstract ack addrelt address admin-event advert aff affref agent annotation annotationgrp annotationset annref appendix appmat art-admin art-back art-body art-front art-links art-toc-entry article articleref arttitle arttoc authgrp author award-number below bi biblist biblscope biography bo board book-review box boxref byline cat catalysis chart chartref citation citauth citext citgroup citpub citref city classification cmd coden colspec commentary compname compound compoundgrp compoundref compoundset conference confgrp confname contact copyright corr-body corr-content corr-context corr-item corrigenda corrigendum country cpyrt data datagrp dataref dataset date daterange day dd dedicate def deflist denom doi editnote editor email entry eqnref eqntext equation extnl-data extnl-dataref fax figref figure flg fname fnoteref footer footnote fpage fraction fulltext funder funder-identifier funder-name fundgrp geolocation gin group head holder iay icgraphic icp ictext imx index index-entry inf info isb issn issue issue-back issue-front issue-toc issueid issueno issueref it item jnltrans journal journalcit journalref keyword license link list location logo lpage mat mathml-display mathml-inline member meta metainfo monospace month ms-id namedent-xref nameelt news-article news-item news-section no no-of-pages note numer office onlinedate org orgname overbar p pages pdt persname person phone pii plate plateref postcode previous-version printdate pubfront published publisher pubname pubplace qualifier quotation rct received resource resourcegrp resourceref resourceset role roman row sansserif scheme schemref scp sec section sercode sertitle sici stack state str subject subsect1 subsect2 subsect3 subsect4 subsect5 subsect6 subsyear subtitle sup suppinf surname table table-entry tableref tbody term textref tfoot tgroup thead title titlegrp toc-entry toc-head trans ugraphic ul underbar unknown url value volume volumeno volumeref warning who xrf xsb year


	Complex Types m_characters-only m_citation m_compounds m_date m_emph m_issue-front-and-back-matter m_journal m_org m_para-text m_simple-text m_simple-text-or-paras m_text-or-link m_text-or-paras m_text-or-sections tbl.entry.mdl tbl.hdft.mdl tbl.row.mdl tbl.table.mdl tbl.tgroup.mdl


	Simple Types emptytag yesorno


	Element Groups c_address c_box c_compounds c_edits c_emph c_eqn c_extnl-data c_font-mod c_gen c_geolocation c_graphic c_inter-para-elts c_issue-front-and-back-matter c_para-elts c_para-graphic c_ref c_tab c_text-elts titles


	Attribute Groups a_background a_country a_date a_dtd a_geo a_graphic a_id a_idrefs a_mail a_person-id a_pointer a_rating a_required-id a_required-idrefs a_required-xsrc a_role a_type a_xsrc colspec.attlist entry.attlist row.attlist table.attlist tbody.attlist tgroup.attlist thead.attlist

http://www.w3.org/1998/Math/MathML


	Elements m:DeprecatedContExp m:Differential-Operator.class m:MalignExpression m:PresentationExpression m:TableCellExpression m:TableRowExpression m:TokenExpression m:abs m:and m:annotation m:annotation-xml m:apply m:approx m:arccos m:arccosh m:arccot m:arccoth m:arccsc m:arccsch m:arcsec m:arcsech m:arcsin m:arcsinh m:arctan m:arctanh m:arg m:binary-linalg.class m:binary-logical.class m:binary-reln.class m:binary-set.class m:bind m:bvar m:card m:cartesianproduct m:cbytes m:ceiling m:cerror m:ci m:cn m:codomain m:complexes m:compose m:condition m:conjugate m:constant-arith.class m:constant-set.class m:cos m:cosh m:cot m:coth m:cs m:csc m:csch m:csymbol m:curl m:declare m:degree m:determinant m:diff m:divergence m:divide m:domain m:domainofapplication m:emptyset m:eq m:equivalent m:eulergamma m:exists m:exp m:exponentiale m:factorial m:factorof m:false m:floor m:fn m:forall m:gcd m:geq m:grad m:gt m:ident m:image m:imaginary m:imaginaryi m:implies m:in m:infinity m:int m:int.class m:integers m:intersect m:interval m:interval.class m:inverse m:lambda m:lambda.class m:laplacian m:lcm m:leq m:limit m:limit.class m:list m:ln m:log m:logbase m:lowlimit m:lt m:maction m:maligngroup m:malignmark m:math m:matrix m:matrixrow m:max m:mean m:median m:menclose m:merror m:mfenced m:mfrac m:mglyph m:mi m:min m:minus m:mlabeledtr m:mlongdiv m:mmultiscripts m:mn m:mo m:mode m:moment m:momentabout m:mover m:mpadded m:mphantom m:mprescripts m:mroot m:mrow m:ms m:mscarries m:mscarry m:msgroup m:msline m:mspace m:msqrt m:msrow m:mstack m:mstyle m:msub m:msubsup m:msup m:mtable m:mtd m:mtext m:mtr m:munder m:munderover m:nary-arith.class m:nary-constructor.class m:nary-functional.class m:nary-linalg.class m:nary-logical.class m:nary-minmax.class m:nary-reln.class m:nary-set-reln.class m:nary-set.class m:nary-setlist-constructor.class m:nary-stats.class m:naturalnumbers m:neq m:none m:not m:notanumber m:notin m:notprsubset m:notsubset m:or m:otherwise m:outerproduct m:partialdiff m:partialdiff.class m:pi m:piece m:piecewise m:plus m:power m:primes m:product m:product.class m:prsubset m:quantifier.class m:quotient m:rationals m:real m:reals m:reln m:rem m:root m:scalarproduct m:sdev m:sec m:sech m:selector m:sep m:set m:setdiff m:share m:sin m:sinh m:subset m:sum m:sum.class m:tan m:tanh m:tendsto m:times m:transpose m:true m:unary-elementary.class m:unary-functional.class m:unary-linalg.class m:unary-logical.class m:unary-set.class m:unary-veccalc.class m:union m:uplimit m:variance m:vector m:vectorproduct m:xor


	Complex Types m:ImpliedMrow m:annotation-xml.model m:apply.content m:bind.content m:ci.content m:cn.content m:csymbol.content


	Simple Types m:SymbolName m:base64 m:character m:color m:columnalignstyle m:group-alignment m:group-alignment-list m:group-alignment-list-list m:integer m:length m:linestyle m:mpadded-length m:notationstyle m:number m:positive-integer m:unsigned-integer m:verticalalign


	Element Groups m:BvarQ m:ContExp m:DomainQ m:MathExpression m:MsrowExpression m:MstackExpression m:MultiScriptExpression m:Qualifier m:binary-arith.class m:semantics m:semantics-ci m:semantics-contexp m:token.content m:unary-arith.class


	Attribute Groups m:CommonAtt m:CommonDeprecatedAtt m:CommonPresAtt m:DefEncAtt m:DeprecatedTokenAtt m:TokenAtt m:annotation.attributes m:base m:cbytes.attributes m:cd m:cerror.attributes m:ci.attributes m:ci.type m:closure m:cn.attributes m:cs.attributes m:csymbol.attributes m:maction.attributes m:maligngroup.attributes m:malignmark.attributes m:math.attributes m:math.deprecatedattributes m:menclose.attributes m:merror.attributes m:mfenced.attributes m:mfrac.attributes m:mglyph.attributes m:mglyph.deprecatedattributes m:mi.attributes m:mlabeledtr.attributes m:mlongdiv.attributes m:mmultiscripts.attributes m:mn.attributes m:mo.attributes m:mover.attributes m:mpadded.attributes m:mphantom.attributes m:mprescripts.attributes m:mroot.attributes m:mrow.attributes m:ms.attributes m:mscarries.attributes m:mscarry.attributes m:msgroup.attributes m:msline.attributes m:mspace.attributes m:msqrt.attributes m:msrow.attributes m:mstack.attributes m:mstyle.attributes m:mstyle.deprecatedattributes m:mstyle.generalattributes m:mstyle.specificattributes m:msub.attributes m:msubsup.attributes m:msup.attributes m:mtable.attributes m:mtd.attributes m:mtext.attributes m:mtr.attributes m:munder.attributes m:munderover.attributes m:name m:none.attributes m:order m:semantics.attributes m:src m:type

Resource hierarchy:

rscart38.xsd

Main schema rscart38.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	unqualified

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Imported schema mathml3.xsd

Namespace

http://www.w3.org/1998/Math/MathML

Properties

attribute form default:	unqualified
element form default:	qualified

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Included schema mathml3-content.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	qualified

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Included schema mathml3-strict-content.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	qualified

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Included schema mathml3-presentation.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	qualified

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Included schema mathml3-common.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	qualified

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Included schema class.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	unqualified

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Included schema calstab1.xsd

Namespace

http://www.rsc.org/schema/rscart38

Properties

attribute form default:	unqualified
element form default:	unqualified

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Element roman

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<roman xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</roman>

Source

<xs:element name="roman">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element ul

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_emph

Model

Children

Instance

<ul xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</ul>

Source

<xs:element name="ul">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element sup

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_emph

Model

Children

Instance

<sup xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</sup>

Source

<xs:element name="sup">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element inf

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_emph

Model

Children

Instance

<inf xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</inf>

Source

<xs:element name="inf">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element list

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_gen

Model

head{0,1} , item+

Children

head, item

Instance

<list type="" xmlns="http://www.rsc.org/schema/rscart38">
  <head>{0,1}</head>
  <item>{1,unbounded}</item>
</list>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="list">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="head" minOccurs="0"/>
      <xs:element ref="item" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

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Element head

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Elements

deflist, index, list

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<head xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</head>

Source

<xs:element name="head">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element p

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_para-text

Type hierarchy

m_para-text

Properties

content:	complex
mixed:	true

Used by

Complex Types

m_simple-text-or-paras, m_text-or-paras, tbl.entry.mdl

Elements

abstract, ack, arttitle, book-review, citext, corr-content, corr-context, dd, dedicate, entry, eqntext, footer, footnote, head, ictext, item, news-item, news-section, note, quotation, section, sertitle, subsect1, subsect2, subsect3, subsect4, subsect5, subsect6, subtitle, title, toc-entry

Model

Children

a, affref, annref, bi, bo, box, boxref, chart, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, equation, extnl-data, extnl-dataref, figref, figure, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, plate, plateref, quotation, resourceref, roman, sansserif, scheme, schemref, scp, stack, sup, table, table-entry, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<p xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
</p>

Source

<xs:element name="p">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_para-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element figure

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_graphic

Model

title{0,1}

Children

title

Instance

<figure height="" id="" pos="" prefix="prefix" width="" xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
</figure>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN		optional
id	xs:ID		required
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional
xsrc	xs:string		required

Source

<xs:element name="figure">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
    <xs:attributeGroup ref="a_graphic"/>
  </xs:complexType>
</xs:element>

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Element title

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Elements	board, chart, citation, extnl-data, figure, group, journal, journalcit, news-item, news-section, plate, scheme, section, subsect1, subsect2, subsect3, subsect4, subsect5, subsect6, table-entry, titlegrp, trans
Element Group	titles
Complex Types	m_citation, m_journal

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<title type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</title>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="title">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element scheme

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_graphic

Model

title{0,1}

Children

title

Instance

<scheme height="" id="" pos="" prefix="prefix" width="" xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
</scheme>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN		optional
id	xs:ID		required
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional
xsrc	xs:string		required

Source

<xs:element name="scheme">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
    <xs:attributeGroup ref="a_graphic"/>
  </xs:complexType>
</xs:element>

[ top ]

Element plate

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_graphic

Model

title{0,1}

Children

title

Instance

<plate height="" id="" pos="" prefix="prefix" width="" xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
</plate>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN		optional
id	xs:ID		required
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional
xsrc	xs:string		required

Source

<xs:element name="plate">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
    <xs:attributeGroup ref="a_graphic"/>
  </xs:complexType>
</xs:element>

[ top ]

Element chart

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_graphic

Model

title{0,1}

Children

title

Instance

<chart height="" id="" pos="" prefix="prefix" width="" xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
</chart>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN		optional
id	xs:ID		required
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional
xsrc	xs:string		required

Source

<xs:element name="chart">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
    <xs:attributeGroup ref="a_graphic"/>
  </xs:complexType>
</xs:element>

[ top ]

Element a

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_graphic

Model

Children

a, box, chart, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, plate, quotation, scheme, table, table-entry, ugraphic

Instance

<a xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
</a>

Attributes

QName	Type	Fixed	Default	Use	Annotation
xsrc	xs:string			optional

Source

<xs:element name="a">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="c_inter-para-elts" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_xsrc"/>
  </xs:complexType>
</xs:element>

[ top ]

Element extnl-data

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_extnl-data

Model

title{0,1}

Children

title

Instance

<extnl-data id="" xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
</extnl-data>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
xsrc	xs:string	required

Source

<xs:element name="extnl-data">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
  </xs:complexType>
</xs:element>

[ top ]

Element eqntext

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element Group	c_para-graphic
Element	equation

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<eqntext display="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</eqntext>

Attributes

QName	Type	Fixed	Default	Use	Annotation
display	restriction of xs:NMTOKEN			optional

Source

<xs:element name="eqntext">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras">
        <xs:attribute name="display">
          <xs:simpleType>
            <xs:restriction base="xs:NMTOKEN">
              <xs:enumeration value="displayed"/>
              <xs:enumeration value="inline"/>
            </xs:restriction>
          </xs:simpleType>
        </xs:attribute>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element mathml-display

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group	c_para-graphic
Element	equation

Model

m:math

Children

m:math

Instance

<mathml-display xmlns="http://www.rsc.org/schema/rscart38" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:math accent="" accentunder="" align="" alignmentscope="" altimg="" altimg-height="" altimg-valign="" altimg-width="" alttext="" bevelled="" cdgroup="" charalign="" charspacing="" class="" close="" columnalign="" columnlines="" columnspacing="" columnspan="" columnwidth="" crossout="" decimalpoint="" denomalign="" depth="" dir="" display="" displaystyle="" edge="" equalcolumns="" equalrows="" fence="" form="" frame="" framespacing="" groupalign="" height="" href="" id="" indentalign="" indentalignfirst="" indentalignlast="" indentshift="" indentshiftfirst="" indentshiftlast="" indenttarget="" infixlinebreakstyle="" largeop="" leftoverhang="" length="" linebreak="" linebreakmultchar="" linebreakstyle="" lineleading="" linethickness="" location="" longdivstyle="" lquote="" lspace="" macros="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" maxwidth="" minlabelspacing="" minsize="" mode="" movablelimits="" mslinethickness="" notation="" numalign="" open="" other="" overflow="" position="" rightoverhang="" rowalign="" rowlines="" rowspacing="" rowspan="" rquote="" rspace="" scriptlevel="" scriptminsize="" scriptsizemultiplier="" selection="" separator="" separators="" shift="" side="" stackalign="" stretchy="" style="" subscriptshift="" superscriptshift="" symmetric="" valign="" width="" xref="">{1,1}</m:math>
</mathml-display>

Source

<xs:element name="mathml-display">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="m:math"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element m:math

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Elements

mathml-display, mathml-inline

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:math accent="" accentunder="" align="" alignmentscope="" altimg="" altimg-height="" altimg-valign="" altimg-width="" alttext="" bevelled="" cdgroup="" charalign="" charspacing="" class="" close="" columnalign="" columnlines="" columnspacing="" columnspan="" columnwidth="" crossout="" decimalpoint="" denomalign="" depth="" dir="" display="" displaystyle="" edge="" equalcolumns="" equalrows="" fence="" form="" frame="" framespacing="" groupalign="" height="" href="" id="" indentalign="" indentalignfirst="" indentalignlast="" indentshift="" indentshiftfirst="" indentshiftlast="" indenttarget="" infixlinebreakstyle="" largeop="" leftoverhang="" length="" linebreak="" linebreakmultchar="" linebreakstyle="" lineleading="" linethickness="" location="" longdivstyle="" lquote="" lspace="" macros="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" maxwidth="" minlabelspacing="" minsize="" mode="" movablelimits="" mslinethickness="" notation="" numalign="" open="" other="" overflow="" position="" rightoverhang="" rowalign="" rowlines="" rowspacing="" rowspan="" rquote="" rspace="" scriptlevel="" scriptminsize="" scriptsizemultiplier="" selection="" separator="" separators="" shift="" side="" stackalign="" stretchy="" style="" subscriptshift="" superscriptshift="" symmetric="" valign="" width="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:math>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
alignmentscope	restriction of list of restriction of xs:token	optional
altimg	xs:anyURI	optional
altimg-height	m:length	optional
altimg-valign	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
altimg-width	m:length	optional
alttext		optional
bevelled	restriction of xs:token	optional
cdgroup	xs:anyURI	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
close		optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnspan	m:positive-integer	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
crossout	list of restriction of xs:token	optional
decimalpoint	m:character	optional
denomalign	restriction of xs:token	optional
depth	m:length	optional
dir	restriction of xs:token	optional
display	restriction of xs:token	optional
displaystyle	restriction of xs:token	optional
edge	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
fence	restriction of xs:token	optional
form	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
infixlinebreakstyle	restriction of xs:token	optional
largeop	restriction of xs:token	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
location	restriction of xs:token	optional
longdivstyle	restriction of xs:token	optional
lquote		optional
lspace	m:length	optional
macros	xs:string	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
maxwidth	m:length	optional
minlabelspacing	m:length	optional
minsize	m:length	optional
mode	xs:string	optional
movablelimits	restriction of xs:token	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
notation		optional
numalign	restriction of xs:token	optional
open		optional
other		optional
overflow	restriction of xs:token	optional
position	m:integer	optional
rightoverhang	m:length	optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
rowspan	m:positive-integer	optional
rquote		optional
rspace	m:length	optional
scriptlevel	m:integer	optional
scriptminsize	m:length	optional
scriptsizemultiplier	m:number	optional
selection	m:positive-integer	optional
separator	restriction of xs:token	optional
separators		optional
shift	m:integer	optional
side	restriction of xs:token	optional
stackalign	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
symmetric	restriction of xs:token	optional
valign	m:length	optional
width	m:length	optional
xref		optional

Source

<xs:element name="math">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MathExpression"/>
    <xs:attributeGroup ref="m:math.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:apply

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:apply.content

Type hierarchy

m:apply.content

Properties

content:

complex

Used by

Element Group

m:ContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:bvar, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:condition, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:degree, m:divide, m:domainofapplication, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:logbase, m:lowlimit, m:minus, m:momentabout, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class, m:uplimit

Instance

<m:apply class="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:bvar>{0,unbounded}</m:bvar>
  <m:domainofapplication>{1,1}</m:domainofapplication>
  <m:condition>{1,1}</m:condition>
  <m:lowlimit>{1,1}</m:lowlimit>
  <m:uplimit>{0,1}</m:uplimit>
  <m:degree>{1,1}</m:degree>
  <m:momentabout>{1,1}</m:momentabout>
  <m:logbase>{1,1}</m:logbase>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:apply>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="apply">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:apply.content">
        <xs:attributeGroup ref="m:CommonAtt"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:bvar

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:BvarQ

Model

m:ci | (m:semantics) | m:degree

Children

m:ci, m:degree, m:semantics

Instance

<m:bvar xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:degree>{1,1}</m:degree>
</m:bvar>

Source

<xs:element name="bvar">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:choice>
        <xs:element ref="m:ci"/>
        <xs:group ref="m:semantics-ci"/>
      </xs:choice>
      <xs:element ref="m:degree"/>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element m:ci

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Elements	m:bvar, m:semantics-ci/m:semantics
Element Group	m:ContExp

Model

m:mglyph | m:PresentationExpression

Children

m:PresentationExpression, m:mglyph

Instance

<m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
</m:ci>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:element name="ci">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="m:mglyph"/>
      <xs:element ref="m:PresentationExpression"/>
    </xs:choice>
    <xs:attributeGroup ref="m:ci.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mglyph

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Elements	m:ci, m:cn, m:csymbol
Complex Types	m:ci.content, m:cn.content, m:csymbol.content
Element Group	m:token.content

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
alt		optional
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
index	m:integer	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
src	xs:anyURI	optional
style	xs:string	optional
valign	m:length	optional
width	m:length	optional
xref		optional

Source

<xs:element name="mglyph">
  <xs:complexType>
    <xs:attributeGroup ref="m:mglyph.attributes"/>
    <xs:attributeGroup ref="m:mglyph.deprecatedattributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:PresentationExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:mi
m:mn
m:mo
m:mtext
m:mspace
m:ms
m:malignmark
m:maligngroup
m:mrow
m:mfrac
m:msqrt
m:mroot
m:mstyle
m:merror
m:mpadded
m:mphantom
m:mfenced
m:menclose
m:msub
m:msup
m:msubsup
m:munder
m:mover
m:munderover
m:mmultiscripts
m:mtable
m:mstack
m:mlongdiv
m:maction

Used by

Elements	m:ci, m:cn, m:csymbol
Element Group	m:MathExpression
Complex Types	m:ci.content, m:cn.content, m:csymbol.content

Source

<xs:element name="PresentationExpression" abstract="true"/>

[ top ]

Element m:semantics-ci / m:semantics

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Model

(m:ci | (m:semantics)) , (m:annotation | m:annotation-xml)

Children

m:annotation, m:annotation-xml, m:ci, m:semantics

Instance

<m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:annotation cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="">{1,1}</m:annotation>
  <m:annotation-xml cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="">{1,1}</m:annotation-xml>
</m:semantics>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="semantics">
  <xs:complexType>
    <xs:sequence>
      <xs:choice>
        <xs:element ref="m:ci"/>
        <xs:group ref="m:semantics-ci"/>
      </xs:choice>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="m:annotation"/>
        <xs:element ref="m:annotation-xml"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="m:semantics.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:annotation

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Used by

Elements

m:semantics-ci/m:semantics, m:semantics-contexp/m:semantics, m:semantics/m:semantics

Model

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
src	xs:anyURI	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="annotation">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="m:annotation.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:annotation-xml

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:annotation-xml.model

Type hierarchy

m:annotation-xml.model

Properties

content:

complex

Used by

Elements

m:semantics-ci/m:semantics, m:semantics-contexp/m:semantics, m:semantics/m:semantics

Model

Children

Instance

<m:annotation-xml cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:annotation-xml>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
src	xs:anyURI	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="annotation-xml">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:annotation-xml.model">
        <xs:attributeGroup ref="m:annotation.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:degree

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group	m:Qualifier
Element	m:bvar

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:degree xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:degree>

Source

<xs:element name="degree">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:bind

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:bind.content

Type hierarchy

m:apply.content
- m:bind.content

Properties

content:

complex

Used by

Element Group

m:ContExp

Model

Children

Instance

<m:bind class="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:bvar>{0,unbounded}</m:bvar>
  <m:domainofapplication>{1,1}</m:domainofapplication>
  <m:condition>{1,1}</m:condition>
  <m:lowlimit>{1,1}</m:lowlimit>
  <m:uplimit>{0,1}</m:uplimit>
  <m:degree>{1,1}</m:degree>
  <m:momentabout>{1,1}</m:momentabout>
  <m:logbase>{1,1}</m:logbase>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:bind>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="bind">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:bind.content">
        <xs:attributeGroup ref="m:CommonAtt"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:domainofapplication

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:DomainQ

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:domainofapplication xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:domainofapplication>

Source

<xs:element name="domainofapplication">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:cn

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:ContExp

Model

m:mglyph | m:sep | m:PresentationExpression

Children

m:PresentationExpression, m:mglyph, m:sep

Instance

<m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:sep>{1,1}</m:sep>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
</m:cn>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:element name="cn">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="m:mglyph"/>
      <xs:element ref="m:sep"/>
      <xs:element ref="m:PresentationExpression"/>
    </xs:choice>
    <xs:attributeGroup ref="m:csymbol.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:sep

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element	m:cn
Complex Type	m:cn.content

Source

<xs:element name="sep">
  <xs:complexType/>
</xs:element>

[ top ]

Element m:csymbol

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group	m:ContExp
Element	m:cerror

Model

m:mglyph | m:PresentationExpression

Children

m:PresentationExpression, m:mglyph

Instance

<m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
</m:csymbol>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:element name="csymbol">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="m:mglyph"/>
      <xs:element ref="m:PresentationExpression"/>
    </xs:choice>
    <xs:attributeGroup ref="m:csymbol.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:cbytes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:base64

Type hierarchy

xs:base64Binary
- m:base64

Properties

content:

complex

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="cbytes">
  <xs:complexType>
    <xs:simpleContent>
      <xs:extension base="m:base64">
        <xs:attributeGroup ref="m:cbytes.attributes"/>
      </xs:extension>
    </xs:simpleContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:cerror

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:ContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:cerror class="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:cerror>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="cerror">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="m:csymbol"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:cerror.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:cs

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Used by

Element Group

m:ContExp

Model

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="cs">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="m:cs.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:share

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
src	xs:anyURI	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="share">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:src"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:piecewise

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:ContExp

Model

m:piece | m:otherwise

Children

m:otherwise, m:piece

Instance

<m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:piece class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piece>
  <m:otherwise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:otherwise>
</m:piecewise>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="piecewise">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="m:piece"/>
      <xs:element ref="m:otherwise"/>
    </xs:choice>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:piece

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element

m:piecewise

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:piece class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:piece>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="piece">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:ContExp"/>
      <xs:group ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:otherwise

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element

m:piecewise

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:otherwise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:otherwise>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="otherwise">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:DeprecatedContExp

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:reln
m:fn
m:declare

Used by

Element Group

m:ContExp

Source

<xs:element name="DeprecatedContExp" abstract="true"/>

[ top ]

Element m:interval.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:interval

Used by

Element Group

m:ContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:interval.class>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
closure		optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="interval.class" abstract="true">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:ContExp"/>
      <xs:group ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
    <xs:attribute name="closure"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:unary-functional.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:inverse
m:ident
m:domain
m:codomain
m:image
m:ln
m:log
m:moment

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="unary-functional.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:lambda.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:lambda

Used by

Element Group

m:ContExp

Model

m:bvar* , (m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1})) , (m:apply | m:bind | m:ci | m:cn | m:csymbol | m:cbytes | m:cerror | m:cs | m:share | m:piecewise | m:DeprecatedContExp | m:interval.class | m:unary-functional.class | m:lambda.class | m:nary-functional.class | m:quotient | m:divide | m:minus | m:power | m:rem | m:root | m:factorial | m:abs | m:conjugate | m:arg | m:real | m:imaginary | m:floor | m:ceiling | m:exp | m:nary-minmax.class | m:nary-arith.class | m:nary-logical.class | m:unary-logical.class | m:binary-logical.class | m:quantifier.class | m:nary-reln.class | m:binary-reln.class | m:int.class | m:Differential-Operator.class | m:partialdiff.class | m:unary-veccalc.class | m:nary-setlist-constructor.class | m:nary-set.class | m:binary-set.class | m:nary-set-reln.class | m:unary-set.class | m:sum.class | m:product.class | m:limit.class | m:unary-elementary.class | m:nary-stats.class | m:nary-constructor.class | m:unary-linalg.class | m:nary-linalg.class | m:binary-linalg.class | m:constant-set.class | m:constant-arith.class)

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:bvar, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:condition, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:domainofapplication, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:lowlimit, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class, m:uplimit

Instance

<m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:bvar>{0,unbounded}</m:bvar>
  <m:domainofapplication>{1,1}</m:domainofapplication>
  <m:condition>{1,1}</m:condition>
  <m:lowlimit>{1,1}</m:lowlimit>
  <m:uplimit>{0,1}</m:uplimit>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:lambda.class>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="lambda.class" abstract="true">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:BvarQ"/>
      <xs:group ref="m:DomainQ"/>
      <xs:group ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-functional.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:compose

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-functional.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:quotient

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:binary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="quotient">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:divide

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:binary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="divide">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:minus

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:binary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="minus">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:power

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:binary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="power">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:rem

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:binary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="rem">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:root

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:binary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="root">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:factorial

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="factorial">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:abs

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="abs">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:conjugate

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="conjugate">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:arg

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="arg">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:real

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="real">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:imaginary

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="imaginary">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:floor

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="floor">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:ceiling

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="ceiling">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:exp

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:unary-arith.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="exp">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-minmax.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:max
m:min

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-minmax.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-arith.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:plus
m:times
m:gcd
m:lcm

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-arith.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-logical.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:and
m:or
m:xor

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-logical.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:unary-logical.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:not

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="unary-logical.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:binary-logical.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:implies
m:equivalent

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="binary-logical.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:quantifier.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:forall
m:exists

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="quantifier.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-reln.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:eq
m:gt
m:lt
m:geq
m:leq

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-reln.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:binary-reln.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:neq
m:approx
m:factorof
m:tendsto

Used by

Element Group

m:ContExp

Source

<xs:element name="binary-reln.class" abstract="true"/>

[ top ]

Element m:int.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:int

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="int.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:Differential-Operator.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:diff

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="Differential-Operator.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:partialdiff.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:partialdiff

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="partialdiff.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:unary-veccalc.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="unary-veccalc.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-setlist-constructor.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:set
m:list

Used by

Element Group

m:ContExp

Source

<xs:element name="nary-setlist-constructor.class" abstract="true"/>

[ top ]

Element m:nary-set.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-set.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:binary-set.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="binary-set.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-set-reln.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:subset
m:prsubset

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-set-reln.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:unary-set.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:card

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="unary-set.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:sum.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:sum

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="sum.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:product.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:product

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="product.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:limit.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:limit

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="limit.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:unary-elementary.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:sin
m:cos
m:tan
m:sec
m:csc
m:cot
m:sinh
m:cosh
m:tanh
m:sech
m:csch
m:coth
m:arcsin
m:arccos
m:arctan
m:arccosh
m:arccot
m:arccoth
m:arccsc
m:arccsch
m:arcsec
m:arcsech
m:arcsinh
m:arctanh

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="unary-elementary.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-stats.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:mean
m:sdev
m:variance
m:median
m:mode

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-stats.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-constructor.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:bvar, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:condition, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:domainofapplication, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:lowlimit, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class, m:uplimit

Instance

<m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:bvar>{0,unbounded}</m:bvar>
  <m:domainofapplication>{1,1}</m:domainofapplication>
  <m:condition>{1,1}</m:condition>
  <m:lowlimit>{1,1}</m:lowlimit>
  <m:uplimit>{0,1}</m:uplimit>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:nary-constructor.class>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-constructor.class" abstract="true">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:BvarQ"/>
      <xs:group ref="m:DomainQ"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:unary-linalg.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:determinant
m:transpose

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="unary-linalg.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:nary-linalg.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

m:selector

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="nary-linalg.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:binary-linalg.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="binary-linalg.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:constant-set.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="constant-set.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:constant-arith.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
abstract:	true

Substitution Group

Used by

Element Group

m:ContExp

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="constant-arith.class" abstract="true">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:condition

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:DomainQ

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:condition xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:condition>

Source

<xs:element name="condition">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:lowlimit

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:DomainQ

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:lowlimit xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:lowlimit>

Source

<xs:element name="lowlimit">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:uplimit

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:DomainQ

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:uplimit xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:uplimit>

Source

<xs:element name="uplimit">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:momentabout

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:Qualifier

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:momentabout xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:momentabout>

Source

<xs:element name="momentabout">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:logbase

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:Qualifier

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:logbase xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:logbase>

Source

<xs:element name="logbase">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:semantics / m:semantics

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:annotation, m:annotation-xml, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:annotation cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="">{1,1}</m:annotation>
  <m:annotation-xml cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="">{1,1}</m:annotation-xml>
</m:semantics>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="semantics">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="m:annotation"/>
        <xs:element ref="m:annotation-xml"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="m:semantics.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element mathml-inline

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group	c_para-graphic
Element	equation

Model

m:math

Children

m:math

Instance

<mathml-inline xmlns="http://www.rsc.org/schema/rscart38" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:math accent="" accentunder="" align="" alignmentscope="" altimg="" altimg-height="" altimg-valign="" altimg-width="" alttext="" bevelled="" cdgroup="" charalign="" charspacing="" class="" close="" columnalign="" columnlines="" columnspacing="" columnspan="" columnwidth="" crossout="" decimalpoint="" denomalign="" depth="" dir="" display="" displaystyle="" edge="" equalcolumns="" equalrows="" fence="" form="" frame="" framespacing="" groupalign="" height="" href="" id="" indentalign="" indentalignfirst="" indentalignlast="" indentshift="" indentshiftfirst="" indentshiftlast="" indenttarget="" infixlinebreakstyle="" largeop="" leftoverhang="" length="" linebreak="" linebreakmultchar="" linebreakstyle="" lineleading="" linethickness="" location="" longdivstyle="" lquote="" lspace="" macros="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" maxwidth="" minlabelspacing="" minsize="" mode="" movablelimits="" mslinethickness="" notation="" numalign="" open="" other="" overflow="" position="" rightoverhang="" rowalign="" rowlines="" rowspacing="" rowspan="" rquote="" rspace="" scriptlevel="" scriptminsize="" scriptsizemultiplier="" selection="" separator="" separators="" shift="" side="" stackalign="" stretchy="" style="" subscriptshift="" superscriptshift="" symmetric="" valign="" width="" xref="">{1,1}</m:math>
</mathml-inline>

Source

<xs:element name="mathml-inline">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="m:math"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element quotation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element Group

c_para-graphic

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<quotation display="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</quotation>

Attributes

QName	Type	Fixed	Default	Use	Annotation
display	restriction of xs:NMTOKEN			optional

Source

<xs:element name="quotation">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras">
        <xs:attribute name="display">
          <xs:simpleType>
            <xs:restriction base="xs:NMTOKEN">
              <xs:enumeration value="displayed"/>
              <xs:enumeration value="inline"/>
            </xs:restriction>
          </xs:simpleType>
        </xs:attribute>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element ugraphic

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Groups	c_compounds, c_para-graphic
Elements	equation, logo, table-entry

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
display	restriction of xs:NMTOKEN		optional
height	xs:NMTOKEN		optional
id	xs:ID		required
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional
xsrc	xs:string		required

Source

<xs:element name="ugraphic">
  <xs:complexType>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
    <xs:attributeGroup ref="a_graphic"/>
    <xs:attribute name="display">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="displayed"/>
          <xs:enumeration value="inline"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
  </xs:complexType>
</xs:element>

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Element equation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_eqn

Model

no{0,1} , (eqntext | ugraphic | mathml-inline | mathml-display)

Children

eqntext, mathml-display, mathml-inline, no, ugraphic

Instance

<equation id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <eqntext display="">{1,1}</eqntext>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <mathml-inline>{1,1}</mathml-inline>
  <mathml-display>{1,1}</mathml-display>
</equation>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:element name="equation">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:choice>
        <xs:element ref="eqntext"/>
        <xs:element ref="ugraphic"/>
        <xs:element ref="mathml-inline"/>
        <xs:element ref="mathml-display"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
  </xs:complexType>
</xs:element>

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Element no

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Elements

appendix, citgroup, conference, equation, section, subsect1, subsect2, subsect3, subsect4, subsect5, subsect6

Model

Children

Instance

<no xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</no>

Source

<xs:element name="no">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element box

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_box

Model

section

Children

section

Instance

<box height="" id="" pos="" tint="" width="" xmlns="http://www.rsc.org/schema/rscart38">
  <section id="" type="">{1,1}</section>
</box>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN	optional
id	xs:ID	required
pos	restriction of xs:NMTOKEN	optional
tint	xs:NMTOKEN	optional
width	xs:NMTOKEN	optional

Source

<xs:element name="box">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="section"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attribute name="height" type="xs:NMTOKEN"/>
    <xs:attribute name="width" type="xs:NMTOKEN"/>
    <xs:attribute name="tint" type="xs:NMTOKEN"/>
    <xs:attribute name="pos">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="fixed"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
  </xs:complexType>
</xs:element>

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Element section

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements	advert, appendix, art-back, art-body, biography, box, info
Complex Type	m_text-or-sections

Model

no{0,1} , title{0,1} , (p | figure | scheme | plate | chart | a | extnl-data | eqntext | mathml-display | mathml-inline | quotation | ugraphic | equation | box | table-entry | table) , deflist* , subsect1*

Children

a, box, chart, deflist, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, no, p, plate, quotation, scheme, subsect1, table, table-entry, title, ugraphic

Instance

<section id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
  <subsect1 id="">{0,unbounded}</subsect1>
</section>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
type	xs:string	optional

Source

<xs:element name="section">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="subsect1" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

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Element deflist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

section, subsect1, subsect2, subsect3, subsect4, subsect5, subsect6

Model

head{0,1} , def+

Children

def, head

Instance

<deflist xmlns="http://www.rsc.org/schema/rscart38">
  <head>{0,1}</head>
  <def>{1,unbounded}</def>
</deflist>

Source

<xs:element name="deflist">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="head" minOccurs="0"/>
      <xs:element ref="def" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element def

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

deflist

Model

term , dd

Children

dd, term

Instance

<def xmlns="http://www.rsc.org/schema/rscart38">
  <term>{1,1}</term>
  <dd>{1,1}</dd>
</def>

Source

<xs:element name="def">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="term"/>
      <xs:element ref="dd"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element term

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

def

Model

Children

Instance

<term xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</term>

Source

<xs:element name="term">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element dd

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

def

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<dd xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</dd>

Source

<xs:element name="dd">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element subsect1

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

section

Model

Children

a, box, chart, deflist, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, no, p, plate, quotation, scheme, subsect2, table, table-entry, title, ugraphic

Instance

<subsect1 id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
  <subsect2 id="">{0,unbounded}</subsect2>
</subsect1>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="subsect1">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="subsect2" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

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Element subsect2

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

subsect1

Model

no{0,1} , title{0,1} , citref* , (p | figure | scheme | plate | chart | a | extnl-data | eqntext | mathml-display | mathml-inline | quotation | ugraphic | equation | box | table-entry | table) , deflist* , subsect3*

Children

a, box, chart, citref, deflist, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, no, p, plate, quotation, scheme, subsect3, table, table-entry, title, ugraphic

Instance

<subsect2 id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <citref idrefs="" position="" presence="notmissing">{0,unbounded}</citref>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
  <subsect3 id="">{0,unbounded}</subsect3>
</subsect2>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="subsect2">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:element ref="citref" minOccurs="0" maxOccurs="unbounded"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="subsect3" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

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Element citref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Elements	subsect2, subsect3
Element Group	c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<citref idrefs="" position="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</citref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
position	restriction of xs:NMTOKEN		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="citref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
        <xs:attribute name="position">
          <xs:simpleType>
            <xs:restriction base="xs:NMTOKEN">
              <xs:enumeration value="super"/>
              <xs:enumeration value="baseline"/>
            </xs:restriction>
          </xs:simpleType>
        </xs:attribute>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element subsect3

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

subsect2

Model

Children

a, box, chart, citref, deflist, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, no, p, plate, quotation, scheme, subsect4, table, table-entry, title, ugraphic

Instance

<subsect3 id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <citref idrefs="" position="" presence="notmissing">{0,unbounded}</citref>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
  <subsect4 id="">{0,unbounded}</subsect4>
</subsect3>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="subsect3">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:element ref="citref" minOccurs="0" maxOccurs="unbounded"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="subsect4" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

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Element subsect4

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

subsect3

Model

Children

a, box, chart, deflist, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, no, p, plate, quotation, scheme, subsect5, table, table-entry, title, ugraphic

Instance

<subsect4 id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
  <subsect5 id="">{0,unbounded}</subsect5>
</subsect4>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="subsect4">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="subsect5" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element subsect5

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

subsect4

Model

Children

a, box, chart, deflist, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, no, p, plate, quotation, scheme, subsect6, table, table-entry, title, ugraphic

Instance

<subsect5 id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
  <subsect6 id="">{0,unbounded}</subsect6>
</subsect5>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="subsect5">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="subsect6" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

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Element subsect6

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

subsect5

Model

Children

Instance

<subsect6 id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <title type="">{0,1}</title>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <deflist>{0,unbounded}</deflist>
</subsect6>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="subsect6">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="title" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="deflist" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

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Element table-entry

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_tab

Model

title{0,1} , subtitle{0,1} , (table | ugraphic)

Children

subtitle, table, title, ugraphic

Instance

<table-entry id="" xsrc="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
  <subtitle>{0,1}</subtitle>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
</table-entry>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
xsrc	xs:string	optional

Source

<xs:element name="table-entry">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
      <xs:element ref="subtitle" minOccurs="0"/>
      <xs:choice>
        <xs:element ref="table"/>
        <xs:element ref="ugraphic"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_xsrc"/>
  </xs:complexType>
</xs:element>

[ top ]

Element subtitle

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

table-entry

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<subtitle xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</subtitle>

Source

<xs:element name="subtitle">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element table

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of tbl.table.mdl

Type hierarchy

tbl.table.mdl

Properties

content:

complex

Used by

Element	table-entry
Element Group	c_tab

Model

title{0,1} , tgroup+

Children

tgroup, title

Instance

<table colsep="" frame="" orient="" pgwide="" rowsep="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
  <tgroup align="" cols="" colsep="" rowsep="">{1,unbounded}</tgroup>
</table>

Attributes

QName	Type	Use
colsep	yesorno	optional
frame	restriction of xs:NMTOKEN	optional
orient	restriction of xs:NMTOKEN	optional
pgwide	yesorno	optional
rowsep	yesorno	optional

Source

<xs:element name="table">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="tbl.table.mdl">
        <xs:attributeGroup ref="table.attlist"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element tgroup

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of tbl.tgroup.mdl

Type hierarchy

tbl.tgroup.mdl

Properties

content:

complex

Used by

Complex Type	tbl.table.mdl
Element	table

Model

colspec* , thead{0,1} , tfoot{0,1} , tbody

Children

colspec, tbody, tfoot, thead

Instance

<tgroup align="" cols="" colsep="" rowsep="" xmlns="http://www.rsc.org/schema/rscart38">
  <colspec align="" char="" charoff="" colname="" colnum="" colsep="" colwidth="" rowsep="">{0,unbounded}</colspec>
  <thead valign="">{0,1}</thead>
  <tfoot>{0,1}</tfoot>
  <tbody valign="">{1,1}</tbody>
</tgroup>

Attributes

QName	Type	Use
align	restriction of xs:NMTOKEN	optional
cols	xs:string	required
colsep	yesorno	optional
rowsep	yesorno	optional

Source

<xs:element name="tgroup">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="tbl.tgroup.mdl">
        <xs:attributeGroup ref="tgroup.attlist"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element colspec

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Complex Type	tbl.tgroup.mdl
Element	tgroup

Attributes

QName	Type	Use
align	restriction of xs:NMTOKEN	optional
char	xs:string	optional
charoff	xs:NMTOKEN	optional
colname	xs:NMTOKEN	optional
colnum	xs:string	optional
colsep	yesorno	optional
colwidth	xs:string	optional
rowsep	yesorno	optional

Source

<xs:element name="colspec">
  <xs:complexType>
    <xs:attributeGroup ref="colspec.attlist"/>
  </xs:complexType>
</xs:element>

[ top ]

Element thead

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of tbl.hdft.mdl

Type hierarchy

tbl.hdft.mdl

Properties

content:

complex

Used by

Complex Type	tbl.tgroup.mdl
Element	tgroup

Model

row+

Children

row

Instance

<thead valign="" xmlns="http://www.rsc.org/schema/rscart38">
  <row rowsep="" valign="">{1,unbounded}</row>
</thead>

Attributes

QName	Type	Fixed	Default	Use	Annotation
valign	restriction of xs:NMTOKEN			optional

Source

<xs:element name="thead">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="tbl.hdft.mdl">
        <xs:attributeGroup ref="thead.attlist"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element row

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of tbl.row.mdl

Type hierarchy

tbl.row.mdl

Properties

content:

complex

Used by

Complex Type	tbl.hdft.mdl
Elements	tbody, thead

Model

entry+

Children

entry

Instance

<row rowsep="" valign="" xmlns="http://www.rsc.org/schema/rscart38">
  <entry align="" char="" charoff="" colname="" colsep="" indent="" morerows="" nameend="" namest="" rowsep="" valign="">{1,unbounded}</entry>
</row>

Attributes

QName	Type	Fixed	Default	Use	Annotation
rowsep	yesorno			optional
valign	restriction of xs:NMTOKEN			optional

Source

<xs:element name="row">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="tbl.row.mdl">
        <xs:attributeGroup ref="row.attlist"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element entry

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of tbl.entry.mdl

Type hierarchy

tbl.entry.mdl

Properties

content:	complex
mixed:	true

Used by

Complex Type	tbl.row.mdl
Element	row

Model

Children

a, affref, annref, bi, bo, boxref, chart, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, equation, extnl-data, extnl-dataref, figref, figure, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plate, plateref, quotation, resourceref, roman, sansserif, scheme, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<entry align="" char="" charoff="" colname="" colsep="" indent="" morerows="" nameend="" namest="" rowsep="" valign="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <equation id="">{1,1}</equation>
  <p>{1,1}</p>
</entry>

Attributes

QName	Type	Use
align	restriction of xs:NMTOKEN	optional
char	xs:string	optional
charoff	xs:NMTOKEN	optional
colname	xs:NMTOKEN	optional
colsep	yesorno	optional
indent	xs:NMTOKEN	optional
morerows	xs:string	optional
nameend	xs:NMTOKEN	optional
namest	xs:NMTOKEN	optional
rowsep	yesorno	optional
valign	restriction of xs:NMTOKEN	optional

Source

<xs:element name="entry">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="tbl.entry.mdl">
        <xs:attributeGroup ref="entry.attlist"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element tfoot

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

tbl.hdft.mdl

Properties

content:

complex

Used by

Complex Type	tbl.tgroup.mdl
Element	tgroup

Model

row+

Children

row

Instance

<tfoot xmlns="http://www.rsc.org/schema/rscart38">
  <row rowsep="" valign="">{1,unbounded}</row>
</tfoot>

Source

<xs:element name="tfoot" type="tbl.hdft.mdl"/>

[ top ]

Element tbody

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of tbl.hdft.mdl

Type hierarchy

tbl.hdft.mdl

Properties

content:

complex

Used by

Complex Type	tbl.tgroup.mdl
Element	tgroup

Model

row+

Children

row

Instance

<tbody valign="" xmlns="http://www.rsc.org/schema/rscart38">
  <row rowsep="" valign="">{1,unbounded}</row>
</tbody>

Attributes

QName	Type	Fixed	Default	Use	Annotation
valign	restriction of xs:NMTOKEN			optional

Source

<xs:element name="tbody">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="tbl.hdft.mdl">
        <xs:attributeGroup ref="tbody.attlist"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element item

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

list

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<item xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</item>

Source

<xs:element name="item">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element footnote

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element Group	c_gen
Element	author

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<footnote id="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</footnote>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:element name="footnote">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras">
        <xs:attributeGroup ref="a_required-id"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element note

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element Group	c_gen
Element	editnote

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<note xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</note>

Source

<xs:element name="note">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element overbar

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_gen

Model

Children

Instance

<overbar xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</overbar>

Source

<xs:element name="overbar">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element underbar

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_gen

Model

Children

Instance

<underbar xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</underbar>

Source

<xs:element name="underbar">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element stack

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_gen

Model

above , below

Children

above, below

Instance

<stack xmlns="http://www.rsc.org/schema/rscart38">
  <above>{1,1}</above>
  <below>{1,1}</below>
</stack>

Source

<xs:element name="stack">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="above"/>
      <xs:element ref="below"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element above

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_characters-only

Type hierarchy

m_characters-only

Properties

content:	complex
mixed:	true

Used by

Element

stack

Model

roman | it | bo | bi | scp | sansserif | monospace

Children

bi, bo, it, monospace, roman, sansserif, scp

Instance

<above xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
</above>

Source

<xs:element name="above">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_characters-only"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element below

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_characters-only

Type hierarchy

m_characters-only

Properties

content:	complex
mixed:	true

Used by

Element

stack

Model

roman | it | bo | bi | scp | sansserif | monospace

Children

bi, bo, it, monospace, roman, sansserif, scp

Instance

<below xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
</below>

Source

<xs:element name="below">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_characters-only"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element fraction

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_gen

Model

numer , denom

Children

denom, numer

Instance

<fraction shape="" xmlns="http://www.rsc.org/schema/rscart38">
  <numer>{1,1}</numer>
  <denom>{1,1}</denom>
</fraction>

Attributes

QName	Type	Fixed	Default	Use	Annotation
shape	restriction of xs:NMTOKEN			optional

Source

<xs:element name="fraction">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="numer"/>
      <xs:element ref="denom"/>
    </xs:sequence>
    <xs:attribute name="shape">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="case"/>
          <xs:enumeration value="sol"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
  </xs:complexType>
</xs:element>

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Element numer

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

fraction

Model

Children

Instance

<numer xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</numer>

Source

<xs:element name="numer">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element denom

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

fraction

Model

Children

Instance

<denom xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</denom>

Source

<xs:element name="denom">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element warning

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_gen

Model

Children

Instance

<warning xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</warning>

Source

<xs:element name="warning">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element unknown

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_gen

Model

Children

Instance

<unknown type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</unknown>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="unknown">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element email

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element Group	c_gen
Elements	aff, citation, contact, trans
Complex Type	m_citation

Model

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	restriction of xs:NMTOKEN			optional

Source

<xs:element name="email">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="a_mail"/>
  </xs:complexType>
</xs:element>

[ top ]

Element url

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element Group	c_gen
Elements	aff, citation, contact, trans
Complex Type	m_citation

Model

Attributes

QName	Type	Fixed	Default	Use	Annotation
url	xs:string			optional

Source

<xs:element name="url">
  <xs:complexType mixed="true">
    <xs:attribute name="url" type="xs:string"/>
  </xs:complexType>
</xs:element>

[ top ]

Element affref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<affref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</affref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="affref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element annref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<annref idrefs="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</annref>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="annref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_required-idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element boxref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<boxref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</boxref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="boxref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element chartref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<chartref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</chartref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="chartref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element compname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_compounds

Type hierarchy

m_compounds

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf | ugraphic

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ugraphic, ul

Instance

<compname idrefs="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
</compname>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="compname">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_compounds">
        <xs:attributeGroup ref="a_required-idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element compoundref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<compoundref idrefs="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</compoundref>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="compoundref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_required-idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element dataref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<dataref idrefs="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</dataref>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="dataref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_required-idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element eqnref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<eqnref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</eqnref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="eqnref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element extnl-dataref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<extnl-dataref idrefs="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</extnl-dataref>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="extnl-dataref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_required-idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element figref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<figref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</figref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="figref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element fnoteref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<fnoteref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</fnoteref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="fnoteref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element plateref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<plateref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</plateref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="plateref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element resourceref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<resourceref idrefs="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</resourceref>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="resourceref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_required-idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element schemref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<schemref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</schemref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="schemref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element tableref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<tableref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</tableref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="tableref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element textref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_emph

Type hierarchy

m_emph

Properties

content:	complex
mixed:	true

Used by

Element Group

c_ref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Instance

<textref idrefs="" presence="notmissing" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</textref>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:element name="textref">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_emph">
        <xs:attributeGroup ref="a_idrefs"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element editnote

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_edits

Model

note , who , date

Children

date, note, who

Instance

<editnote type="" xmlns="http://www.rsc.org/schema/rscart38">
  <note>{1,1}</note>
  <who>{1,1}</who>
  <date role="">{1,1}</date>
</editnote>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="editnote">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="note"/>
      <xs:element ref="who"/>
      <xs:element ref="date"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element who

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

editnote

Model

Children

Instance

<who xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</who>

Source

<xs:element name="who">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element date

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_date

Type hierarchy

m_date

Properties

content:

complex

Used by

Elements

admin-event, art-admin, daterange, editnote, pubfront, received, volume, volumeref

Model

year , month{0,1} , day{0,1}

Children

day, month, year

Instance

<date role="" xmlns="http://www.rsc.org/schema/rscart38">
  <year>{1,1}</year>
  <month>{0,1}</month>
  <day>{0,1}</day>
</date>

Attributes

QName	Type	Fixed	Default	Use	Annotation
role	xs:string			optional

Source

<xs:element name="date">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m_date">
        <xs:attributeGroup ref="a_role"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element year

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Types	m_citation, m_date
Elements	citation, copyright, date, jnltrans, journalcit, trans

Source

<xs:element name="year" type="xs:string"/>

[ top ]

Element month

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Type	m_date
Element	date

Source

<xs:element name="month" type="xs:string"/>

[ top ]

Element day

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Type	m_date
Element	date

Source

<xs:element name="day" type="xs:string"/>

[ top ]

Element geolocation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element Group

c_geolocation

Model

Attributes

QName	Type	Use
elev	xs:string	optional
lat	xs:string	optional
lon	xs:string	optional
qf	restriction of xs:NMTOKEN	optional

Source

<xs:element name="geolocation">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="a_geo"/>
  </xs:complexType>
</xs:element>

[ top ]

Element it

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

Instance

<it xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</it>

Source

<xs:element name="it">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element bo

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

Instance

<bo xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</bo>

Source

<xs:element name="bo">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element bi

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

Instance

<bi xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</bi>

Source

<xs:element name="bi">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element scp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

Instance

<scp xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</scp>

Source

<xs:element name="scp">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element sansserif

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

Instance

<sansserif xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</sansserif>

Source

<xs:element name="sansserif">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element monospace

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group

c_font-mod

Model

Children

Instance

<monospace xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</monospace>

Source

<xs:element name="monospace">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element board

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group	c_issue-front-and-back-matter
Complex Type	m_journal
Element	journal

Model

link | (title{0,1} , (group | member))

Children

group, link, member, title

Instance

<board id="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <title type="">{0,1}</title>
  <group>{1,1}</group>
  <member>{1,1}</member>
</board>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="board">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="title" minOccurs="0"/>
        <xs:choice minOccurs="0" maxOccurs="unbounded">
          <xs:element ref="group"/>
          <xs:element ref="member"/>
        </xs:choice>
      </xs:sequence>
    </xs:choice>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element link

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Elements	address, advert, annotation, art-front, article, articleref, biography, board, citation, citauth, compound, data, fulltext, info, issue, issueref, journal, journalcit, org, person, publisher, resource, suppinf, trans, volume, volumeref
Complex Types	m_citation, m_journal, m_org, m_text-or-link

Model

Children

Instance

<link doc="" from="" to="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</link>

Attributes

QName	Type	Use
doc	xs:string	optional
from	xs:string	optional
to	xs:string	optional
type	xs:string	optional

Source

<xs:element name="link">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attributeGroup ref="a_type"/>
        <xs:attributeGroup ref="a_pointer"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element group

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

board

Model

title{0,1} , member*

Children

member, title

Instance

<group xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
  <member>{0,unbounded}</member>
</group>

Source

<xs:element name="group">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
      <xs:element ref="member" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element member

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

board, group

Model

role{0,1} , person*

Children

person, role

Instance

<member xmlns="http://www.rsc.org/schema/rscart38">
  <role>{0,1}</role>
  <person id="" orcid="" resid="">{0,unbounded}</person>
</member>

Source

<xs:element name="member">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="role" minOccurs="0"/>
      <xs:element ref="person" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element role

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

member

Model

Children

Instance

<role xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</role>

Source

<xs:element name="role">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element person

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

agent, author, contact, member

Model

link | (persname+ , biography{0,1} , address*)

Children

address, biography, link, persname

Instance

<person id="" orcid="" resid="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <persname>{1,unbounded}</persname>
  <biography id="">{0,1}</biography>
  <address id="" type="">{0,unbounded}</address>
</person>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
orcid	xs:string	optional
resid	xs:string	optional

Source

<xs:element name="person">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="persname" maxOccurs="unbounded"/>
        <xs:element ref="biography" minOccurs="0"/>
        <xs:element ref="address" minOccurs="0" maxOccurs="unbounded"/>
      </xs:sequence>
    </xs:choice>
    <xs:attributeGroup ref="a_person-id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element persname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

person

Model

qualifier{0,1} , fname{0,1} , surname , qualifier{0,1}

Children

fname, qualifier, surname

Instance

<persname xmlns="http://www.rsc.org/schema/rscart38">
  <qualifier>{0,1}</qualifier>
  <fname>{0,1}</fname>
  <surname>{1,1}</surname>
  <qualifier>{0,1}</qualifier>
</persname>

Source

<xs:element name="persname">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="qualifier" minOccurs="0"/>
      <xs:element ref="fname" minOccurs="0"/>
      <xs:element ref="surname"/>
      <xs:element ref="qualifier" minOccurs="0"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element qualifier

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

persname

Model

Children

Instance

<qualifier xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</qualifier>

Source

<xs:element name="qualifier">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element fname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Elements

citauth, persname

Model

Children

Instance

<fname xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</fname>

Source

<xs:element name="fname">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element surname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Elements

citauth, persname

Model

Children

Instance

<surname xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</surname>

Source

<xs:element name="surname">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element biography

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

art-front, person

Model

link | section+

Children

link, section

Instance

<biography id="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <section id="" type="">{1,unbounded}</section>
</biography>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="biography">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:element ref="section" maxOccurs="unbounded"/>
    </xs:choice>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element address

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements	admin-event, aff, contact, org, person, publisher
Complex Type	m_org

Model

Children

addrelt, city, country, link, postcode, state

Instance

<address id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <city>{1,1}</city>
  <postcode>{1,1}</postcode>
  <state>{1,1}</state>
  <country code="">{1,1}</country>
  <addrelt type="">{1,1}</addrelt>
</address>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
type	xs:string	optional

Source

<xs:element name="address">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:group ref="c_address" maxOccurs="unbounded"/>
    </xs:choice>
    <xs:attributeGroup ref="a_id"/>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element city

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element Group	c_address
Elements	location, received

Source

<xs:element name="city" type="xs:string"/>

[ top ]

Element postcode

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element Group	c_address
Element	location

Source

<xs:element name="postcode" type="xs:string"/>

[ top ]

Element state

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element Group	c_address
Element	location

Source

<xs:element name="state" type="xs:string"/>

[ top ]

Element country

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element Group	c_address
Element	location

Model

Attributes

QName	Type	Fixed	Default	Use	Annotation
code	xs:string			optional

Source

<xs:element name="country">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="a_country"/>
  </xs:complexType>
</xs:element>

[ top ]

Element addrelt

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element Group	c_address
Element	location

Model

Children

Instance

<addrelt type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</addrelt>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="addrelt">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element issue-toc

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_issue-front-and-back-matter

Model

toc-head{0,1} , toc-entry*

Children

toc-entry, toc-head

Instance

<issue-toc xmlns="http://www.rsc.org/schema/rscart38">
  <toc-head>{0,1}</toc-head>
  <toc-entry>{0,unbounded}</toc-entry>
</issue-toc>

Source

<xs:element name="issue-toc">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="toc-head" minOccurs="0"/>
      <xs:element ref="toc-entry" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element toc-head

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Elements

arttoc, issue-toc

Model

Children

Instance

<toc-head xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</toc-head>

Source

<xs:element name="toc-head">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element toc-entry

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Elements

arttoc, issue-toc

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<toc-entry xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</toc-entry>

Source

<xs:element name="toc-entry">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element index

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group

c_issue-front-and-back-matter

Model

head{0,1} , index-entry*

Children

head, index-entry

Instance

<index xmlns="http://www.rsc.org/schema/rscart38">
  <head>{0,1}</head>
  <index-entry>{0,unbounded}</index-entry>
</index>

Source

<xs:element name="index">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="head" minOccurs="0"/>
      <xs:element ref="index-entry" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element index-entry

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

index

Model

value , articleref+

Children

articleref, value

Instance

<index-entry xmlns="http://www.rsc.org/schema/rscart38">
  <value>{1,1}</value>
  <articleref>{1,unbounded}</articleref>
</index-entry>

Source

<xs:element name="index-entry">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="value"/>
      <xs:element ref="articleref" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element value

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

index-entry

Source

<xs:element name="value" type="xs:string"/>

[ top ]

Element articleref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

index-entry

Model

link

Children

link

Instance

<articleref xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
</articleref>

Source

<xs:element name="articleref">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element advert

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group	c_issue-front-and-back-matter
Complex Type	m_journal
Elements	journal, news-section

Model

link | section+

Children

link, section

Instance

<advert id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <section id="" type="">{1,unbounded}</section>
</advert>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
type	xs:string	optional

Source

<xs:element name="advert">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:element ref="section" maxOccurs="unbounded"/>
    </xs:choice>
    <xs:attributeGroup ref="a_id"/>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element info

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group	c_issue-front-and-back-matter
Complex Type	m_journal
Elements	journal, news-section

Model

link | section+

Children

link, section

Instance

<info id="" level="full" type="author" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <section id="" type="">{1,unbounded}</section>
</info>

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID		optional
level	restriction of xs:NMTOKEN	full	optional
type	restriction of xs:NMTOKEN	author	optional

Source

<xs:element name="info">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:element ref="section" maxOccurs="unbounded"/>
    </xs:choice>
    <xs:attributeGroup ref="a_id"/>
    <xs:attribute name="type" default="author">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="author"/>
          <xs:enumeration value="illustration"/>
          <xs:enumeration value="distribution"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
    <xs:attribute name="level" default="full">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="full"/>
          <xs:enumeration value="brief"/>
          <xs:enumeration value="paragraph"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
  </xs:complexType>
</xs:element>

[ top ]

Element confgrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element Group	c_issue-front-and-back-matter
Element	news-section

Model

conference*

Children

conference

Instance

<confgrp id="" xmlns="http://www.rsc.org/schema/rscart38">
  <conference id="">{0,unbounded}</conference>
</confgrp>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="confgrp">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="conference" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element conference

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

art-front, confgrp

Model

no{0,1} , (confname | daterange | location | contact)

Children

confname, contact, daterange, location, no

Instance

<conference id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <confname>{1,1}</confname>
  <daterange>{1,1}</daterange>
  <location>{1,1}</location>
  <contact id="">{1,1}</contact>
</conference>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="conference">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="confname"/>
        <xs:element ref="daterange"/>
        <xs:element ref="location"/>
        <xs:element ref="contact"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element confname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

conference

Model

Children

Instance

<confname xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</confname>

Source

<xs:element name="confname">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element daterange

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

conference

Model

date , date

Children

date

Instance

<daterange xmlns="http://www.rsc.org/schema/rscart38">
  <date role="">{1,1}</date>
  <date role="">{1,1}</date>
</daterange>

Source

<xs:element name="daterange">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="date"/>
      <xs:element ref="date"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element location

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

conference

Model

city | postcode | state | country | addrelt

Children

addrelt, city, country, postcode, state

Instance

<location xmlns="http://www.rsc.org/schema/rscart38">
  <city>{1,1}</city>
  <postcode>{1,1}</postcode>
  <state>{1,1}</state>
  <country code="">{1,1}</country>
  <addrelt type="">{1,1}</addrelt>
</location>

Source

<xs:element name="location">
  <xs:complexType>
    <xs:choice maxOccurs="unbounded">
      <xs:element ref="city"/>
      <xs:element ref="postcode"/>
      <xs:element ref="state"/>
      <xs:element ref="country"/>
      <xs:element ref="addrelt"/>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element contact

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

conference

Model

Children

address, email, fax, person, phone, url

Instance

<contact id="" xmlns="http://www.rsc.org/schema/rscart38">
  <person id="" orcid="" resid="">{1,1}</person>
  <address id="" type="">{1,1}</address>
  <phone>{1,1}</phone>
  <fax>{1,1}</fax>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
</contact>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="contact">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="person"/>
      <xs:element ref="address"/>
      <xs:element ref="phone"/>
      <xs:element ref="fax"/>
      <xs:element ref="email"/>
      <xs:element ref="url"/>
    </xs:choice>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element phone

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Elements

aff, contact

Source

<xs:element name="phone" type="xs:string"/>

[ top ]

Element fax

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Elements

aff, contact

Source

<xs:element name="fax" type="xs:string"/>

[ top ]

Element citauth

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Complex Type	m_citation
Elements	citation, journalcit, trans

Model

(fname{0,1} , surname) | link

Children

fname, link, surname

Instance

<citauth xmlns="http://www.rsc.org/schema/rscart38">
  <fname>{0,1}</fname>
  <surname>{1,1}</surname>
  <link doc="" from="" to="" type="">{1,1}</link>
</citauth>

Source

<xs:element name="citauth">
  <xs:complexType>
    <xs:choice>
      <xs:sequence>
        <xs:element ref="fname" minOccurs="0"/>
        <xs:element ref="surname"/>
      </xs:sequence>
      <xs:element ref="link"/>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element volumeno

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Type	m_citation
Elements	citation, jnltrans, journalcit, trans, volume, volumeref

Source

<xs:element name="volumeno" type="xs:string"/>

[ top ]

Element issueno

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Type	m_citation
Elements	citation, issue, issueref, journalcit, trans

Source

<xs:element name="issueno" type="xs:string"/>

[ top ]

Element arttitle

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_citation
Elements	citation, journalcit, trans

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<arttitle xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</arttitle>

Source

<xs:element name="arttitle">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element biblscope

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_citation
Elements	citation, trans

Model

Children

Instance

<biblscope xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</biblscope>

Source

<xs:element name="biblscope">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element editor

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_citation
Elements	citation, trans

Model

Children

Instance

<editor xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</editor>

Source

<xs:element name="editor">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element citpub

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_citation
Elements	citation, trans

Model

Children

Instance

<citpub xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</citpub>

Source

<xs:element name="citpub">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element pubplace

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_citation
Elements	citation, trans

Model

Children

Instance

<pubplace xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</pubplace>

Source

<xs:element name="pubplace">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element trans

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_citation

Type hierarchy

m_citation

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_citation
Elements	citation, trans

Model

Children

arttitle, bi, biblscope, bo, citauth, citpub, editor, email, inf, issueno, it, link, monospace, pages, pubplace, roman, sansserif, scp, sup, title, trans, ul, url, volumeno, year

Instance

<trans xmlns="http://www.rsc.org/schema/rscart38">
  <citauth>{1,1}</citauth>
  <title type="">{1,1}</title>
  <year>{1,1}</year>
  <volumeno>{1,1}</volumeno>
  <issueno>{1,1}</issueno>
  <arttitle>{1,1}</arttitle>
  <biblscope>{1,1}</biblscope>
  <editor>{1,1}</editor>
  <citpub>{1,1}</citpub>
  <pubplace>{1,1}</pubplace>
  <link doc="" from="" to="" type="">{1,1}</link>
  <url url="">{1,1}</url>
  <email type="">{1,1}</email>
  <trans>{1,1}</trans>
  <pages>{1,1}</pages>
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</trans>

Source

<xs:element name="trans">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_citation"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element pages

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Complex Type	m_citation
Elements	citation, jnltrans, journalcit, trans

Model

fpage , lpage{0,1}

Children

fpage, lpage

Instance

<pages xmlns="http://www.rsc.org/schema/rscart38">
  <fpage>{1,1}</fpage>
  <lpage>{0,1}</lpage>
</pages>

Source

<xs:element name="pages">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="fpage"/>
      <xs:element ref="lpage" minOccurs="0"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element fpage

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Elements

pages, pubfront

Source

<xs:element name="fpage" type="xs:string"/>

[ top ]

Element lpage

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Elements

pages, pubfront

Source

<xs:element name="lpage" type="xs:string"/>

[ top ]

Element orgname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Complex Type	m_org
Elements	org, publisher

Model

nameelt+

Children

nameelt

Instance

<orgname xmlns="http://www.rsc.org/schema/rscart38">
  <nameelt type="">{1,unbounded}</nameelt>
</orgname>

Source

<xs:element name="orgname">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="nameelt" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element nameelt

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

orgname

Model

Children

Instance

<nameelt type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</nameelt>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="nameelt">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element sercode

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Type	m_journal
Element	journal

Source

<xs:element name="sercode" type="xs:string"/>

[ top ]

Element byline

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_journal
Element	journal

Model

Children

Instance

<byline type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</byline>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="byline">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element logo

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Complex Type	m_journal
Element	journal

Model

ugraphic

Children

ugraphic

Instance

<logo type="" xmlns="http://www.rsc.org/schema/rscart38">
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
</logo>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="logo">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="ugraphic"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element publisher

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_org

Type hierarchy

m_org

Properties

content:

complex

Used by

Complex Type	m_journal
Element	journal

Model

link | (orgname+ , address*)

Children

address, link, orgname

Instance

<publisher id="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <orgname>{1,unbounded}</orgname>
  <address id="" type="">{0,unbounded}</address>
</publisher>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="publisher">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m_org">
        <xs:attributeGroup ref="a_id"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element issn

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_journal
Element	journal

Model

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="issn">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element coden

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Complex Type	m_journal
Element	journal

Source

<xs:element name="coden" type="xs:string"/>

[ top ]

Element cpyrt

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Complex Type	m_journal
Element	journal

Model

Children

Instance

<cpyrt xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</cpyrt>

Source

<xs:element name="cpyrt">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element volume

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Complex Type	m_journal
Element	journal

Model

(link) | (journalref , volumeno , date , issue*)

Children

date, issue, journalref, link, volumeno

Instance

<volume id="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <journalref>{1,1}</journalref>
  <volumeno>{1,1}</volumeno>
  <date role="">{1,1}</date>
  <issue dtd="RSCART3.8" id="" type="">{0,unbounded}</issue>
</volume>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:element name="volume">
  <xs:complexType>
    <xs:choice>
      <xs:sequence>
        <xs:element ref="link"/>
      </xs:sequence>
      <xs:sequence>
        <xs:element ref="journalref"/>
        <xs:element ref="volumeno"/>
        <xs:element ref="date"/>
        <xs:element ref="issue" minOccurs="0" maxOccurs="unbounded"/>
      </xs:sequence>
    </xs:choice>
    <xs:attributeGroup ref="a_required-id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element journalref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_journal

Properties

content:

complex

Used by

Elements

issue, issueref, published, volume, volumeref

Model

link | (title+ , sercode , byline* , logo* , publisher , issn+ , coden{0,1} , board* , info* , advert* , cpyrt , volume*)

Children

advert, board, byline, coden, cpyrt, info, issn, link, logo, publisher, sercode, title, volume

Instance

<journalref xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <title type="">{1,unbounded}</title>
  <sercode>{1,1}</sercode>
  <byline type="">{0,unbounded}</byline>
  <logo type="">{0,unbounded}</logo>
  <publisher id="">{1,1}</publisher>
  <issn type="">{1,unbounded}</issn>
  <coden>{0,1}</coden>
  <board id="">{0,unbounded}</board>
  <info id="" level="full" type="author">{0,unbounded}</info>
  <advert id="" type="">{0,unbounded}</advert>
  <cpyrt>{1,1}</cpyrt>
  <volume id="">{0,unbounded}</volume>
</journalref>

Source

<xs:element name="journalref" type="m_journal"/>

[ top ]

Element issue

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

volume, volumeref

Model

link | (journalref{0,1} , volumeref{0,1} , issueno , issueid{0,1} , issue-front{0,1} , article* , issue-back{0,1})

Children

article, issue-back, issue-front, issueid, issueno, journalref, link, volumeref

Instance

<issue dtd="RSCART3.8" id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <journalref>{0,1}</journalref>
  <volumeref>{0,1}</volumeref>
  <issueno>{1,1}</issueno>
  <issueid>{0,1}</issueid>
  <issue-front>{0,1}</issue-front>
  <article background="" dtd="RSCART3.8" price-code="free" type="">{0,unbounded}</article>
  <issue-back>{0,1}</issue-back>
</issue>

Attributes

QName	Type	Fixed	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
dtd	xs:string	RSCART3.8	optional
id	xs:ID		required
type	xs:string		optional

Source

<xs:element name="issue">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="journalref" minOccurs="0"/>
        <xs:element ref="volumeref" minOccurs="0"/>
        <xs:element ref="issueno"/>
        <xs:element ref="issueid" minOccurs="0"/>
        <xs:element ref="issue-front" minOccurs="0"/>
        <xs:element ref="article" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="issue-back" minOccurs="0"/>
      </xs:sequence>
    </xs:choice>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_dtd"/>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element volumeref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

issue, issueref, published

Model

link | (journalref{0,1} , volumeno , date{0,1} , issue*)

Children

date, issue, journalref, link, volumeno

Instance

<volumeref xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <journalref>{0,1}</journalref>
  <volumeno>{1,1}</volumeno>
  <date role="">{0,1}</date>
  <issue dtd="RSCART3.8" id="" type="">{0,unbounded}</issue>
</volumeref>

Source

<xs:element name="volumeref">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="journalref" minOccurs="0"/>
        <xs:element ref="volumeno"/>
        <xs:element ref="date" minOccurs="0"/>
        <xs:element ref="issue" minOccurs="0" maxOccurs="unbounded"/>
      </xs:sequence>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element issueid

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Elements

issue, issueref

Source

<xs:element name="issueid" type="xs:string"/>

[ top ]

Element issue-front

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_issue-front-and-back-matter

Properties

content:

complex

Used by

Elements

issue, issueref

Model

Children

advert, board, confgrp, index, info, issue-toc

Instance

<issue-front xmlns="http://www.rsc.org/schema/rscart38">
  <board id="">{1,1}</board>
  <issue-toc>{1,1}</issue-toc>
  <index>{1,1}</index>
  <advert id="" type="">{1,1}</advert>
  <info id="" level="full" type="author">{1,1}</info>
  <confgrp id="">{1,1}</confgrp>
</issue-front>

Source

<xs:element name="issue-front" type="m_issue-front-and-back-matter"/>

[ top ]

Element article

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

issue, issueref

Model

link | (metainfo{0,1} , art-admin{0,1} , published* , art-links{0,1} , art-front{0,1} , art-body{0,1} , appmat{0,1} , art-back{0,1} , corrigenda{0,1})

Children

appmat, art-admin, art-back, art-body, art-front, art-links, corrigenda, link, metainfo, published

Instance

<article background="" dtd="RSCART3.8" price-code="free" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <metainfo>{0,1}</metainfo>
  <art-admin>{0,1}</art-admin>
  <published doc="" from="" to="" type="">{0,unbounded}</published>
  <art-links>{0,1}</art-links>
  <art-front>{0,1}</art-front>
  <art-body>{0,1}</art-body>
  <appmat>{0,1}</appmat>
  <art-back>{0,1}</art-back>
  <corrigenda>{0,1}</corrigenda>
</article>

Attributes

QName	Type	Fixed	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
background	xs:string			optional
dtd	xs:string	RSCART3.8		optional
price-code	restriction of xs:NMTOKEN		free	optional
type	xs:string			optional

Source

<xs:element name="article">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="metainfo" minOccurs="0"/>
        <xs:element ref="art-admin" minOccurs="0"/>
        <xs:element ref="published" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="art-links" minOccurs="0"/>
        <xs:element ref="art-front" minOccurs="0"/>
        <xs:element ref="art-body" minOccurs="0"/>
        <xs:element ref="appmat" minOccurs="0"/>
        <xs:element ref="art-back" minOccurs="0"/>
        <xs:element ref="corrigenda" minOccurs="0"/>
      </xs:sequence>
    </xs:choice>
    <xs:attributeGroup ref="a_dtd"/>
    <xs:attribute name="price-code" default="free">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="free"/>
          <xs:enumeration value="open"/>
          <xs:enumeration value="premium"/>
          <xs:enumeration value="review"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
    <xs:attributeGroup ref="a_type"/>
    <xs:attributeGroup ref="a_background"/>
  </xs:complexType>
</xs:element>

[ top ]

Element metainfo

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

article

Model

onlinedate{0,1} , printdate{0,1} , subsyear{0,1} , meta*

Children

meta, onlinedate, printdate, subsyear

Instance

<metainfo xmlns="http://www.rsc.org/schema/rscart38">
  <onlinedate>{0,1}</onlinedate>
  <printdate>{0,1}</printdate>
  <subsyear>{0,1}</subsyear>
  <meta field="">{0,unbounded}</meta>
</metainfo>

Source

<xs:element name="metainfo">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="onlinedate" minOccurs="0" maxOccurs="1"/>
      <xs:element ref="printdate" minOccurs="0" maxOccurs="1"/>
      <xs:element ref="subsyear" minOccurs="0" maxOccurs="1"/>
      <xs:element ref="meta" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element onlinedate

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:date

Properties

content:

simple

Used by

Element

metainfo

Source

<xs:element name="onlinedate" type="xs:date"/>

[ top ]

Element printdate

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:date

Properties

content:

simple

Used by

Element

metainfo

Source

<xs:element name="printdate" type="xs:date"/>

[ top ]

Element subsyear

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:gYear

Properties

content:

simple

Used by

Element

metainfo

Source

<xs:element name="subsyear" type="xs:gYear"/>

[ top ]

Element meta

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element

metainfo

Model

Attributes

QName	Type	Fixed	Default	Use	Annotation
field	xs:string			optional

Source

<xs:element name="meta">
  <xs:complexType mixed="true">
    <xs:attribute name="field" type="xs:string"/>
  </xs:complexType>
</xs:element>

[ top ]

Element art-admin

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

article

Model

ms-id , doi{0,1} , pii{0,1} , sici{0,1} , office{0,1} , received* , date* , copyright{0,1} , admin-event*

Children

admin-event, copyright, date, doi, ms-id, office, pii, received, sici

Instance

<art-admin xmlns="http://www.rsc.org/schema/rscart38">
  <ms-id>{1,1}</ms-id>
  <doi>{0,1}</doi>
  <pii>{0,1}</pii>
  <sici>{0,1}</sici>
  <office>{0,1}</office>
  <received>{0,unbounded}</received>
  <date role="">{0,unbounded}</date>
  <copyright>{0,1}</copyright>
  <admin-event type="">{0,unbounded}</admin-event>
</art-admin>

Source

<xs:element name="art-admin">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="ms-id"/>
      <xs:element ref="doi" minOccurs="0"/>
      <xs:element ref="pii" minOccurs="0"/>
      <xs:element ref="sici" minOccurs="0"/>
      <xs:element ref="office" minOccurs="0"/>
      <xs:element ref="received" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="date" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="copyright" minOccurs="0" maxOccurs="1"/>
      <xs:element ref="admin-event" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element ms-id

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

art-admin

Source

<xs:element name="ms-id" type="xs:string"/>

[ top ]

Element doi

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

art-admin

Source

<xs:element name="doi" type="xs:string"/>

[ top ]

Element pii

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

art-admin

Source

<xs:element name="pii" type="xs:string"/>

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Element sici

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

art-admin

Source

<xs:element name="sici" type="xs:string"/>

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Element office

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

art-admin

Source

<xs:element name="office" type="xs:string"/>

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Element received

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-admin

Model

city{0,1} , date

Children

city, date

Instance

<received xmlns="http://www.rsc.org/schema/rscart38">
  <city>{0,1}</city>
  <date role="">{1,1}</date>
</received>

Source

<xs:element name="received">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="city" minOccurs="0"/>
      <xs:element ref="date"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element copyright

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-admin

Model

holder{0,1} , year , license

Children

holder, license, year

Instance

<copyright xmlns="http://www.rsc.org/schema/rscart38">
  <holder>{0,1}</holder>
  <year>{1,1}</year>
  <license type="" uri="" version="">{1,1}</license>
</copyright>

Source

<xs:element name="copyright">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="holder" minOccurs="0"/>
      <xs:element ref="year"/>
      <xs:element ref="license"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element holder

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

copyright

Source

<xs:element name="holder" type="xs:string"/>

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Element license

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element

copyright

Model

Attributes

QName	Type	Use
type	xs:string	optional
uri	xs:string	optional
version	xs:string	optional

Source

<xs:element name="license">
  <xs:complexType mixed="true">
    <xs:attributeGroup ref="a_type"/>
    <xs:attribute name="version" type="xs:string"/>
    <xs:attribute name="uri" type="xs:string"/>
  </xs:complexType>
</xs:element>

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Element admin-event

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Elements

admin-event, art-admin

Model

agent | address | date | admin-event

Children

address, admin-event, agent, date

Instance

<admin-event type="" xmlns="http://www.rsc.org/schema/rscart38">
  <agent role="">{1,1}</agent>
  <address id="" type="">{1,1}</address>
  <date role="">{1,1}</date>
  <admin-event type="">{1,1}</admin-event>
</admin-event>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="admin-event">
  <xs:complexType mixed="true">
    <xs:choice>
      <xs:element ref="agent"/>
      <xs:element ref="address"/>
      <xs:element ref="date"/>
      <xs:element ref="admin-event"/>
    </xs:choice>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

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Element agent

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

admin-event

Model

person

Children

person

Instance

<agent role="" xmlns="http://www.rsc.org/schema/rscart38">
  <person id="" orcid="" resid="">{1,1}</person>
</agent>

Attributes

QName	Type	Fixed	Default	Use	Annotation
role	xs:string			optional

Source

<xs:element name="agent">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="person"/>
    </xs:choice>
    <xs:attributeGroup ref="a_role"/>
  </xs:complexType>
</xs:element>

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Element published

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

article, corrigendum

Model

(journalref , volumeref{0,1} , issueref{0,1} , pubfront{0,1}) | citext

Children

citext, issueref, journalref, pubfront, volumeref

Instance

<published doc="" from="" to="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <journalref>{1,1}</journalref>
  <volumeref>{0,1}</volumeref>
  <issueref>{0,1}</issueref>
  <pubfront>{0,1}</pubfront>
  <citext>{1,1}</citext>
</published>

Attributes

QName	Type	Use
doc	xs:string	optional
from	xs:string	optional
to	xs:string	optional
type	xs:string	optional

Source

<xs:element name="published">
  <xs:complexType>
    <xs:choice>
      <xs:sequence>
        <xs:element ref="journalref"/>
        <xs:element ref="volumeref" minOccurs="0"/>
        <xs:element ref="issueref" minOccurs="0"/>
        <xs:element ref="pubfront" minOccurs="0"/>
      </xs:sequence>
      <xs:element ref="citext"/>
    </xs:choice>
    <xs:attributeGroup ref="a_type"/>
    <xs:attributeGroup ref="a_pointer"/>
  </xs:complexType>
</xs:element>

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Element issueref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

published

Model

link | (journalref{0,1} , volumeref{0,1} , issueno , issueid{0,1} , issue-front{0,1} , article* , issue-back{0,1})

Children

article, issue-back, issue-front, issueid, issueno, journalref, link, volumeref

Instance

<issueref xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <journalref>{0,1}</journalref>
  <volumeref>{0,1}</volumeref>
  <issueno>{1,1}</issueno>
  <issueid>{0,1}</issueid>
  <issue-front>{0,1}</issue-front>
  <article background="" dtd="RSCART3.8" price-code="free" type="">{0,unbounded}</article>
  <issue-back>{0,1}</issue-back>
</issueref>

Source

<xs:element name="issueref">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="journalref" minOccurs="0"/>
        <xs:element ref="volumeref" minOccurs="0"/>
        <xs:element ref="issueno"/>
        <xs:element ref="issueid" minOccurs="0"/>
        <xs:element ref="issue-front" minOccurs="0"/>
        <xs:element ref="article" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="issue-back" minOccurs="0"/>
      </xs:sequence>
    </xs:choice>
  </xs:complexType>
</xs:element>

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Element issue-back

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_issue-front-and-back-matter

Properties

content:

complex

Used by

Elements

issue, issueref

Model

Children

advert, board, confgrp, index, info, issue-toc

Instance

<issue-back xmlns="http://www.rsc.org/schema/rscart38">
  <board id="">{1,1}</board>
  <issue-toc>{1,1}</issue-toc>
  <index>{1,1}</index>
  <advert id="" type="">{1,1}</advert>
  <info id="" level="full" type="author">{1,1}</info>
  <confgrp id="">{1,1}</confgrp>
</issue-back>

Source

<xs:element name="issue-back" type="m_issue-front-and-back-matter"/>

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Element pubfront

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

published

Model

fpage , lpage{0,1} , no-of-pages , date

Children

date, fpage, lpage, no-of-pages

Instance

<pubfront xmlns="http://www.rsc.org/schema/rscart38">
  <fpage>{1,1}</fpage>
  <lpage>{0,1}</lpage>
  <no-of-pages>{1,1}</no-of-pages>
  <date role="">{1,1}</date>
</pubfront>

Source

<xs:element name="pubfront">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="fpage"/>
      <xs:element ref="lpage" minOccurs="0"/>
      <xs:element ref="no-of-pages"/>
      <xs:element ref="date"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element no-of-pages

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

pubfront

Source

<xs:element name="no-of-pages" type="xs:string"/>

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Element citext

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Elements

citgroup, published

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<citext xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</citext>

Source

<xs:element name="citext">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element art-links

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

article

Model

suppinf | fulltext | fundgrp

Children

fulltext, fundgrp, suppinf

Instance

<art-links xmlns="http://www.rsc.org/schema/rscart38">
  <suppinf>{1,1}</suppinf>
  <fulltext>{1,1}</fulltext>
  <fundgrp>{1,1}</fundgrp>
</art-links>

Source

<xs:element name="art-links">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="suppinf"/>
      <xs:element ref="fulltext"/>
      <xs:element ref="fundgrp"/>
    </xs:choice>
  </xs:complexType>
</xs:element>

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Element suppinf

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-links

Model

link

Children

link

Instance

<suppinf xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
</suppinf>

Source

<xs:element name="suppinf">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element fulltext

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-links

Model

link

Children

link

Instance

<fulltext xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
</fulltext>

Source

<xs:element name="fulltext">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element fundgrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-links

Model

funder*

Children

funder

Instance

<fundgrp xmlns="http://www.rsc.org/schema/rscart38">
  <funder>{0,unbounded}</funder>
</fundgrp>

Source

<xs:element name="fundgrp">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="funder" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element funder

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

fundgrp

Model

funder-name , funder-identifier , award-number+

Children

award-number, funder-identifier, funder-name

Instance

<funder xmlns="http://www.rsc.org/schema/rscart38">
  <funder-name>{1,1}</funder-name>
  <funder-identifier>{1,1}</funder-identifier>
  <award-number>{1,unbounded}</award-number>
</funder>

Source

<xs:element name="funder">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="funder-name" minOccurs="1" maxOccurs="1"/>
      <xs:element ref="funder-identifier" minOccurs="1" maxOccurs="1"/>
      <xs:element ref="award-number" minOccurs="1" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element funder-name

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

funder

Model

Children

Instance

<funder-name xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</funder-name>

Source

<xs:element name="funder-name">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

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Element funder-identifier

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

funder

Source

<xs:element name="funder-identifier" type="xs:string"/>

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Element award-number

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

funder

Source

<xs:element name="award-number" type="xs:string"/>

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Element art-front

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

article, news-article

Model

link | (titlegrp , authgrp{0,1} , conference{0,1} , art-toc-entry{0,1} , arttoc{0,1} , dedicate{0,1} , biography* , abstract* , subject* , keyword* , classification*)

Children

abstract, art-toc-entry, arttoc, authgrp, biography, classification, conference, dedicate, keyword, link, subject, titlegrp

Instance

<art-front xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <titlegrp>{1,1}</titlegrp>
  <authgrp>{0,1}</authgrp>
  <conference id="">{0,1}</conference>
  <art-toc-entry>{0,1}</art-toc-entry>
  <arttoc>{0,1}</arttoc>
  <dedicate>{0,1}</dedicate>
  <biography id="">{0,unbounded}</biography>
  <abstract>{0,unbounded}</abstract>
  <subject type="">{0,unbounded}</subject>
  <keyword>{0,unbounded}</keyword>
  <classification>{0,unbounded}</classification>
</art-front>

Source

<xs:element name="art-front">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="link"/>
      <xs:sequence>
        <xs:element ref="titlegrp"/>
        <xs:element ref="authgrp" minOccurs="0"/>
        <xs:element ref="conference" minOccurs="0"/>
        <xs:element ref="art-toc-entry" minOccurs="0"/>
        <xs:element ref="arttoc" minOccurs="0"/>
        <xs:element ref="dedicate" minOccurs="0"/>
        <xs:element ref="biography" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="abstract" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="subject" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="keyword" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="classification" minOccurs="0" maxOccurs="unbounded"/>
      </xs:sequence>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element titlegrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-front

Model

title+

Children

title

Instance

<titlegrp xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{1,unbounded}</title>
</titlegrp>

Source

<xs:element name="titlegrp">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element authgrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

art-front, book-review, news-item

Model

author+ , aff*

Children

aff, author

Instance

<authgrp xmlns="http://www.rsc.org/schema/rscart38">
  <author aff="" key="" role="">{1,unbounded}</author>
  <aff id="">{0,unbounded}</aff>
</authgrp>

Source

<xs:element name="authgrp">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="author" maxOccurs="unbounded"/>
      <xs:element ref="aff" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element author

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

authgrp

Model

person , footnote*

Children

footnote, person

Instance

<author aff="" key="" role="" xmlns="http://www.rsc.org/schema/rscart38">
  <person id="" orcid="" resid="">{1,1}</person>
  <footnote id="">{0,unbounded}</footnote>
</author>

Attributes

QName	Type	Use
aff	xs:IDREFS	optional
key	xs:string	optional
role	restriction of xs:NMTOKEN	optional

Source

<xs:element name="author">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="person"/>
      <xs:element ref="footnote" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attribute name="aff" type="xs:IDREFS"/>
    <xs:attribute name="key" type="xs:string"/>
    <xs:attribute name="role">
      <xs:simpleType>
        <xs:restriction base="xs:NMTOKEN">
          <xs:enumeration value="princ"/>
          <xs:enumeration value="corres"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
  </xs:complexType>
</xs:element>

[ top ]

Element aff

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

authgrp

Model

org* , address , (phone | fax | email | url)

Children

address, email, fax, org, phone, url

Instance

<aff id="" xmlns="http://www.rsc.org/schema/rscart38">
  <org id="">{0,unbounded}</org>
  <address id="" type="">{1,1}</address>
  <phone>{1,1}</phone>
  <fax>{1,1}</fax>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
</aff>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:element name="aff">
  <xs:complexType>
    <xs:sequence>
      <xs:sequence maxOccurs="unbounded">
        <xs:element ref="org" minOccurs="0" maxOccurs="unbounded"/>
        <xs:element ref="address"/>
      </xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="phone"/>
        <xs:element ref="fax"/>
        <xs:element ref="email"/>
        <xs:element ref="url"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element org

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_org

Type hierarchy

m_org

Properties

content:

complex

Used by

Element

aff

Model

link | (orgname+ , address*)

Children

address, link, orgname

Instance

<org id="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <orgname>{1,unbounded}</orgname>
  <address id="" type="">{0,unbounded}</address>
</org>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="org">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m_org">
        <xs:attributeGroup ref="a_id"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element art-toc-entry

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-front

Model

ictext{0,1} , icgraphic{0,1}

Children

icgraphic, ictext

Instance

<art-toc-entry xmlns="http://www.rsc.org/schema/rscart38">
  <ictext>{0,1}</ictext>
  <icgraphic height="" id="" pos="" prefix="prefix" width="" xsrc="">{0,1}</icgraphic>
</art-toc-entry>

Source

<xs:element name="art-toc-entry">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="ictext" minOccurs="0"/>
      <xs:element ref="icgraphic" minOccurs="0"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element ictext

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

art-toc-entry

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<ictext xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</ictext>

Source

<xs:element name="ictext">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element icgraphic

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-toc-entry

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN		optional
id	xs:ID		required
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional
xsrc	xs:string		required

Source

<xs:element name="icgraphic">
  <xs:complexType>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_required-xsrc"/>
    <xs:attributeGroup ref="a_graphic"/>
  </xs:complexType>
</xs:element>

[ top ]

Element arttoc

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-front

Model

toc-head{0,1} , toc-entry*

Children

toc-entry, toc-head

Instance

<arttoc xmlns="http://www.rsc.org/schema/rscart38">
  <toc-head>{0,1}</toc-head>
  <toc-entry>{0,unbounded}</toc-entry>
</arttoc>

Source

<xs:element name="arttoc">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="toc-head" minOccurs="0"/>
      <xs:element ref="toc-entry" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element dedicate

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

art-front

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<dedicate xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</dedicate>

Source

<xs:element name="dedicate">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element abstract

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Elements

art-front, news-item

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<abstract xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</abstract>

Source

<xs:element name="abstract">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element subject

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

art-front

Model

Children

Instance

<subject type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</subject>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="subject">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element keyword

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

art-front

Model

Children

Instance

<keyword xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</keyword>

Source

<xs:element name="keyword">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element classification

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-front

Model

AAclass{0,1} , NPUclass{0,1} , MOSclass{0,1} , CCRclass{0,1}

Children

AAclass, CCRclass, MOSclass, NPUclass

Instance

<classification xmlns="http://www.rsc.org/schema/rscart38">
  <AAclass>{0,1}</AAclass>
  <NPUclass>{0,1}</NPUclass>
  <MOSclass>{0,1}</MOSclass>
  <CCRclass>{0,1}</CCRclass>
</classification>

Source

<xs:element name="classification">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="AAclass" minOccurs="0"/>
      <xs:element ref="NPUclass" minOccurs="0"/>
      <xs:element ref="MOSclass" minOccurs="0"/>
      <xs:element ref="CCRclass" minOccurs="0"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element AAclass

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

classification

Model

sec{0,1} , isb{0,1} , xrf* , xsb* , iay* , aat* , imx* , mat* , icp* , cmd*

Children

aat, cmd, iay, icp, imx, isb, mat, sec, xrf, xsb

Instance

<AAclass xmlns="http://www.rsc.org/schema/rscart38">
  <sec>{0,1}</sec>
  <isb>{0,1}</isb>
  <xrf>{0,unbounded}</xrf>
  <xsb>{0,unbounded}</xsb>
  <iay>{0,unbounded}</iay>
  <aat>{0,unbounded}</aat>
  <imx>{0,unbounded}</imx>
  <mat>{0,unbounded}</mat>
  <icp>{0,unbounded}</icp>
  <cmd>{0,unbounded}</cmd>
</AAclass>

Source

<xs:element name="AAclass">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="sec" minOccurs="0"/>
      <xs:element ref="isb" minOccurs="0"/>
      <xs:element ref="xrf" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="xsb" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="iay" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="aat" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="imx" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="mat" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="icp" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="cmd" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element sec

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Elements

AAclass, CCRclass

Source

<xs:element name="sec" type="xs:string"/>

[ top ]

Element isb

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

AAclass

Source

<xs:element name="isb" type="xs:string"/>

[ top ]

Element xrf

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

AAclass

Source

<xs:element name="xrf" type="xs:string"/>

[ top ]

Element xsb

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

AAclass

Source

<xs:element name="xsb" type="xs:string"/>

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Element iay

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

AAclass

Model

Children

Instance

<iay xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</iay>

Source

<xs:element name="iay" type="m_simple-text"/>

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Element aat

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

AAclass

Model

Children

Instance

<aat xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</aat>

Source

<xs:element name="aat" type="m_simple-text"/>

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Element imx

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

AAclass

Model

Children

Instance

<imx xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</imx>

Source

<xs:element name="imx" type="m_simple-text"/>

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Element mat

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

AAclass

Model

Children

Instance

<mat xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</mat>

Source

<xs:element name="mat" type="m_simple-text"/>

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Element icp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

AAclass

Model

Children

Instance

<icp xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</icp>

Source

<xs:element name="icp" type="m_simple-text"/>

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Element cmd

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

AAclass

Model

Children

Instance

<cmd xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</cmd>

Source

<xs:element name="cmd" type="m_simple-text"/>

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Element NPUclass

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

emptytag

Properties

content:

simple

Facets

enumeration

Used by

Element

classification

Source

<xs:element name="NPUclass" type="emptytag"/>

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Element MOSclass

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

emptytag

Properties

content:

simple

Facets

enumeration

Used by

Element

classification

Source

<xs:element name="MOSclass" type="emptytag"/>

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Element CCRclass

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

classification

Model

sec{0,1} , abs{0,1} , str , catalysis* , rct* , pdt* , flg* , gin*

Children

abs, catalysis, flg, gin, pdt, rct, sec, str

Instance

<CCRclass xmlns="http://www.rsc.org/schema/rscart38">
  <sec>{0,1}</sec>
  <abs>{0,1}</abs>
  <str>{1,1}</str>
  <catalysis type="">{0,unbounded}</catalysis>
  <rct>{0,unbounded}</rct>
  <pdt>{0,unbounded}</pdt>
  <flg>{0,unbounded}</flg>
  <gin>{0,unbounded}</gin>
</CCRclass>

Source

<xs:element name="CCRclass">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="sec" minOccurs="0"/>
      <xs:element ref="abs" minOccurs="0"/>
      <xs:element ref="str"/>
      <xs:element ref="catalysis" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="rct" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="pdt" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="flg" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="gin" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

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Element abs

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

CCRclass

Model

Children

Instance

<abs xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</abs>

Source

<xs:element name="abs" type="m_simple-text"/>

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Element str

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

CCRclass

Source

<xs:element name="str" type="xs:string"/>

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Element catalysis

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

CCRclass

Model

cat*

Children

cat

Instance

<catalysis type="" xmlns="http://www.rsc.org/schema/rscart38">
  <cat>{0,unbounded}</cat>
</catalysis>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="catalysis">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="cat" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attribute name="type" type="xs:string"/>
  </xs:complexType>
</xs:element>

[ top ]

Element cat

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

catalysis

Model

Children

Instance

<cat xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</cat>

Source

<xs:element name="cat" type="m_simple-text"/>

[ top ]

Element rct

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

CCRclass

Model

Children

Instance

<rct xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</rct>

Source

<xs:element name="rct" type="m_simple-text"/>

[ top ]

Element pdt

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

CCRclass

Model

Children

Instance

<pdt xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</pdt>

Source

<xs:element name="pdt" type="m_simple-text"/>

[ top ]

Element flg

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Properties

content:

simple

Used by

Element

CCRclass

Source

<xs:element name="flg" type="xs:string"/>

[ top ]

Element gin

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

CCRclass

Model

Children

Instance

<gin xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</gin>

Source

<xs:element name="gin" type="m_simple-text"/>

[ top ]

Element art-body

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

article, news-article

Model

section+ | news-section+

Children

news-section, section

Instance

<art-body xmlns="http://www.rsc.org/schema/rscart38">
  <section id="" type="">{1,unbounded}</section>
  <news-section id="" type="">{1,unbounded}</news-section>
</art-body>

Source

<xs:element name="art-body">
  <xs:complexType>
    <xs:choice>
      <xs:element ref="section" maxOccurs="unbounded"/>
      <xs:element ref="news-section" maxOccurs="unbounded"/>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element news-section

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

art-body, news-section

Model

title{0,1} , (news-section | news-article | news-item | book-review | advert | info | confgrp | p | figure | scheme | plate | chart | a | extnl-data | eqntext | mathml-display | mathml-inline | quotation | ugraphic | equation | box | table-entry | table)

Children

a, advert, book-review, box, chart, confgrp, eqntext, equation, extnl-data, figure, info, mathml-display, mathml-inline, news-article, news-item, news-section, p, plate, quotation, scheme, table, table-entry, title, ugraphic

Instance

<news-section id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
  <news-section id="" type="">{1,1}</news-section>
  <news-article id="" type="">{1,1}</news-article>
  <news-item id="">{1,1}</news-item>
  <book-review>{1,1}</book-review>
  <advert id="" type="">{1,1}</advert>
  <info id="" level="full" type="author">{1,1}</info>
  <confgrp id="">{1,1}</confgrp>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
</news-section>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
type	xs:string	optional

Source

<xs:element name="news-section">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="news-section"/>
        <xs:element ref="news-article"/>
        <xs:element ref="news-item"/>
        <xs:element ref="book-review"/>
        <xs:element ref="advert"/>
        <xs:element ref="info"/>
        <xs:element ref="confgrp"/>
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element news-article

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

news-section

Model

art-front{0,1} , art-body{0,1} , appmat{0,1} , art-back{0,1}

Children

appmat, art-back, art-body, art-front

Instance

<news-article id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <art-front>{0,1}</art-front>
  <art-body>{0,1}</art-body>
  <appmat>{0,1}</appmat>
  <art-back>{0,1}</art-back>
</news-article>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
type	xs:string	optional

Source

<xs:element name="news-article">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="art-front" minOccurs="0"/>
      <xs:element ref="art-body" minOccurs="0"/>
      <xs:element ref="appmat" minOccurs="0"/>
      <xs:element ref="art-back" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
    <xs:attributeGroup ref="a_type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element appmat

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

article, news-article

Model

appendix+

Children

appendix

Instance

<appmat xmlns="http://www.rsc.org/schema/rscart38">
  <appendix id="">{1,unbounded}</appendix>
</appmat>

Source

<xs:element name="appmat">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="appendix" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element appendix

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

appmat

Model

no{0,1} , section+

Children

no, section

Instance

<appendix id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <section id="" type="">{1,unbounded}</section>
</appendix>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="appendix">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:element ref="section" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element art-back

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

article, news-article

Model

ack{0,1} , biblist , compoundgrp , annotationgrp , datagrp , resourcegrp , section*

Children

ack, annotationgrp, biblist, compoundgrp, datagrp, resourcegrp, section

Instance

<art-back xmlns="http://www.rsc.org/schema/rscart38">
  <ack title="">{0,1}</ack>
  <biblist title="">{1,1}</biblist>
  <compoundgrp>{1,1}</compoundgrp>
  <annotationgrp>{1,1}</annotationgrp>
  <datagrp>{1,1}</datagrp>
  <resourcegrp>{1,1}</resourcegrp>
  <section id="" type="">{0,unbounded}</section>
</art-back>

Source

<xs:element name="art-back">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="ack" minOccurs="0"/>
      <xs:element ref="biblist"/>
      <xs:element ref="compoundgrp"/>
      <xs:element ref="annotationgrp"/>
      <xs:element ref="datagrp"/>
      <xs:element ref="resourcegrp"/>
      <xs:element ref="section" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element ack

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_text-or-paras

Type hierarchy

m_text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

art-back

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<ack title="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</ack>

Attributes

QName	Type	Fixed	Default	Use	Annotation
title	xs:string			optional

Source

<xs:element name="ack">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_text-or-paras">
        <xs:attribute name="title" type="xs:string"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element biblist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:	complex
mixed:	true

Used by

Element

art-back

Model

citgroup*

Children

citgroup

Instance

<biblist title="" xmlns="http://www.rsc.org/schema/rscart38">
  <citgroup id="">{0,unbounded}</citgroup>
</biblist>

Attributes

QName	Type	Fixed	Default	Use	Annotation
title	xs:string			optional

Source

<xs:element name="biblist">
  <xs:complexType mixed="true">
    <xs:sequence>
      <xs:element ref="citgroup" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attribute name="title" type="xs:string"/>
  </xs:complexType>
</xs:element>

[ top ]

Element citgroup

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

biblist, citgroup

Model

no{0,1} , (citext | journalcit | citation | citgroup) , commentary{0,1}

Children

citation, citext, citgroup, commentary, journalcit, no

Instance

<citgroup id="" xmlns="http://www.rsc.org/schema/rscart38">
  <no>{0,1}</no>
  <citext>{1,1}</citext>
  <journalcit>{1,1}</journalcit>
  <citation id="" type="">{1,1}</citation>
  <citgroup id="">{1,1}</citgroup>
  <commentary rating="">{0,1}</commentary>
</citgroup>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:element name="citgroup">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="no" minOccurs="0"/>
      <xs:choice maxOccurs="unbounded">
        <xs:element ref="citext"/>
        <xs:element ref="journalcit"/>
        <xs:element ref="citation"/>
        <xs:element ref="citgroup"/>
      </xs:choice>
      <xs:element ref="commentary" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element journalcit

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

citgroup

Model

citauth+ , arttitle{0,1} , title , year{0,1} , volumeno{0,1} , issueno{0,1} , pages{0,1} , jnltrans{0,1} , link*

Children

arttitle, citauth, issueno, jnltrans, link, pages, title, volumeno, year

Instance

<journalcit xmlns="http://www.rsc.org/schema/rscart38">
  <citauth>{1,unbounded}</citauth>
  <arttitle>{0,1}</arttitle>
  <title type="">{1,1}</title>
  <year>{0,1}</year>
  <volumeno>{0,1}</volumeno>
  <issueno>{0,1}</issueno>
  <pages>{0,1}</pages>
  <jnltrans>{0,1}</jnltrans>
  <link doc="" from="" to="" type="">{0,unbounded}</link>
</journalcit>

Source

<xs:element name="journalcit">
  <xs:complexType>
    <xs:sequence>
      <xs:sequence>
        <xs:element ref="citauth" maxOccurs="unbounded"/>
        <xs:element ref="arttitle" minOccurs="0"/>
        <xs:element ref="title"/>
        <xs:element ref="year" minOccurs="0"/>
        <xs:element ref="volumeno" minOccurs="0"/>
        <xs:element ref="issueno" minOccurs="0"/>
        <xs:element ref="pages" minOccurs="0"/>
        <xs:element ref="jnltrans" minOccurs="0"/>
      </xs:sequence>
      <xs:element ref="link" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element jnltrans

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

journalcit

Model

sertitle{0,1} , year{0,1} , volumeno{0,1} , pages*

Children

pages, sertitle, volumeno, year

Instance

<jnltrans xmlns="http://www.rsc.org/schema/rscart38">
  <sertitle type="">{0,1}</sertitle>
  <year>{0,1}</year>
  <volumeno>{0,1}</volumeno>
  <pages>{0,unbounded}</pages>
</jnltrans>

Source

<xs:element name="jnltrans">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="sertitle" minOccurs="0"/>
      <xs:element ref="year" minOccurs="0"/>
      <xs:element ref="volumeno" minOccurs="0"/>
      <xs:element ref="pages" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element sertitle

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text-or-paras

Type hierarchy

m_simple-text-or-paras

Properties

content:	complex
mixed:	true

Used by

Element

jnltrans

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Instance

<sertitle type="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
  <p>{1,1}</p>
</sertitle>

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:element name="sertitle">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text-or-paras">
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element citation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_citation

Type hierarchy

m_citation

Properties

content:	complex
mixed:	true

Used by

Elements

book-review, citgroup

Model

Children

Instance

<citation id="" type="" xmlns="http://www.rsc.org/schema/rscart38">
  <citauth>{1,1}</citauth>
  <title type="">{1,1}</title>
  <year>{1,1}</year>
  <volumeno>{1,1}</volumeno>
  <issueno>{1,1}</issueno>
  <arttitle>{1,1}</arttitle>
  <biblscope>{1,1}</biblscope>
  <editor>{1,1}</editor>
  <citpub>{1,1}</citpub>
  <pubplace>{1,1}</pubplace>
  <link doc="" from="" to="" type="">{1,1}</link>
  <url url="">{1,1}</url>
  <email type="">{1,1}</email>
  <trans>{1,1}</trans>
  <pages>{1,1}</pages>
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
</citation>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
type	xs:string	optional

Source

<xs:element name="citation">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_citation">
        <xs:attributeGroup ref="a_id"/>
        <xs:attributeGroup ref="a_type"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element commentary

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Used by

Element

citgroup

Model

Children

Instance

<commentary rating="" xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</commentary>

Attributes

QName	Type	Fixed	Default	Use	Annotation
rating	xs:string			optional

Source

<xs:element name="commentary">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text">
        <xs:attribute name="rating" type="xs:string"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element compoundgrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-back

Model

(compound | compoundset)

Children

compound, compoundset

Instance

<compoundgrp xmlns="http://www.rsc.org/schema/rscart38">
  <compound id="" tier="">{1,1}</compound>
  <compoundset id="" tier="">{1,1}</compoundset>
</compoundgrp>

Source

<xs:element name="compoundgrp">
  <xs:complexType>
    <xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="compound"/>
        <xs:element ref="compoundset"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element compound

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

compoundgrp

Model

link* , namedent-xref*

Children

link, namedent-xref

Instance

<compound id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{0,unbounded}</link>
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</compound>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="compound">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element namedent-xref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Elements

annotation, annotationset, compound, compoundset, data, dataset, resource, resourceset

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:element name="namedent-xref">
  <xs:complexType>
    <xs:attributeGroup ref="a_required-idrefs"/>
  </xs:complexType>
</xs:element>

[ top ]

Element compoundset

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

compoundgrp

Model

namedent-xref*

Children

namedent-xref

Instance

<compoundset id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</compoundset>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="compoundset">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element annotationgrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-back

Model

(annotation | annotationset)

Children

annotation, annotationset

Instance

<annotationgrp xmlns="http://www.rsc.org/schema/rscart38">
  <annotation id="" tier="">{1,1}</annotation>
  <annotationset id="" tier="">{1,1}</annotationset>
</annotationgrp>

Source

<xs:element name="annotationgrp">
  <xs:complexType>
    <xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="annotation"/>
        <xs:element ref="annotationset"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element annotation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

annotationgrp

Model

link* , namedent-xref*

Children

link, namedent-xref

Instance

<annotation id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{0,unbounded}</link>
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</annotation>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="annotation">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element annotationset

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

annotationgrp

Model

namedent-xref*

Children

namedent-xref

Instance

<annotationset id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</annotationset>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="annotationset">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element datagrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-back

Model

(data | dataset)

Children

data, dataset

Instance

<datagrp xmlns="http://www.rsc.org/schema/rscart38">
  <data id="" tier="">{1,1}</data>
  <dataset id="" tier="">{1,1}</dataset>
</datagrp>

Source

<xs:element name="datagrp">
  <xs:complexType>
    <xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="data"/>
        <xs:element ref="dataset"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element data

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

datagrp

Model

link* , namedent-xref*

Children

link, namedent-xref

Instance

<data id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{0,unbounded}</link>
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</data>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="data">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element dataset

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

datagrp

Model

namedent-xref*

Children

namedent-xref

Instance

<dataset id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</dataset>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="dataset">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element resourcegrp

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

art-back

Model

(resource | resourceset)

Children

resource, resourceset

Instance

<resourcegrp xmlns="http://www.rsc.org/schema/rscart38">
  <resource id="" tier="">{1,1}</resource>
  <resourceset id="" tier="">{1,1}</resourceset>
</resourcegrp>

Source

<xs:element name="resourcegrp">
  <xs:complexType>
    <xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="resource"/>
        <xs:element ref="resourceset"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element resource

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

resourcegrp

Model

link* , namedent-xref*

Children

link, namedent-xref

Instance

<resource id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{0,unbounded}</link>
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</resource>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="resource">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="link" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element resourceset

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

resourcegrp

Model

namedent-xref*

Children

namedent-xref

Instance

<resourceset id="" tier="" xmlns="http://www.rsc.org/schema/rscart38">
  <namedent-xref idrefs="">{0,unbounded}</namedent-xref>
</resourceset>

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	required
tier	restriction of xs:NMTOKEN	optional

Source

<xs:element name="resourceset">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="namedent-xref" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_required-id"/>
    <xs:attributeGroup ref="a_rating"/>
  </xs:complexType>
</xs:element>

[ top ]

Element news-item

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

news-section

Model

title{0,1} , authgrp{0,1} , abstract{0,1} , (p | figure | scheme | plate | chart | a | extnl-data | eqntext | mathml-display | mathml-inline | quotation | ugraphic | equation | box | table-entry | table) , footer{0,1}

Children

a, abstract, authgrp, box, chart, eqntext, equation, extnl-data, figure, footer, mathml-display, mathml-inline, p, plate, quotation, scheme, table, table-entry, title, ugraphic

Instance

<news-item id="" xmlns="http://www.rsc.org/schema/rscart38">
  <title type="">{0,1}</title>
  <authgrp>{0,1}</authgrp>
  <abstract>{0,1}</abstract>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
  <footer>{0,1}</footer>
</news-item>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:element name="news-item">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="title" minOccurs="0"/>
      <xs:element ref="authgrp" minOccurs="0"/>
      <xs:element ref="abstract" minOccurs="0"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
      <xs:element ref="footer" minOccurs="0"/>
    </xs:sequence>
    <xs:attributeGroup ref="a_id"/>
  </xs:complexType>
</xs:element>

[ top ]

Element footer

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

news-item

Model

Children

Instance

<footer xmlns="http://www.rsc.org/schema/rscart38">
  <p>{1,unbounded}</p>
</footer>

Source

<xs:element name="footer">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="p" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element book-review

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

news-section

Model

citation , authgrp{0,1} , (p | figure | scheme | plate | chart | a | extnl-data | eqntext | mathml-display | mathml-inline | quotation | ugraphic | equation | box | table-entry | table)

Children

a, authgrp, box, chart, citation, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, p, plate, quotation, scheme, table, table-entry, ugraphic

Instance

<book-review xmlns="http://www.rsc.org/schema/rscart38">
  <citation id="" type="">{1,1}</citation>
  <authgrp>{0,1}</authgrp>
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
</book-review>

Source

<xs:element name="book-review">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="citation"/>
      <xs:element ref="authgrp" minOccurs="0"/>
      <xs:choice maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element corrigenda

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

article

Model

(previous-version , corrigendum{0,1}) | corrigendum

Children

corrigendum, previous-version

Instance

<corrigenda xmlns="http://www.rsc.org/schema/rscart38">
  <previous-version xsrc="">{1,1}</previous-version>
  <corrigendum>{0,1}</corrigendum>
  <corrigendum>{1,1}</corrigendum>
</corrigenda>

Source

<xs:element name="corrigenda">
  <xs:complexType>
    <xs:choice>
      <xs:sequence>
        <xs:element ref="previous-version"/>
        <xs:element ref="corrigendum" minOccurs="0"/>
      </xs:sequence>
      <xs:element ref="corrigendum"/>
    </xs:choice>
  </xs:complexType>
</xs:element>

[ top ]

Element previous-version

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

corrigenda

Attributes

QName	Type	Fixed	Default	Use	Annotation
xsrc	xs:string			required

Source

<xs:element name="previous-version">
  <xs:complexType>
    <xs:attributeGroup ref="a_required-xsrc"/>
  </xs:complexType>
</xs:element>

[ top ]

Element corrigendum

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

corrigenda

Model

published+ , corr-body

Children

corr-body, published

Instance

<corrigendum xmlns="http://www.rsc.org/schema/rscart38">
  <published doc="" from="" to="" type="">{1,unbounded}</published>
  <corr-body>{1,1}</corr-body>
</corrigendum>

Source

<xs:element name="corrigendum">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="published" maxOccurs="unbounded"/>
      <xs:element ref="corr-body"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element corr-body

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

corrigendum

Model

corr-item+

Children

corr-item

Instance

<corr-body xmlns="http://www.rsc.org/schema/rscart38">
  <corr-item>{1,unbounded}</corr-item>
</corr-body>

Source

<xs:element name="corr-body">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="corr-item" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element corr-item

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

corr-body

Model

corr-context , corr-content

Children

corr-content, corr-context

Instance

<corr-item xmlns="http://www.rsc.org/schema/rscart38">
  <corr-context>{1,1}</corr-context>
  <corr-content>{1,1}</corr-content>
</corr-item>

Source

<xs:element name="corr-item">
  <xs:complexType>
    <xs:sequence>
      <xs:element ref="corr-context"/>
      <xs:element ref="corr-content"/>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element corr-context

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

corr-item

Model

Children

a, box, chart, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, p, plate, quotation, scheme, table, table-entry, ugraphic

Instance

<corr-context xmlns="http://www.rsc.org/schema/rscart38">
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
</corr-context>

Source

<xs:element name="corr-context">
  <xs:complexType>
    <xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element corr-content

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

content:

complex

Used by

Element

corr-item

Model

Children

a, box, chart, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, p, plate, quotation, scheme, table, table-entry, ugraphic

Instance

<corr-content xmlns="http://www.rsc.org/schema/rscart38">
  <p>{1,1}</p>
  <figure height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</figure>
  <scheme height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</scheme>
  <plate height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</plate>
  <chart height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</chart>
  <a xsrc="">{1,1}</a>
  <extnl-data id="" xsrc="">{1,1}</extnl-data>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <equation id="">{1,1}</equation>
  <box height="" id="" pos="" tint="" width="">{1,1}</box>
  <table-entry id="" xsrc="">{1,1}</table-entry>
  <table colsep="" frame="" orient="" pgwide="" rowsep="">{1,1}</table>
</corr-content>

Source

<xs:element name="corr-content">
  <xs:complexType>
    <xs:sequence>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="p"/>
        <xs:group ref="c_inter-para-elts"/>
      </xs:choice>
    </xs:sequence>
  </xs:complexType>
</xs:element>

[ top ]

Element journal

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_journal

Type hierarchy

m_journal

Properties

content:

complex

Model

link | (title+ , sercode , byline* , logo* , publisher , issn+ , coden{0,1} , board* , info* , advert* , cpyrt , volume*)

Children

advert, board, byline, coden, cpyrt, info, issn, link, logo, publisher, sercode, title, volume

Instance

<journal id="" xmlns="http://www.rsc.org/schema/rscart38">
  <link doc="" from="" to="" type="">{1,1}</link>
  <title type="">{1,unbounded}</title>
  <sercode>{1,1}</sercode>
  <byline type="">{0,unbounded}</byline>
  <logo type="">{0,unbounded}</logo>
  <publisher id="">{1,1}</publisher>
  <issn type="">{1,unbounded}</issn>
  <coden>{0,1}</coden>
  <board id="">{0,unbounded}</board>
  <info id="" level="full" type="author">{0,unbounded}</info>
  <advert id="" type="">{0,unbounded}</advert>
  <cpyrt>{1,1}</cpyrt>
  <volume id="">{0,unbounded}</volume>
</journal>

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:element name="journal">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m_journal">
        <xs:attributeGroup ref="a_required-id"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element pubname

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

extension of m_simple-text

Type hierarchy

m_simple-text

Properties

content:	complex
mixed:	true

Model

Children

Instance

<pubname xmlns="http://www.rsc.org/schema/rscart38">
  <roman>{1,1}</roman>
  <it>{1,1}</it>
  <bo>{1,1}</bo>
  <bi>{1,1}</bi>
  <scp>{1,1}</scp>
  <sansserif>{1,1}</sansserif>
  <monospace>{1,1}</monospace>
  <ul>{1,1}</ul>
  <sup>{1,1}</sup>
  <inf>{1,1}</inf>
  <list type="">{1,1}</list>
  <footnote id="">{1,1}</footnote>
  <note>{1,1}</note>
  <overbar>{1,1}</overbar>
  <underbar>{1,1}</underbar>
  <stack>{1,1}</stack>
  <fraction shape="">{1,1}</fraction>
  <warning>{1,1}</warning>
  <unknown type="">{1,1}</unknown>
  <email type="">{1,1}</email>
  <url url="">{1,1}</url>
  <eqntext display="">{1,1}</eqntext>
  <mathml-display>{1,1}</mathml-display>
  <mathml-inline>{1,1}</mathml-inline>
  <quotation display="">{1,1}</quotation>
  <ugraphic display="" height="" id="" pos="" prefix="prefix" width="" xsrc="">{1,1}</ugraphic>
  <affref idrefs="" presence="notmissing">{1,1}</affref>
  <annref idrefs="">{1,1}</annref>
  <boxref idrefs="" presence="notmissing">{1,1}</boxref>
  <chartref idrefs="" presence="notmissing">{1,1}</chartref>
  <citref idrefs="" position="" presence="notmissing">{1,1}</citref>
  <compname idrefs="">{1,1}</compname>
  <compoundref idrefs="">{1,1}</compoundref>
  <dataref idrefs="">{1,1}</dataref>
  <eqnref idrefs="" presence="notmissing">{1,1}</eqnref>
  <extnl-dataref idrefs="">{1,1}</extnl-dataref>
  <figref idrefs="" presence="notmissing">{1,1}</figref>
  <fnoteref idrefs="" presence="notmissing">{1,1}</fnoteref>
  <plateref idrefs="" presence="notmissing">{1,1}</plateref>
  <resourceref idrefs="">{1,1}</resourceref>
  <schemref idrefs="" presence="notmissing">{1,1}</schemref>
  <tableref idrefs="" presence="notmissing">{1,1}</tableref>
  <textref idrefs="" presence="notmissing">{1,1}</textref>
  <editnote type="">{1,1}</editnote>
  <geolocation elev="" lat="" lon="" qf="">{1,1}</geolocation>
</pubname>

Source

<xs:element name="pubname">
  <xs:complexType mixed="true">
    <xs:complexContent>
      <xs:extension base="m_simple-text"/>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:reln

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:DeprecatedContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:reln xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:reln>

Source

<xs:element name="reln" substitutionGroup="m:DeprecatedContExp">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:fn

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:DeprecatedContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:fn xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:fn>

Source

<xs:element name="fn" substitutionGroup="m:DeprecatedContExp">
  <xs:complexType>
    <xs:group ref="m:ContExp"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:declare

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:DeprecatedContExp

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:declare definitionURL="" encoding="" nargs="" occurrence="" scope="" type="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:declare>

Attributes

QName	Type	Use
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
nargs	xs:nonNegativeInteger	optional
occurrence	restriction of xs:token	optional
scope	xs:string	optional
type	xs:string	optional

Source

<xs:element name="declare" substitutionGroup="m:DeprecatedContExp">
  <xs:complexType>
    <xs:group maxOccurs="unbounded" ref="m:ContExp"/>
    <xs:attribute name="type" type="xs:string"/>
    <xs:attribute name="scope" type="xs:string"/>
    <xs:attribute name="nargs" type="xs:nonNegativeInteger"/>
    <xs:attribute name="occurrence">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="prefix"/>
          <xs:enumeration value="infix"/>
          <xs:enumeration value="function-model"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:interval

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:interval.class

Source

<xs:element name="interval" substitutionGroup="m:interval.class"/>

[ top ]

Element m:inverse

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="inverse" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:ident

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="ident" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:domain

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="domain" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:codomain

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="codomain" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:image

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="image" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:ln

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="ln" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:log

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="log" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:moment

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="moment" substitutionGroup="m:unary-functional.class"/>

[ top ]

Element m:lambda

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:lambda.class

Source

<xs:element name="lambda" substitutionGroup="m:lambda.class"/>

[ top ]

Element m:compose

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-functional.class

Source

<xs:element name="compose" substitutionGroup="m:nary-functional.class"/>

[ top ]

Element m:max

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-minmax.class

Source

<xs:element name="max" substitutionGroup="m:nary-minmax.class"/>

[ top ]

Element m:min

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-minmax.class

Source

<xs:element name="min" substitutionGroup="m:nary-minmax.class"/>

[ top ]

Element m:plus

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="plus" substitutionGroup="m:nary-arith.class"/>

[ top ]

Element m:times

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="times" substitutionGroup="m:nary-arith.class"/>

[ top ]

Element m:gcd

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="gcd" substitutionGroup="m:nary-arith.class"/>

[ top ]

Element m:lcm

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="lcm" substitutionGroup="m:nary-arith.class"/>

[ top ]

Element m:and

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-logical.class

Source

<xs:element name="and" substitutionGroup="m:nary-logical.class"/>

[ top ]

Element m:or

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-logical.class

Source

<xs:element name="or" substitutionGroup="m:nary-logical.class"/>

[ top ]

Element m:xor

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-logical.class

Source

<xs:element name="xor" substitutionGroup="m:nary-logical.class"/>

[ top ]

Element m:not

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-logical.class

Source

<xs:element name="not" substitutionGroup="m:unary-logical.class"/>

[ top ]

Element m:implies

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-logical.class

Source

<xs:element name="implies" substitutionGroup="m:binary-logical.class"/>

[ top ]

Element m:equivalent

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-logical.class

Source

<xs:element name="equivalent" substitutionGroup="m:binary-logical.class"/>

[ top ]

Element m:forall

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:quantifier.class

Source

<xs:element name="forall" substitutionGroup="m:quantifier.class"/>

[ top ]

Element m:exists

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:quantifier.class

Source

<xs:element name="exists" substitutionGroup="m:quantifier.class"/>

[ top ]

Element m:eq

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="eq" substitutionGroup="m:nary-reln.class"/>

[ top ]

Element m:gt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="gt" substitutionGroup="m:nary-reln.class"/>

[ top ]

Element m:lt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="lt" substitutionGroup="m:nary-reln.class"/>

[ top ]

Element m:geq

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="geq" substitutionGroup="m:nary-reln.class"/>

[ top ]

Element m:leq

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="leq" substitutionGroup="m:nary-reln.class"/>

[ top ]

Element m:neq

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:binary-reln.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="neq" substitutionGroup="m:binary-reln.class">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:approx

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:binary-reln.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="approx" substitutionGroup="m:binary-reln.class">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:factorof

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:binary-reln.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="factorof" substitutionGroup="m:binary-reln.class">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:tendsto

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:binary-reln.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:element name="tendsto" substitutionGroup="m:binary-reln.class">
  <xs:complexType>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
    <xs:attribute name="type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:int

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:int.class

Source

<xs:element name="int" substitutionGroup="m:int.class"/>

[ top ]

Element m:diff

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:Differential-Operator.class

Source

<xs:element name="diff" substitutionGroup="m:Differential-Operator.class"/>

[ top ]

Element m:partialdiff

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:partialdiff.class

Source

<xs:element name="partialdiff" substitutionGroup="m:partialdiff.class"/>

[ top ]

Element m:divergence

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="divergence" substitutionGroup="m:unary-veccalc.class"/>

[ top ]

Element m:grad

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="grad" substitutionGroup="m:unary-veccalc.class"/>

[ top ]

Element m:curl

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="curl" substitutionGroup="m:unary-veccalc.class"/>

[ top ]

Element m:laplacian

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="laplacian" substitutionGroup="m:unary-veccalc.class"/>

[ top ]

Element m:set

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:nary-setlist-constructor.class

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:bvar, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:condition, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:domainofapplication, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:lowlimit, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class, m:uplimit

Instance

<m:set class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:bvar>{0,unbounded}</m:bvar>
  <m:domainofapplication>{1,1}</m:domainofapplication>
  <m:condition>{1,1}</m:condition>
  <m:lowlimit>{1,1}</m:lowlimit>
  <m:uplimit>{0,1}</m:uplimit>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:set>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:element name="set" substitutionGroup="m:nary-setlist-constructor.class">
  <xs:complexType>
    <xs:sequence>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:BvarQ"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:DomainQ"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
    <xs:attribute name="type"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:list

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:nary-setlist-constructor.class

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:bvar, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:condition, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:domainofapplication, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:lowlimit, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class, m:uplimit

Instance

<m:list class="" definitionURL="" encoding="" href="" id="" order="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:bvar>{0,unbounded}</m:bvar>
  <m:domainofapplication>{1,1}</m:domainofapplication>
  <m:condition>{1,1}</m:condition>
  <m:lowlimit>{1,1}</m:lowlimit>
  <m:uplimit>{0,1}</m:uplimit>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
</m:list>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
order	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="list" substitutionGroup="m:nary-setlist-constructor.class">
  <xs:complexType>
    <xs:sequence>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:BvarQ"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:DomainQ"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:ContExp"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:CommonAtt"/>
    <xs:attributeGroup ref="m:DefEncAtt"/>
    <xs:attribute name="order">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="numeric"/>
          <xs:enumeration value="lexicographic"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:attribute>
  </xs:complexType>
</xs:element>

[ top ]

Element m:union

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-set.class

Source

<xs:element name="union" substitutionGroup="m:nary-set.class"/>

[ top ]

Element m:intersect

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-set.class

Source

<xs:element name="intersect" substitutionGroup="m:nary-set.class"/>

[ top ]

Element m:cartesianproduct

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-set.class

Source

<xs:element name="cartesianproduct" substitutionGroup="m:nary-set.class"/>

[ top ]

Element m:in

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="in" substitutionGroup="m:binary-set.class"/>

[ top ]

Element m:notin

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="notin" substitutionGroup="m:binary-set.class"/>

[ top ]

Element m:notsubset

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="notsubset" substitutionGroup="m:binary-set.class"/>

[ top ]

Element m:notprsubset

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="notprsubset" substitutionGroup="m:binary-set.class"/>

[ top ]

Element m:setdiff

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="setdiff" substitutionGroup="m:binary-set.class"/>

[ top ]

Element m:subset

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-set-reln.class

Source

<xs:element name="subset" substitutionGroup="m:nary-set-reln.class"/>

[ top ]

Element m:prsubset

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-set-reln.class

Source

<xs:element name="prsubset" substitutionGroup="m:nary-set-reln.class"/>

[ top ]

Element m:card

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-set.class

Source

<xs:element name="card" substitutionGroup="m:unary-set.class"/>

[ top ]

Element m:sum

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:sum.class

Source

<xs:element name="sum" substitutionGroup="m:sum.class"/>

[ top ]

Element m:product

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:product.class

Source

<xs:element name="product" substitutionGroup="m:product.class"/>

[ top ]

Element m:limit

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:limit.class

Source

<xs:element name="limit" substitutionGroup="m:limit.class"/>

[ top ]

Element m:sin

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sin" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:cos

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="cos" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:tan

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="tan" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:sec

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sec" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:csc

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="csc" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:cot

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="cot" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:sinh

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sinh" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:cosh

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="cosh" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:tanh

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="tanh" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:sech

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sech" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:csch

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="csch" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:coth

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="coth" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arcsin

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsin" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arccos

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccos" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arctan

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arctan" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arccosh

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccosh" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arccot

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccot" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arccoth

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccoth" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arccsc

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccsc" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arccsch

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccsch" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arcsec

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsec" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arcsech

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsech" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arcsinh

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsinh" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:arctanh

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arctanh" substitutionGroup="m:unary-elementary.class"/>

[ top ]

Element m:mean

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="mean" substitutionGroup="m:nary-stats.class"/>

[ top ]

Element m:sdev

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="sdev" substitutionGroup="m:nary-stats.class"/>

[ top ]

Element m:variance

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="variance" substitutionGroup="m:nary-stats.class"/>

[ top ]

Element m:median

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="median" substitutionGroup="m:nary-stats.class"/>

[ top ]

Element m:mode

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="mode" substitutionGroup="m:nary-stats.class"/>

[ top ]

Element m:vector

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-constructor.class

Source

<xs:element name="vector" substitutionGroup="m:nary-constructor.class"/>

[ top ]

Element m:matrix

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-constructor.class

Source

<xs:element name="matrix" substitutionGroup="m:nary-constructor.class"/>

[ top ]

Element m:matrixrow

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-constructor.class

Source

<xs:element name="matrixrow" substitutionGroup="m:nary-constructor.class"/>

[ top ]

Element m:determinant

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-linalg.class

Source

<xs:element name="determinant" substitutionGroup="m:unary-linalg.class"/>

[ top ]

Element m:transpose

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:unary-linalg.class

Source

<xs:element name="transpose" substitutionGroup="m:unary-linalg.class"/>

[ top ]

Element m:selector

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:nary-linalg.class

Source

<xs:element name="selector" substitutionGroup="m:nary-linalg.class"/>

[ top ]

Element m:vectorproduct

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-linalg.class

Source

<xs:element name="vectorproduct" substitutionGroup="m:binary-linalg.class"/>

[ top ]

Element m:scalarproduct

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-linalg.class

Source

<xs:element name="scalarproduct" substitutionGroup="m:binary-linalg.class"/>

[ top ]

Element m:outerproduct

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:binary-linalg.class

Source

<xs:element name="outerproduct" substitutionGroup="m:binary-linalg.class"/>

[ top ]

Element m:integers

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="integers" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:reals

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="reals" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:rationals

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="rationals" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:naturalnumbers

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="naturalnumbers" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:complexes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="complexes" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:primes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="primes" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:emptyset

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="emptyset" substitutionGroup="m:constant-set.class"/>

[ top ]

Element m:exponentiale

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="exponentiale" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:imaginaryi

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="imaginaryi" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:notanumber

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="notanumber" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:true

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="true" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:false

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="false" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:pi

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="pi" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:eulergamma

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="eulergamma" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:infinity

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="infinity" substitutionGroup="m:constant-arith.class"/>

[ top ]

Element m:semantics-contexp / m:semantics

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:annotation, m:annotation-xml, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:annotation cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="">{1,1}</m:annotation>
  <m:annotation-xml cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" src="" style="" xref="">{1,1}</m:annotation-xml>
</m:semantics>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="semantics">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:ContExp"/>
      <xs:choice minOccurs="0" maxOccurs="unbounded">
        <xs:element ref="m:annotation"/>
        <xs:element ref="m:annotation-xml"/>
      </xs:choice>
    </xs:sequence>
    <xs:attributeGroup ref="m:semantics.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:TableRowExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:mlabeledtr
m:mtr

Used by

Element

m:mtable

Source

<xs:element name="TableRowExpression" abstract="true"/>

[ top ]

Element m:TableCellExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:	complex
abstract:	true

Substitution Group

m:mtd

Used by

Elements

m:mlabeledtr, m:mtr

Model

Children

Instance

<m:TableCellExpression class="" columnalign="" columnspan="" groupalign="" href="" id="" mathbackground="" mathcolor="" other="" rowalign="" rowspan="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:TableCellExpression>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
columnalign	m:columnalignstyle	optional
columnspan	m:positive-integer	optional
groupalign	m:group-alignment-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
rowalign	restriction of xs:token	optional
rowspan	m:positive-integer	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="TableCellExpression" abstract="true">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:mtd.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mscarries

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:MstackExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:mscarry, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:none, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:mscarries class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" position="" scriptsizemultiplier="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:none class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:none>
  <m:mscarry class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:mscarry>
</m:mscarries>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
crossout	list of restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
location	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
scriptsizemultiplier	m:number	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mscarries">
  <xs:complexType>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:group ref="m:MsrowExpression"/>
      <xs:element ref="m:mscarry"/>
    </xs:choice>
    <xs:attributeGroup ref="m:mscarries.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:none

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Groups

m:MsrowExpression, m:MultiScriptExpression

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="none">
  <xs:complexType>
    <xs:attributeGroup ref="m:none.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mscarry

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element

m:mscarries

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:none, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:mscarry class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:none class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:none>
</m:mscarry>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
crossout	list of restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
location	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mscarry">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MsrowExpression"/>
    <xs:attributeGroup ref="m:mscarry.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msline

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:MstackExpression

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
other		optional
position	m:integer	optional
rightoverhang	m:length	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="msline">
  <xs:complexType>
    <xs:attributeGroup ref="m:msline.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msrow

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:MstackExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:none, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:msrow class="" href="" id="" mathbackground="" mathcolor="" other="" position="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:none class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:none>
</m:msrow>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="msrow">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MsrowExpression"/>
    <xs:attributeGroup ref="m:msrow.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msgroup

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element Group

m:MstackExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:mscarries, m:msgroup, m:msline, m:msrow, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:msgroup class="" href="" id="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:mscarries class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" position="" scriptsizemultiplier="" style="" xref="">{1,1}</m:mscarries>
  <m:msline class="" href="" id="" leftoverhang="" length="" mathbackground="" mathcolor="" mslinethickness="" other="" position="" rightoverhang="" style="" xref="">{1,1}</m:msline>
  <m:msrow class="" href="" id="" mathbackground="" mathcolor="" other="" position="" style="" xref="">{1,1}</m:msrow>
  <m:msgroup class="" href="" id="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="">{1,1}</m:msgroup>
</m:msgroup>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
shift	m:integer	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="msgroup">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MstackExpression"/>
    <xs:attributeGroup ref="m:msgroup.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:TokenExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:mi
m:mn
m:mo
m:mtext
m:mspace
m:ms

Substitution Group Affiliation

m:PresentationExpression

Source

<xs:element name="TokenExpression" abstract="true" substitutionGroup="m:PresentationExpression"/>

[ top ]

Element m:malignmark

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:MalignExpression

Used by

Element Group

m:token.content

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
edge	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="malignmark" substitutionGroup="m:MalignExpression">
  <xs:complexType>
    <xs:attributeGroup ref="m:malignmark.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mi

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Substitution Group Affiliation

m:TokenExpression

Model

(m:mglyph | m:malignmark)

Children

m:malignmark, m:mglyph

Instance

<m:mi background="" class="" color="" dir="" fontfamily="" fontsize="" fontstyle="" fontweight="" href="" id="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:malignmark class="" edge="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:malignmark>
</m:mi>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mi" substitutionGroup="m:TokenExpression">
  <xs:complexType mixed="true">
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:token.content"/>
    <xs:attributeGroup ref="m:mi.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mn

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Substitution Group Affiliation

m:TokenExpression

Model

(m:mglyph | m:malignmark)

Children

m:malignmark, m:mglyph

Instance

<m:mn background="" class="" color="" dir="" fontfamily="" fontsize="" fontstyle="" fontweight="" href="" id="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:malignmark class="" edge="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:malignmark>
</m:mn>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mn" substitutionGroup="m:TokenExpression">
  <xs:complexType mixed="true">
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:token.content"/>
    <xs:attributeGroup ref="m:mn.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mo

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Substitution Group Affiliation

m:TokenExpression

Model

(m:mglyph | m:malignmark)

Children

m:malignmark, m:mglyph

Instance

<m:mo accent="" background="" class="" color="" dir="" fence="" fontfamily="" fontsize="" fontstyle="" fontweight="" form="" href="" id="" indentalign="" indentalignfirst="" indentalignlast="" indentshift="" indentshiftfirst="" indentshiftlast="" indenttarget="" largeop="" linebreak="" linebreakmultchar="" linebreakstyle="" lineleading="" lspace="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" minsize="" movablelimits="" other="" rspace="" separator="" stretchy="" style="" symmetric="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:malignmark class="" edge="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:malignmark>
</m:mo>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
accent	restriction of xs:token	optional
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fence	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
form	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
largeop	restriction of xs:token	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
lspace	m:length	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
minsize	m:length	optional
movablelimits	restriction of xs:token	optional
other		optional
rspace	m:length	optional
separator	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
style	xs:string	optional
symmetric	restriction of xs:token	optional
xref		optional

Source

<xs:element name="mo" substitutionGroup="m:TokenExpression">
  <xs:complexType mixed="true">
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:token.content"/>
    <xs:attributeGroup ref="m:mo.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mtext

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Substitution Group Affiliation

m:TokenExpression

Model

(m:mglyph | m:malignmark)

Children

m:malignmark, m:mglyph

Instance

<m:mtext background="" class="" color="" dir="" fontfamily="" fontsize="" fontstyle="" fontweight="" href="" id="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:malignmark class="" edge="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:malignmark>
</m:mtext>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mtext" substitutionGroup="m:TokenExpression">
  <xs:complexType mixed="true">
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:token.content"/>
    <xs:attributeGroup ref="m:mtext.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mspace

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:TokenExpression

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
depth	m:length	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
linebreak	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
width	m:length	optional
xref		optional

Source

<xs:element name="mspace" substitutionGroup="m:TokenExpression">
  <xs:complexType>
    <xs:attributeGroup ref="m:mspace.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:ms

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:	complex
mixed:	true

Substitution Group Affiliation

m:TokenExpression

Model

(m:mglyph | m:malignmark)

Children

m:malignmark, m:mglyph

Instance

<m:ms background="" class="" color="" dir="" fontfamily="" fontsize="" fontstyle="" fontweight="" href="" id="" lquote="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" rquote="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:mglyph alt="" background="" class="" color="" fontfamily="" fontsize="" fontstyle="" fontweight="" height="" href="" id="" index="" mathbackground="" mathcolor="" mathsize="" mathvariant="" other="" src="" style="" valign="" width="" xref="">{1,1}</m:mglyph>
  <m:malignmark class="" edge="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:malignmark>
</m:ms>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
lquote		optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
rquote		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="ms" substitutionGroup="m:TokenExpression">
  <xs:complexType mixed="true">
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:token.content"/>
    <xs:attributeGroup ref="m:ms.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mprescripts

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Used by

Element

m:mmultiscripts

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mprescripts">
  <xs:complexType>
    <xs:attributeGroup ref="m:mprescripts.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:MalignExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

abstract:

true

Substitution Group

m:malignmark
m:maligngroup

Substitution Group Affiliation

m:PresentationExpression

Source

<xs:element name="MalignExpression" abstract="true" substitutionGroup="m:PresentationExpression"/>

[ top ]

Element m:maligngroup

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:MalignExpression

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
groupalign	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="maligngroup" substitutionGroup="m:MalignExpression">
  <xs:complexType>
    <xs:attributeGroup ref="m:maligngroup.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mrow

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mrow class="" dir="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mrow>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
dir	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mrow" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MathExpression"/>
    <xs:attributeGroup ref="m:mrow.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mfrac

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mfrac bevelled="" class="" denomalign="" href="" id="" linethickness="" mathbackground="" mathcolor="" numalign="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mfrac>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
bevelled	restriction of xs:token	optional
class	xs:NMTOKENS	optional
denomalign	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
numalign	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mfrac" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mfrac.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msqrt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:msqrt class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:msqrt>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="msqrt" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:msqrt.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mroot

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mroot class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mroot>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mroot" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mroot.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mstyle

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mstyle accent="" accentunder="" align="" alignmentscope="" background="" bevelled="" charalign="" charspacing="" class="" close="" color="" columnalign="" columnlines="" columnspacing="" columnspan="" columnwidth="" crossout="" decimalpoint="" denomalign="" depth="" dir="" displaystyle="" edge="" equalcolumns="" equalrows="" fence="" fontfamily="" fontsize="" fontstyle="" fontweight="" form="" frame="" framespacing="" groupalign="" height="" href="" id="" indentalign="" indentalignfirst="" indentalignlast="" indentshift="" indentshiftfirst="" indentshiftlast="" indenttarget="" infixlinebreakstyle="" largeop="" leftoverhang="" length="" linebreak="" linebreakmultchar="" linebreakstyle="" lineleading="" linethickness="" location="" longdivstyle="" lquote="" lspace="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" mediummathspace="" minlabelspacing="" minsize="" movablelimits="" mslinethickness="" notation="" numalign="" open="" other="" position="" rightoverhang="" rowalign="" rowlines="" rowspacing="" rowspan="" rquote="" rspace="" scriptlevel="" scriptminsize="" scriptsizemultiplier="" selection="" separator="" separators="" shift="" side="" stackalign="" stretchy="" style="" subscriptshift="" superscriptshift="" symmetric="" thickmathspace="" thinmathspace="" valign="" verythickmathspace="" verythinmathspace="" veryverythickmathspace="" veryverythinmathspace="" width="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mstyle>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
alignmentscope	restriction of list of restriction of xs:token	optional
background	union of(m:color, restriction of xs:token)	optional
bevelled	restriction of xs:token	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
close		optional
color	m:color	optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnspan	m:positive-integer	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
crossout	list of restriction of xs:token	optional
decimalpoint	m:character	optional
denomalign	restriction of xs:token	optional
depth	m:length	optional
dir	restriction of xs:token	optional
displaystyle	restriction of xs:token	optional
edge	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
fence	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
form	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
infixlinebreakstyle	restriction of xs:token	optional
largeop	restriction of xs:token	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
location	restriction of xs:token	optional
longdivstyle	restriction of xs:token	optional
lquote		optional
lspace	m:length	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
mediummathspace	m:length	optional
minlabelspacing	m:length	optional
minsize	m:length	optional
movablelimits	restriction of xs:token	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
notation		optional
numalign	restriction of xs:token	optional
open		optional
other		optional
position	m:integer	optional
rightoverhang	m:length	optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
rowspan	m:positive-integer	optional
rquote		optional
rspace	m:length	optional
scriptlevel	m:integer	optional
scriptminsize	m:length	optional
scriptsizemultiplier	m:number	optional
selection	m:positive-integer	optional
separator	restriction of xs:token	optional
separators		optional
shift	m:integer	optional
side	restriction of xs:token	optional
stackalign	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
symmetric	restriction of xs:token	optional
thickmathspace	m:length	optional
thinmathspace	m:length	optional
valign	m:length	optional
verythickmathspace	m:length	optional
verythinmathspace	m:length	optional
veryverythickmathspace	m:length	optional
veryverythinmathspace	m:length	optional
width	m:length	optional
xref		optional

Source

<xs:element name="mstyle" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:mstyle.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:merror

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:merror class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:merror>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="merror" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:merror.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mpadded

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mpadded class="" depth="" height="" href="" id="" lspace="" mathbackground="" mathcolor="" other="" style="" voffset="" width="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mpadded>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
depth	m:mpadded-length	optional
height	m:mpadded-length	optional
href	xs:anyURI	optional
id	xs:ID	optional
lspace	m:mpadded-length	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
voffset	m:mpadded-length	optional
width	m:mpadded-length	optional
xref		optional

Source

<xs:element name="mpadded" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:mpadded.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mphantom

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mphantom class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mphantom>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mphantom" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:mphantom.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mfenced

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mfenced class="" close="" href="" id="" mathbackground="" mathcolor="" open="" other="" separators="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mfenced>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
close		optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
open		optional
other		optional
separators		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mfenced" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MathExpression"/>
    <xs:attributeGroup ref="m:mfenced.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:menclose

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:ImpliedMrow

Type hierarchy

m:ImpliedMrow

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:menclose class="" href="" id="" mathbackground="" mathcolor="" notation="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:menclose>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
notation		optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="menclose" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:complexContent>
      <xs:extension base="m:ImpliedMrow">
        <xs:attributeGroup ref="m:menclose.attributes"/>
      </xs:extension>
    </xs:complexContent>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msub

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:msub class="" href="" id="" mathbackground="" mathcolor="" other="" style="" subscriptshift="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:msub>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
subscriptshift	m:length	optional
xref		optional

Source

<xs:element name="msub" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:msub.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msup

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:msup class="" href="" id="" mathbackground="" mathcolor="" other="" style="" superscriptshift="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:msup>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
superscriptshift	m:length	optional
xref		optional

Source

<xs:element name="msup" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:msup.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:msubsup

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:msubsup class="" href="" id="" mathbackground="" mathcolor="" other="" style="" subscriptshift="" superscriptshift="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:msubsup>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
xref		optional

Source

<xs:element name="msubsup" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:msubsup.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:munder

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:munder accentunder="" align="" class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:munder>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="munder" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:munder.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mover

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:mover accent="" align="" class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:mover>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
accent	restriction of xs:token	optional
align	restriction of xs:token	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mover" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mover.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:munderover

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:munderover accent="" accentunder="" align="" class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:munderover>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:element name="munderover" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
      <xs:group ref="m:MathExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:munderover.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mmultiscripts

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:mprescripts, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:none, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:mmultiscripts class="" href="" id="" mathbackground="" mathcolor="" other="" style="" subscriptshift="" superscriptshift="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
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  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:none class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:none>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:none class="" href="" id="" mathbackground="" mathcolor="" other="" style="" xref="">{1,1}</m:none>
</m:mmultiscripts>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
xref		optional

Source

<xs:element name="mmultiscripts" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MathExpression"/>
      <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MultiScriptExpression"/>
      <xs:sequence minOccurs="0">
        <xs:element ref="m:mprescripts"/>
        <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MultiScriptExpression"/>
      </xs:sequence>
    </xs:sequence>
    <xs:attributeGroup ref="m:mmultiscripts.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mtable

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

m:TableRowExpression*

Children

m:TableRowExpression

Instance

<m:mtable align="" alignmentscope="" class="" columnalign="" columnlines="" columnspacing="" columnwidth="" displaystyle="" equalcolumns="" equalrows="" frame="" framespacing="" groupalign="" href="" id="" mathbackground="" mathcolor="" minlabelspacing="" other="" rowalign="" rowlines="" rowspacing="" side="" style="" width="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:TableRowExpression>{0,unbounded}</m:TableRowExpression>
</m:mtable>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
align	restriction of xs:string	optional
alignmentscope	restriction of list of restriction of xs:token	optional
class	xs:NMTOKENS	optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
displaystyle	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
minlabelspacing	m:length	optional
other		optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
side	restriction of xs:token	optional
style	xs:string	optional
width	union of(m:length, restriction of xs:token)	optional
xref		optional

Source

<xs:element name="mtable" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:element minOccurs="0" maxOccurs="unbounded" ref="m:TableRowExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mtable.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mlabeledtr

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:TableRowExpression

Model

m:TableCellExpression+

Children

m:TableCellExpression

Instance

<m:mlabeledtr class="" columnalign="" groupalign="" href="" id="" mathbackground="" mathcolor="" other="" rowalign="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:TableCellExpression class="" columnalign="" columnspan="" groupalign="" href="" id="" mathbackground="" mathcolor="" other="" rowalign="" rowspan="" style="" xref="">{1,unbounded}</m:TableCellExpression>
</m:mlabeledtr>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
columnalign	restriction of list of m:columnalignstyle	optional
groupalign	m:group-alignment-list-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
rowalign	restriction of xs:token	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mlabeledtr" substitutionGroup="m:TableRowExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:element maxOccurs="unbounded" ref="m:TableCellExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mlabeledtr.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mtr

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:TableRowExpression

Model

m:TableCellExpression*

Children

m:TableCellExpression

Instance

<m:mtr class="" columnalign="" groupalign="" href="" id="" mathbackground="" mathcolor="" other="" rowalign="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:TableCellExpression class="" columnalign="" columnspan="" groupalign="" href="" id="" mathbackground="" mathcolor="" other="" rowalign="" rowspan="" style="" xref="">{0,unbounded}</m:TableCellExpression>
</m:mtr>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
columnalign	restriction of list of m:columnalignstyle	optional
groupalign	m:group-alignment-list-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
rowalign	restriction of xs:token	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mtr" substitutionGroup="m:TableRowExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:element minOccurs="0" maxOccurs="unbounded" ref="m:TableCellExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mtr.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mtd

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Substitution Group Affiliation

m:TableCellExpression

Source

<xs:element name="mtd" substitutionGroup="m:TableCellExpression"/>

[ top ]

Element m:mstack

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:mscarries, m:msgroup, m:msline, m:msrow, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:mstack align="" charalign="" charspacing="" class="" href="" id="" mathbackground="" mathcolor="" other="" stackalign="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:mscarries class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" position="" scriptsizemultiplier="" style="" xref="">{1,1}</m:mscarries>
  <m:msline class="" href="" id="" leftoverhang="" length="" mathbackground="" mathcolor="" mslinethickness="" other="" position="" rightoverhang="" style="" xref="">{1,1}</m:msline>
  <m:msrow class="" href="" id="" mathbackground="" mathcolor="" other="" position="" style="" xref="">{1,1}</m:msrow>
  <m:msgroup class="" href="" id="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="">{1,1}</m:msgroup>
</m:mstack>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
align	restriction of xs:string	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
stackalign	restriction of xs:token	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mstack" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MstackExpression"/>
    <xs:attributeGroup ref="m:mstack.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:mlongdiv

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:mscarries, m:msgroup, m:msline, m:msrow, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Instance

<m:mlongdiv class="" href="" id="" longdivstyle="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:mscarries class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" position="" scriptsizemultiplier="" style="" xref="">{1,1}</m:mscarries>
  <m:msline class="" href="" id="" leftoverhang="" length="" mathbackground="" mathcolor="" mslinethickness="" other="" position="" rightoverhang="" style="" xref="">{1,1}</m:msline>
  <m:msrow class="" href="" id="" mathbackground="" mathcolor="" other="" position="" style="" xref="">{1,1}</m:msrow>
  <m:msgroup class="" href="" id="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="">{1,1}</m:msgroup>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:mscarries class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" position="" scriptsizemultiplier="" style="" xref="">{1,1}</m:mscarries>
  <m:msline class="" href="" id="" leftoverhang="" length="" mathbackground="" mathcolor="" mslinethickness="" other="" position="" rightoverhang="" style="" xref="">{1,1}</m:msline>
  <m:msrow class="" href="" id="" mathbackground="" mathcolor="" other="" position="" style="" xref="">{1,1}</m:msrow>
  <m:msgroup class="" href="" id="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="">{1,1}</m:msgroup>
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
  <m:mscarries class="" crossout="" href="" id="" location="" mathbackground="" mathcolor="" other="" position="" scriptsizemultiplier="" style="" xref="">{1,1}</m:mscarries>
  <m:msline class="" href="" id="" leftoverhang="" length="" mathbackground="" mathcolor="" mslinethickness="" other="" position="" rightoverhang="" style="" xref="">{1,1}</m:msline>
  <m:msrow class="" href="" id="" mathbackground="" mathcolor="" other="" position="" style="" xref="">{1,1}</m:msrow>
  <m:msgroup class="" href="" id="" mathbackground="" mathcolor="" other="" position="" shift="" style="" xref="">{1,1}</m:msgroup>
</m:mlongdiv>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
longdivstyle	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
shift	m:integer	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="mlongdiv" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:sequence>
      <xs:group ref="m:MstackExpression"/>
      <xs:group ref="m:MstackExpression"/>
      <xs:group maxOccurs="unbounded" ref="m:MstackExpression"/>
    </xs:sequence>
    <xs:attributeGroup ref="m:mlongdiv.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Element m:maction

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

content:

complex

Substitution Group Affiliation

m:PresentationExpression

Model

Children

Instance

<m:maction actiontype="" class="" href="" id="" mathbackground="" mathcolor="" other="" selection="" style="" xref="" xmlns:m="http://www.w3.org/1998/Math/MathML">
  <m:apply class="" href="" id="" other="" style="" xref="">{1,1}</m:apply>
  <m:bind class="" href="" id="" other="" style="" xref="">{1,1}</m:bind>
  <m:ci class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:ci>
  <m:cn cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:cn>
  <m:csymbol cd="" class="" definitionURL="" encoding="" href="" id="" other="" style="" type="" xref="">{1,1}</m:csymbol>
  <m:cbytes class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cbytes>
  <m:cerror class="" href="" id="" other="" style="" xref="">{1,1}</m:cerror>
  <m:cs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:cs>
  <m:share class="" href="" id="" other="" src="" style="" xref="">{1,1}</m:share>
  <m:piecewise class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:piecewise>
  <m:DeprecatedContExp>{1,1}</m:DeprecatedContExp>
  <m:interval.class class="" closure="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:interval.class>
  <m:unary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-functional.class>
  <m:lambda.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:lambda.class>
  <m:nary-functional.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-functional.class>
  <m:quotient class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quotient>
  <m:divide class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:divide>
  <m:minus class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:minus>
  <m:power class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:power>
  <m:rem class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:rem>
  <m:root class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:root>
  <m:factorial class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:factorial>
  <m:abs class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:abs>
  <m:conjugate class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:conjugate>
  <m:arg class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:arg>
  <m:real class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:real>
  <m:imaginary class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:imaginary>
  <m:floor class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:floor>
  <m:ceiling class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:ceiling>
  <m:exp class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:exp>
  <m:nary-minmax.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-minmax.class>
  <m:nary-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-arith.class>
  <m:nary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-logical.class>
  <m:unary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-logical.class>
  <m:binary-logical.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-logical.class>
  <m:quantifier.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:quantifier.class>
  <m:nary-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-reln.class>
  <m:binary-reln.class>{1,1}</m:binary-reln.class>
  <m:int.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:int.class>
  <m:Differential-Operator.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:Differential-Operator.class>
  <m:partialdiff.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:partialdiff.class>
  <m:unary-veccalc.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-veccalc.class>
  <m:nary-setlist-constructor.class>{1,1}</m:nary-setlist-constructor.class>
  <m:nary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set.class>
  <m:binary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-set.class>
  <m:nary-set-reln.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-set-reln.class>
  <m:unary-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-set.class>
  <m:sum.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:sum.class>
  <m:product.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:product.class>
  <m:limit.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:limit.class>
  <m:unary-elementary.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-elementary.class>
  <m:nary-stats.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-stats.class>
  <m:nary-constructor.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-constructor.class>
  <m:unary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:unary-linalg.class>
  <m:nary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:nary-linalg.class>
  <m:binary-linalg.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:binary-linalg.class>
  <m:constant-set.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-set.class>
  <m:constant-arith.class class="" definitionURL="" encoding="" href="" id="" other="" style="" xref="">{1,1}</m:constant-arith.class>
  <m:PresentationExpression>{1,1}</m:PresentationExpression>
  <m:semantics cd="" class="" definitionURL="" encoding="" href="" id="" name="" other="" style="" xref="">{1,1}</m:semantics>
</m:maction>

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
actiontype		required
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
selection	m:positive-integer	optional
style	xs:string	optional
xref		optional

Source

<xs:element name="maction" substitutionGroup="m:PresentationExpression">
  <xs:complexType>
    <xs:group maxOccurs="unbounded" ref="m:MathExpression"/>
    <xs:attributeGroup ref="m:maction.attributes"/>
  </xs:complexType>
</xs:element>

[ top ]

Complex Type m_simple-text

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Elements

aat, abs, addrelt, bi, biblscope, bo, byline, cat, citpub, cmd, commentary, confname, cpyrt, denom, editor, fname, funder-name, gin, iay, icp, imx, inf, it, keyword, link, mat, monospace, nameelt, no, numer, overbar, pdt, pubname, pubplace, qualifier, rct, role, roman, sansserif, scp, subject, sup, surname, term, toc-head, ul, underbar, unknown, warning, who

Model

Children

Source

<xs:complexType name="m_simple-text" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_text-elts"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_text-or-paras

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Elements

abstract, ack, dd, dedicate, footnote, head, ictext, note, toc-entry

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Source

<xs:complexType name="m_text-or-paras" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_text-elts"/>
    <xs:element ref="p"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_para-text

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Element

Model

Children

Source

<xs:complexType name="m_para-text" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_para-elts"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_simple-text-or-paras

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Elements

arttitle, citext, eqntext, item, quotation, sertitle, subtitle, title

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, list, mathml-display, mathml-inline, monospace, note, overbar, p, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Source

<xs:complexType name="m_simple-text-or-paras" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_text-elts"/>
    <xs:element ref="p"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m:apply.content

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element	m:apply
Complex Type	m:bind.content

Model

Children

Source

<xs:complexType name="apply.content">
  <xs:sequence>
    <xs:group ref="m:ContExp"/>
    <xs:group ref="m:BvarQ"/>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:Qualifier"/>
    <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:ContExp"/>
  </xs:sequence>
</xs:complexType>

[ top ]

Simple Type m:color

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:string

Facets

pattern

\s*((#[0-9a-fA-F]{3}([0-9a-fA-F]{3})?)|[aA][qQ][uU][aA]|[bB][lL][aA][cC][kK]|[bB][lL][uU][eE]|[fF][uU][cC][hH][sS][iI][aA]|[gG][rR][aA][yY]|[gG][rR][eE][eE][nN]|[lL][iI][mM][eE]|[mM][aA][rR][oO][oO][nN]|[nN][aA][vV][yY]|[oO][lL][iI][vV][eE]|[pP][uU][rR][pP][lL][eE]|[rR][eE][dD]|[sS][iI][lL][vV][eE][rR]|[tT][eE][aA][lL]|[wW][hH][iI][tT][eE]|[yY][eE][lL][lL][oO][wW])\s*

Used by

Attributes

m:CommonPresAtt/@mathcolor, m:DeprecatedTokenAtt/@color

Source

<xs:simpleType name="color">
  <xs:restriction base="xs:string">
    <xs:pattern value="\s*((#[0-9a-fA-F]{3}([0-9a-fA-F]{3})?)|[aA][qQ][uU][aA]|[bB][lL][aA][cC][kK]|[bB][lL][uU][eE]|[fF][uU][cC][hH][sS][iI][aA]|[gG][rR][aA][yY]|[gG][rR][eE][eE][nN]|[lL][iI][mM][eE]|[mM][aA][rR][oO][oO][nN]|[nN][aA][vV][yY]|[oO][lL][iI][vV][eE]|[pP][uU][rR][pP][lL][eE]|[rR][eE][dD]|[sS][iI][lL][vV][eE][rR]|[tT][eE][aA][lL]|[wW][hH][iI][tT][eE]|[yY][eE][lL][lL][oO][wW])\s*"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:length

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:string

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attributes

m:DeprecatedTokenAtt/@fontsize, m:math.attributes/@altimg-height, m:math.attributes/@altimg-width, m:math.attributes/@maxwidth, m:mglyph.attributes/@height, m:mglyph.attributes/@valign, m:mglyph.attributes/@width, m:mo.attributes/@indentshift, m:mo.attributes/@lineleading, m:mo.attributes/@lspace, m:mo.attributes/@minsize, m:mo.attributes/@rspace, m:msline.attributes/@leftoverhang, m:msline.attributes/@rightoverhang, m:mspace.attributes/@depth, m:mspace.attributes/@height, m:mspace.attributes/@indentshift, m:mspace.attributes/@width, m:mstyle.deprecatedattributes/@mediummathspace, m:mstyle.deprecatedattributes/@thickmathspace, m:mstyle.deprecatedattributes/@thinmathspace, m:mstyle.deprecatedattributes/@verythickmathspace, m:mstyle.deprecatedattributes/@verythinmathspace, m:mstyle.deprecatedattributes/@veryverythickmathspace, m:mstyle.deprecatedattributes/@veryverythinmathspace, m:mstyle.generalattributes/@depth, m:mstyle.generalattributes/@height, m:mstyle.generalattributes/@indentshift, m:mstyle.generalattributes/@leftoverhang, m:mstyle.generalattributes/@lineleading, m:mstyle.generalattributes/@lspace, m:mstyle.generalattributes/@minlabelspacing, m:mstyle.generalattributes/@minsize, m:mstyle.generalattributes/@rightoverhang, m:mstyle.generalattributes/@rspace, m:mstyle.generalattributes/@subscriptshift, m:mstyle.generalattributes/@superscriptshift, m:mstyle.generalattributes/@valign, m:mstyle.generalattributes/@width, m:mstyle.specificattributes/@scriptminsize, m:msub.attributes/@subscriptshift, m:msubsup.attributes/@subscriptshift, m:msubsup.attributes/@superscriptshift, m:msup.attributes/@superscriptshift, m:mtable.attributes/@minlabelspacing

Source

<xs:simpleType name="length">
  <xs:restriction base="xs:string">
    <xs:pattern value="\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:integer

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

xs:integer

Used by

Attributes

m:mglyph.deprecatedattributes/@index, m:mscarries.attributes/@position, m:msgroup.attributes/@position, m:msgroup.attributes/@shift, m:msline.attributes/@position, m:msrow.attributes/@position, m:mstyle.generalattributes/@position, m:mstyle.generalattributes/@shift, m:mstyle.specificattributes/@scriptlevel

Source

<xs:simpleType name="integer">
  <xs:restriction base="xs:integer"/>
</xs:simpleType>

[ top ]

Complex Type m:annotation-xml.model

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:annotation-xml

Model

Children

Source

<xs:complexType name="annotation-xml.model">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="m:MathExpression"/>
    <!-- xs:group ref="m:anyElement"/ -->
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m:bind.content

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

extension of m:apply.content

Type hierarchy

m:apply.content
- m:bind.content

Used by

Element

m:bind

Model

Children

Source

<xs:complexType name="bind.content">
  <xs:complexContent>
    <xs:extension base="m:apply.content"/>
  </xs:complexContent>
</xs:complexType>

[ top ]

Simple Type m:base64

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

xs:base64Binary

Used by

Element

m:cbytes

Source

<xs:simpleType name="base64">
  <xs:restriction base="xs:base64Binary"/>
</xs:simpleType>

[ top ]

Simple Type m:number

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

xs:decimal

Used by

Attributes

m:mscarries.attributes/@scriptsizemultiplier, m:mstyle.specificattributes/@scriptsizemultiplier

Source

<xs:simpleType name="number">
  <xs:restriction base="xs:decimal"/>
</xs:simpleType>

[ top ]

Simple Type m:character

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:string

Facets

pattern

\s*\S\s*

Used by

Attribute

m:mstyle.specificattributes/@decimalpoint

Source

<xs:simpleType name="character">
  <xs:restriction base="xs:string">
    <xs:pattern value="\s*\S\s*"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:positive-integer

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

xs:positiveInteger

Used by

Attributes

m:maction.attributes/@selection, m:mstyle.generalattributes/@columnspan, m:mstyle.generalattributes/@rowspan, m:mstyle.generalattributes/@selection, m:mtd.attributes/@columnspan, m:mtd.attributes/@rowspan

Source

<xs:simpleType name="positive-integer">
  <xs:restriction base="xs:positiveInteger"/>
</xs:simpleType>

[ top ]

Simple Type m:linestyle

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:token

Facets

enumeration	none
enumeration	solid
enumeration	dashed

Used by

Attributes

m:mstyle.generalattributes/@frame, m:mtable.attributes/@frame

Source

<xs:simpleType name="linestyle">
  <xs:restriction base="xs:token">
    <xs:enumeration value="none"/>
    <xs:enumeration value="solid"/>
    <xs:enumeration value="dashed"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:group-alignment-list-list

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:string

Facets

pattern

(\s*\{\s*(left|center|right|decimalpoint)(\s+(left|center|right|decimalpoint))*\})*\s*

Used by

Attributes

m:mstyle.generalattributes/@groupalign, m:mtable.attributes/@groupalign, m:mtr.attributes/@groupalign

Source

<xs:simpleType name="group-alignment-list-list">
  <xs:restriction base="xs:string">
    <xs:pattern value="(\s*\{\s*(left|center|right|decimalpoint)(\s+(left|center|right|decimalpoint))*\})*\s*"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:unsigned-integer

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

xs:unsignedLong

Used by

Attributes

m:msline.attributes/@length, m:mstyle.generalattributes/@length

Source

<xs:simpleType name="unsigned-integer">
  <xs:restriction base="xs:unsignedLong"/>
</xs:simpleType>

[ top ]

Complex Type m_emph

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Elements

affref, annref, boxref, chartref, citref, compoundref, dataref, eqnref, extnl-dataref, figref, fnoteref, plateref, resourceref, schemref, tableref, textref

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Source

<xs:complexType name="m_emph" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_emph"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type tbl.table.mdl

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

table

Model

title{0,1} , tgroup+

Children

tgroup, title

Source

<xs:complexType name="tbl.table.mdl">
  <xs:sequence>
    <xs:group ref="titles" minOccurs="0"/>
    <xs:element ref="tgroup" maxOccurs="unbounded"/>
  </xs:sequence>
</xs:complexType>

[ top ]

Complex Type tbl.tgroup.mdl

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

tgroup

Model

colspec* , thead{0,1} , tfoot{0,1} , tbody

Children

colspec, tbody, tfoot, thead

Source

<xs:complexType name="tbl.tgroup.mdl">
  <xs:sequence>
    <xs:element ref="colspec" minOccurs="0" maxOccurs="unbounded"/>
    <xs:element ref="thead" minOccurs="0"/>
    <xs:element ref="tfoot" minOccurs="0"/>
    <xs:element ref="tbody"/>
  </xs:sequence>
</xs:complexType>

[ top ]

Simple Type yesorno

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

xs:string

Used by

Attributes

colspec.attlist/@colsep, colspec.attlist/@rowsep, entry.attlist/@colsep, entry.attlist/@rowsep, row.attlist/@rowsep, table.attlist/@colsep, table.attlist/@pgwide, table.attlist/@rowsep, tgroup.attlist/@colsep, tgroup.attlist/@rowsep

Source

<xs:simpleType name="yesorno">
  <xs:restriction base="xs:string"/>
</xs:simpleType>

[ top ]

Complex Type tbl.hdft.mdl

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

tbody, tfoot, thead

Model

row+

Children

row

Source

<xs:complexType name="tbl.hdft.mdl">
  <xs:sequence>
    <xs:element ref="row" maxOccurs="unbounded"/>
  </xs:sequence>
</xs:complexType>

[ top ]

Complex Type tbl.row.mdl

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

row

Model

entry+

Children

entry

Source

<xs:complexType name="tbl.row.mdl">
  <xs:sequence>
    <xs:element ref="entry" maxOccurs="unbounded"/>
  </xs:sequence>
</xs:complexType>

[ top ]

Complex Type tbl.entry.mdl

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Element

entry

Model

Children

Source

<xs:complexType name="tbl.entry.mdl" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_text-elts"/>
    <xs:group ref="c_graphic"/>
    <xs:group ref="c_extnl-data"/>
    <xs:group ref="c_eqn"/>
    <xs:element ref="p"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_characters-only

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Elements

above, below

Model

roman | it | bo | bi | scp | sansserif | monospace

Children

bi, bo, it, monospace, roman, sansserif, scp

Source

<xs:complexType name="m_characters-only" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_font-mod"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_compounds

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Element

compname

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf | ugraphic

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ugraphic, ul

Source

<xs:complexType name="m_compounds" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_compounds"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_date

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

date

Model

year , month{0,1} , day{0,1}

Children

day, month, year

Source

<xs:complexType name="m_date">
  <xs:sequence>
    <xs:element ref="year"/>
    <xs:element ref="month" minOccurs="0"/>
    <xs:element ref="day" minOccurs="0"/>
  </xs:sequence>
</xs:complexType>

[ top ]

Complex Type m_text-or-link

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Model

Children

affref, annref, bi, bo, boxref, chartref, citref, compname, compoundref, dataref, editnote, email, eqnref, eqntext, extnl-dataref, figref, fnoteref, footnote, fraction, geolocation, inf, it, link, list, mathml-display, mathml-inline, monospace, note, overbar, plateref, quotation, resourceref, roman, sansserif, schemref, scp, stack, sup, tableref, textref, ugraphic, ul, underbar, unknown, url, warning

Source

<xs:complexType name="m_text-or-link">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_text-elts"/>
    <xs:element ref="link"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_text-or-sections

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Model

section

Children

section

Source

<xs:complexType name="m_text-or-sections" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:element ref="section"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_citation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Properties

mixed:

true

Used by

Elements

citation, trans

Model

Children

Source

<xs:complexType name="m_citation" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:element ref="citauth"/>
    <xs:element ref="title"/>
    <xs:element ref="year"/>
    <xs:element ref="volumeno"/>
    <xs:element ref="issueno"/>
    <xs:element ref="arttitle"/>
    <xs:element ref="biblscope"/>
    <xs:element ref="editor"/>
    <xs:element ref="citpub"/>
    <xs:element ref="pubplace"/>
    <xs:element ref="link"/>
    <xs:element ref="url"/>
    <xs:element ref="email"/>
    <xs:element ref="trans"/>
    <xs:element ref="pages"/>
    <xs:group ref="c_emph"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_org

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

org, publisher

Model

link | (orgname+ , address*)

Children

address, link, orgname

Source

<xs:complexType name="m_org">
  <xs:choice>
    <xs:element ref="link"/>
    <xs:sequence>
      <xs:element ref="orgname" maxOccurs="unbounded"/>
      <xs:element ref="address" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_journal

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

journal, journalref

Model

link | (title+ , sercode , byline* , logo* , publisher , issn+ , coden{0,1} , board* , info* , advert* , cpyrt , volume*)

Children

advert, board, byline, coden, cpyrt, info, issn, link, logo, publisher, sercode, title, volume

Source

<xs:complexType name="m_journal">
  <xs:choice>
    <xs:element ref="link"/>
    <xs:sequence>
      <xs:element ref="title" maxOccurs="unbounded"/>
      <xs:element ref="sercode"/>
      <xs:element ref="byline" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="logo" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="publisher"/>
      <xs:element ref="issn" maxOccurs="unbounded"/>
      <xs:element ref="coden" minOccurs="0"/>
      <xs:element ref="board" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="info" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="advert" minOccurs="0" maxOccurs="unbounded"/>
      <xs:element ref="cpyrt"/>
      <xs:element ref="volume" minOccurs="0" maxOccurs="unbounded"/>
    </xs:sequence>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m_issue-front-and-back-matter

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

issue-back, issue-front

Model

Children

advert, board, confgrp, index, info, issue-toc

Source

<xs:complexType name="m_issue-front-and-back-matter">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:group ref="c_issue-front-and-back-matter"/>
  </xs:choice>
</xs:complexType>

[ top ]

Simple Type emptytag

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Type

restriction of xs:string

Facets

enumeration

Used by

Elements

MOSclass, NPUclass

Source

<xs:simpleType name="emptytag">
  <xs:restriction base="xs:string">
    <xs:enumeration value=""/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Complex Type m:cn.content

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

mixed:

true

Model

m:mglyph | m:sep | m:PresentationExpression

Children

m:PresentationExpression, m:mglyph, m:sep

Source

<xs:complexType name="cn.content" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:element ref="m:mglyph"/>
    <xs:element ref="m:sep"/>
    <xs:element ref="m:PresentationExpression"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m:ci.content

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

mixed:

true

Model

m:mglyph | m:PresentationExpression

Children

m:PresentationExpression, m:mglyph

Source

<xs:complexType name="ci.content" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:element ref="m:mglyph"/>
    <xs:element ref="m:PresentationExpression"/>
  </xs:choice>
</xs:complexType>

[ top ]

Complex Type m:csymbol.content

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Properties

mixed:

true

Model

m:mglyph | m:PresentationExpression

Children

m:PresentationExpression, m:mglyph

Source

<xs:complexType name="csymbol.content" mixed="true">
  <xs:choice minOccurs="0" maxOccurs="unbounded">
    <xs:element ref="m:mglyph"/>
    <xs:element ref="m:PresentationExpression"/>
  </xs:choice>
</xs:complexType>

[ top ]

Simple Type m:SymbolName

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

xs:NCName

Source

<xs:simpleType name="SymbolName">
  <xs:restriction base="xs:NCName"/>
</xs:simpleType>

[ top ]

Complex Type m:ImpliedMrow

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:TableCellExpression, m:menclose, m:merror, m:mpadded, m:mphantom, m:msqrt, m:mstyle

Model

Children

Source

<xs:complexType name="ImpliedMrow">
  <xs:group minOccurs="0" maxOccurs="unbounded" ref="m:MathExpression"/>
</xs:complexType>

[ top ]

Simple Type m:columnalignstyle

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:token

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute

m:mtd.attributes/@columnalign

Source

<xs:simpleType name="columnalignstyle">
  <xs:restriction base="xs:token">
    <xs:enumeration value="left"/>
    <xs:enumeration value="center"/>
    <xs:enumeration value="right"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:group-alignment-list

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of list of m:group-alignment

Type hierarchy

xs:token
- m:group-alignment
  - m:group-alignment-list

Facets

minLength

Used by

Attribute

m:mtd.attributes/@groupalign

Source

<xs:simpleType name="group-alignment-list">
  <xs:restriction>
    <xs:simpleType>
      <xs:list itemType="m:group-alignment"/>
    </xs:simpleType>
    <xs:minLength value="1"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:mpadded-length

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:string

Facets

pattern

\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*

Used by

Attributes

m:mpadded.attributes/@depth, m:mpadded.attributes/@height, m:mpadded.attributes/@lspace, m:mpadded.attributes/@voffset, m:mpadded.attributes/@width

Source

<xs:simpleType name="mpadded-length">
  <xs:restriction base="xs:string">
    <xs:pattern value="\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:verticalalign

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:token

Facets

enumeration	top
enumeration	bottom
enumeration	center
enumeration	baseline
enumeration	axis

Source

<xs:simpleType name="verticalalign">
  <xs:restriction base="xs:token">
    <xs:enumeration value="top"/>
    <xs:enumeration value="bottom"/>
    <xs:enumeration value="center"/>
    <xs:enumeration value="baseline"/>
    <xs:enumeration value="axis"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:notationstyle

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:token

Facets

enumeration	longdiv
enumeration	actuarial
enumeration	radical
enumeration	box
enumeration	roundedbox
enumeration	circle
enumeration	left
enumeration	right
enumeration	top
enumeration	bottom
enumeration	updiagonalstrike
enumeration	downdiagonalstrike
enumeration	verticalstrike
enumeration	horizontalstrike
enumeration	madruwb

Source

<xs:simpleType name="notationstyle">
  <xs:restriction base="xs:token">
    <xs:enumeration value="longdiv"/>
    <xs:enumeration value="actuarial"/>
    <xs:enumeration value="radical"/>
    <xs:enumeration value="box"/>
    <xs:enumeration value="roundedbox"/>
    <xs:enumeration value="circle"/>
    <xs:enumeration value="left"/>
    <xs:enumeration value="right"/>
    <xs:enumeration value="top"/>
    <xs:enumeration value="bottom"/>
    <xs:enumeration value="updiagonalstrike"/>
    <xs:enumeration value="downdiagonalstrike"/>
    <xs:enumeration value="verticalstrike"/>
    <xs:enumeration value="horizontalstrike"/>
    <xs:enumeration value="madruwb"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Simple Type m:group-alignment

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Type

restriction of xs:token

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	decimalpoint

Source

<xs:simpleType name="group-alignment">
  <xs:restriction base="xs:token">
    <xs:enumeration value="left"/>
    <xs:enumeration value="center"/>
    <xs:enumeration value="right"/>
    <xs:enumeration value="decimalpoint"/>
  </xs:restriction>
</xs:simpleType>

[ top ]

Attribute a_type / @type

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_type

Source

<xs:attribute name="type" type="xs:string"/>

[ top ]

Attribute a_required-id / @id

Namespace

No namespace

Type

xs:ID

Properties

use:	required

Used by

Attribute Group

a_required-id

Source

<xs:attribute name="id" use="required" type="xs:ID"/>

[ top ]

Attribute a_required-xsrc / @xsrc

Namespace

No namespace

Type

xs:string

Properties

use:	required

Used by

Attribute Group

a_required-xsrc

Source

<xs:attribute name="xsrc" use="required" type="xs:string"/>

[ top ]

Attribute a_graphic / @height

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

a_graphic

Source

<xs:attribute name="height" type="xs:NMTOKEN"/>

[ top ]

Attribute a_graphic / @width

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

a_graphic

Source

<xs:attribute name="width" type="xs:NMTOKEN"/>

[ top ]

Attribute a_graphic / @pos

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	float
enumeration	fixed

Used by

Attribute Group

a_graphic

Source

<xs:attribute name="pos">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="float"/>
      <xs:enumeration value="fixed"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute a_graphic / @prefix

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

default:

prefix

Facets

enumeration	prefix
enumeration	noprefix

Used by

Attribute Group

a_graphic

Source

<xs:attribute name="prefix" default="prefix">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="prefix"/>
      <xs:enumeration value="noprefix"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute eqntext / @display

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	displayed
enumeration	inline

Used by

Element

eqntext

Source

<xs:attribute name="display">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="displayed"/>
      <xs:enumeration value="inline"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:CommonAtt / @id

Namespace

No namespace

Type

xs:ID

Properties

content:

simple

Used by

Attribute Group

m:CommonAtt

Source

<xs:attribute name="id" type="xs:ID"/>

[ top ]

Attribute m:CommonAtt / @xref

Namespace

No namespace

Used by

Attribute Group

m:CommonAtt

Source

<xs:attribute name="xref"/>

[ top ]

Attribute m:CommonAtt / @class

Namespace

No namespace

Type

xs:NMTOKENS

Properties

content:

simple

Used by

Attribute Group

m:CommonAtt

Source

<xs:attribute name="class" type="xs:NMTOKENS"/>

[ top ]

Attribute m:CommonAtt / @style

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

m:CommonAtt

Source

<xs:attribute name="style" type="xs:string"/>

[ top ]

Attribute m:CommonAtt / @href

Namespace

No namespace

Type

xs:anyURI

Properties

content:

simple

Used by

Attribute Group

m:CommonAtt

Source

<xs:attribute name="href" type="xs:anyURI"/>

[ top ]

Attribute m:CommonDeprecatedAtt / @other

Namespace

No namespace

Used by

Attribute Group

m:CommonDeprecatedAtt

Source

<xs:attribute name="other"/>

[ top ]

Attribute m:CommonPresAtt / @mathcolor

Namespace

No namespace

Type

m:color

Properties

content:

simple

Facets

pattern

Used by

Attribute Group

m:CommonPresAtt

Source

<xs:attribute name="mathcolor" type="m:color"/>

[ top ]

Attribute m:CommonPresAtt / @mathbackground

Namespace

No namespace

Type

union of(m:color, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:CommonPresAtt

Source

<xs:attribute name="mathbackground">
  <xs:simpleType>
    <xs:union memberTypes="m:color">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="transparent"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mglyph.attributes / @src

Namespace

No namespace

Type

xs:anyURI

Properties

content:

simple

Used by

Attribute Group

m:mglyph.attributes

Source

<xs:attribute name="src" type="xs:anyURI"/>

[ top ]

Attribute m:mglyph.attributes / @width

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mglyph.attributes

Source

<xs:attribute name="width" type="m:length"/>

[ top ]

Attribute m:mglyph.attributes / @height

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mglyph.attributes

Source

<xs:attribute name="height" type="m:length"/>

[ top ]

Attribute m:mglyph.attributes / @valign

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mglyph.attributes

Source

<xs:attribute name="valign" type="m:length"/>

[ top ]

Attribute m:mglyph.attributes / @alt

Namespace

No namespace

Used by

Attribute Group

m:mglyph.attributes

Source

<xs:attribute name="alt"/>

[ top ]

Attribute m:mglyph.deprecatedattributes / @index

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:mglyph.deprecatedattributes

Source

<xs:attribute name="index" type="m:integer"/>

[ top ]

Attribute m:mglyph.deprecatedattributes / @mathvariant

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	normal
enumeration	bold
enumeration	italic
enumeration	bold-italic
enumeration	double-struck
enumeration	bold-fraktur
enumeration	script
enumeration	bold-script
enumeration	fraktur
enumeration	sans-serif
enumeration	bold-sans-serif
enumeration	sans-serif-italic
enumeration	sans-serif-bold-italic
enumeration	monospace
enumeration	initial
enumeration	tailed
enumeration	looped
enumeration	stretched

Used by

Attribute Group

m:mglyph.deprecatedattributes

Source

<xs:attribute name="mathvariant">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="normal"/>
      <xs:enumeration value="bold"/>
      <xs:enumeration value="italic"/>
      <xs:enumeration value="bold-italic"/>
      <xs:enumeration value="double-struck"/>
      <xs:enumeration value="bold-fraktur"/>
      <xs:enumeration value="script"/>
      <xs:enumeration value="bold-script"/>
      <xs:enumeration value="fraktur"/>
      <xs:enumeration value="sans-serif"/>
      <xs:enumeration value="bold-sans-serif"/>
      <xs:enumeration value="sans-serif-italic"/>
      <xs:enumeration value="sans-serif-bold-italic"/>
      <xs:enumeration value="monospace"/>
      <xs:enumeration value="initial"/>
      <xs:enumeration value="tailed"/>
      <xs:enumeration value="looped"/>
      <xs:enumeration value="stretched"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mglyph.deprecatedattributes / @mathsize

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mglyph.deprecatedattributes

Source

<xs:attribute name="mathsize">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="small"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="normal"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="big"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:DeprecatedTokenAtt / @fontfamily

Namespace

No namespace

Used by

Attribute Group

m:DeprecatedTokenAtt

Source

<xs:attribute name="fontfamily"/>

[ top ]

Attribute m:DeprecatedTokenAtt / @fontweight

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	normal
enumeration	bold

Used by

Attribute Group

m:DeprecatedTokenAtt

Source

<xs:attribute name="fontweight">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="normal"/>
      <xs:enumeration value="bold"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:DeprecatedTokenAtt / @fontstyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	normal
enumeration	italic

Used by

Attribute Group

m:DeprecatedTokenAtt

Source

<xs:attribute name="fontstyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="normal"/>
      <xs:enumeration value="italic"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:DeprecatedTokenAtt / @fontsize

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:DeprecatedTokenAtt

Source

<xs:attribute name="fontsize" type="m:length"/>

[ top ]

Attribute m:DeprecatedTokenAtt / @color

Namespace

No namespace

Type

m:color

Properties

content:

simple

Facets

pattern

Used by

Attribute Group

m:DeprecatedTokenAtt

Source

<xs:attribute name="color" type="m:color"/>

[ top ]

Attribute m:DeprecatedTokenAtt / @background

Namespace

No namespace

Type

union of(m:color, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:DeprecatedTokenAtt

Source

<xs:attribute name="background">
  <xs:simpleType>
    <xs:union memberTypes="m:color">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="transparent"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:DefEncAtt / @encoding

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

m:DefEncAtt

Source

<xs:attribute name="encoding" type="xs:string"/>

[ top ]

Attribute m:DefEncAtt / @definitionURL

Namespace

No namespace

Type

xs:anyURI

Properties

content:

simple

Used by

Attribute Group

m:DefEncAtt

Source

<xs:attribute name="definitionURL" type="xs:anyURI"/>

[ top ]

Attribute m:ci.attributes / @type

Namespace

No namespace

Used by

Attribute Group

m:ci.attributes

Source

<xs:attribute name="type"/>

[ top ]

Attribute m:annotation.attributes / @cd

Namespace

No namespace

Type

xs:NCName

Properties

content:

simple

Used by

Attribute Group

m:annotation.attributes

Source

<xs:attribute name="cd" type="xs:NCName"/>

[ top ]

Attribute m:annotation.attributes / @name

Namespace

No namespace

Type

xs:NCName

Properties

content:

simple

Used by

Attribute Group

m:annotation.attributes

Source

<xs:attribute name="name" type="xs:NCName"/>

[ top ]

Attribute m:src / @src

Namespace

No namespace

Type

xs:anyURI

Properties

content:

simple

Used by

Attribute Group

m:src

Source

<xs:attribute name="src" type="xs:anyURI"/>

[ top ]

Attribute m:semantics.attributes / @cd

Namespace

No namespace

Type

xs:NCName

Properties

content:

simple

Used by

Attribute Group

m:semantics.attributes

Source

<xs:attribute name="cd" type="xs:NCName"/>

[ top ]

Attribute m:semantics.attributes / @name

Namespace

No namespace

Type

xs:NCName

Properties

content:

simple

Used by

Attribute Group

m:semantics.attributes

Source

<xs:attribute name="name" type="xs:NCName"/>

[ top ]

Attribute m:csymbol.attributes / @type

Namespace

No namespace

Used by

Attribute Group

m:csymbol.attributes

Source

<xs:attribute name="type"/>

[ top ]

Attribute m:csymbol.attributes / @cd

Namespace

No namespace

Type

xs:NCName

Properties

content:

simple

Used by

Attribute Group

m:csymbol.attributes

Source

<xs:attribute name="cd" type="xs:NCName"/>

[ top ]

Attribute m:interval.class / @closure

Namespace

No namespace

Used by

Element

m:interval.class

Source

<xs:attribute name="closure"/>

[ top ]

Attribute m:mstyle.specificattributes / @scriptlevel

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.specificattributes

Source

<xs:attribute name="scriptlevel" type="m:integer"/>

[ top ]

Attribute m:mstyle.specificattributes / @displaystyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.specificattributes

Source

<xs:attribute name="displaystyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.specificattributes / @scriptsizemultiplier

Namespace

No namespace

Type

m:number

Properties

content:

simple

Used by

Attribute Group

m:mstyle.specificattributes

Source

<xs:attribute name="scriptsizemultiplier" type="m:number"/>

[ top ]

Attribute m:mstyle.specificattributes / @scriptminsize

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.specificattributes

Source

<xs:attribute name="scriptminsize" type="m:length"/>

[ top ]

Attribute m:mstyle.specificattributes / @infixlinebreakstyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	before
enumeration	after
enumeration	duplicate

Used by

Attribute Group

m:mstyle.specificattributes

Source

<xs:attribute name="infixlinebreakstyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="before"/>
      <xs:enumeration value="after"/>
      <xs:enumeration value="duplicate"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.specificattributes / @decimalpoint

Namespace

No namespace

Type

m:character

Properties

content:

simple

Facets

pattern

\s*\S\s*

Used by

Attribute Group

m:mstyle.specificattributes

Source

<xs:attribute name="decimalpoint" type="m:character"/>

[ top ]

Attribute m:mstyle.generalattributes / @accent

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="accent">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @accentunder

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="accentunder">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @align

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @alignmentscope

Namespace

No namespace

Type

restriction of list of restriction of xs:token

Type hierarchy

xs:token

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="alignmentscope">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list>
          <xs:simpleType>
            <xs:restriction base="xs:token">
              <xs:enumeration value="true"/>
              <xs:enumeration value="false"/>
            </xs:restriction>
          </xs:simpleType>
        </xs:list>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @bevelled

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="bevelled">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @charalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="charalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @charspacing

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="charspacing">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="loose"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="medium"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="tight"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @close

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="close"/>

[ top ]

Attribute m:mstyle.generalattributes / @columnalign

Namespace

No namespace

Type

restriction of list of m:columnalignstyle

Type hierarchy

xs:token
- m:columnalignstyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="columnalign">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:columnalignstyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @columnlines

Namespace

No namespace

Type

restriction of list of m:linestyle

Type hierarchy

xs:token
- m:linestyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="columnlines">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:linestyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @columnspacing

Namespace

No namespace

Type

restriction of list of m:length

Type hierarchy

xs:string
- m:length

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="columnspacing">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:length"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @columnspan

Namespace

No namespace

Type

m:positive-integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="columnspan" type="m:positive-integer"/>

[ top ]

Attribute m:mstyle.generalattributes / @columnwidth

Namespace

No namespace

Type

restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="columnwidth">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list>
          <xs:simpleType>
            <xs:union memberTypes="m:length">
              <xs:simpleType>
                <xs:restriction base="xs:token">
                  <xs:enumeration value="auto"/>
                </xs:restriction>
              </xs:simpleType>
              <xs:simpleType>
                <xs:restriction base="xs:token">
                  <xs:enumeration value="fit"/>
                </xs:restriction>
              </xs:simpleType>
            </xs:union>
          </xs:simpleType>
        </xs:list>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @crossout

Namespace

No namespace

Type

list of restriction of xs:token

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="crossout">
  <xs:simpleType>
    <xs:list>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="none"/>
          <xs:enumeration value="updiagonalstrike"/>
          <xs:enumeration value="downdiagonalstrike"/>
          <xs:enumeration value="verticalstrike"/>
          <xs:enumeration value="horizontalstrike"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:list>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @denomalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="denomalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @depth

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="depth" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @dir

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	ltr
enumeration	rtl

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="dir">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="ltr"/>
      <xs:enumeration value="rtl"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @edge

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="edge">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @equalcolumns

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="equalcolumns">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @equalrows

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="equalrows">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @fence

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="fence">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @form

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	prefix
enumeration	infix
enumeration	postfix

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="form">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="prefix"/>
      <xs:enumeration value="infix"/>
      <xs:enumeration value="postfix"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @frame

Namespace

No namespace

Type

m:linestyle

Properties

content:

simple

Facets

enumeration	none
enumeration	solid
enumeration	dashed

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="frame" type="m:linestyle"/>

[ top ]

Attribute m:mstyle.generalattributes / @framespacing

Namespace

No namespace

Type

restriction of list of union of(m:length, m:length)

Properties

content:

simple

Facets

length

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="framespacing">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list>
          <xs:simpleType>
            <xs:union memberTypes="m:length m:length"/>
          </xs:simpleType>
        </xs:list>
      </xs:simpleType>
      <xs:length value="2"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @groupalign

Namespace

No namespace

Type

m:group-alignment-list-list

Properties

content:

simple

Facets

pattern

(\s*\{\s*(left|center|right|decimalpoint)(\s+(left|center|right|decimalpoint))*\})*\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="groupalign" type="m:group-alignment-list-list"/>

[ top ]

Attribute m:mstyle.generalattributes / @height

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="height" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @indentalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indentalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @indentalignfirst

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id
enumeration	indentalign

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indentalignfirst">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
      <xs:enumeration value="indentalign"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @indentalignlast

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id
enumeration	indentalign

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indentalignlast">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
      <xs:enumeration value="indentalign"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @indentshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indentshift" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @indentshiftfirst

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indentshiftfirst">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="indentshift"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @indentshiftlast

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indentshiftlast">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="indentshift"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @indenttarget

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="indenttarget"/>

[ top ]

Attribute m:mstyle.generalattributes / @largeop

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="largeop">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @leftoverhang

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="leftoverhang" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @length

Namespace

No namespace

Type

m:unsigned-integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="length" type="m:unsigned-integer"/>

[ top ]

Attribute m:mstyle.generalattributes / @linebreak

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	auto
enumeration	newline
enumeration	nobreak
enumeration	goodbreak
enumeration	badbreak

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="linebreak">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="auto"/>
      <xs:enumeration value="newline"/>
      <xs:enumeration value="nobreak"/>
      <xs:enumeration value="goodbreak"/>
      <xs:enumeration value="badbreak"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @linebreakmultchar

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="linebreakmultchar"/>

[ top ]

Attribute m:mstyle.generalattributes / @linebreakstyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	before
enumeration	after
enumeration	duplicate
enumeration	infixlinebreakstyle

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="linebreakstyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="before"/>
      <xs:enumeration value="after"/>
      <xs:enumeration value="duplicate"/>
      <xs:enumeration value="infixlinebreakstyle"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @lineleading

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="lineleading" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @linethickness

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="linethickness">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thin"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="medium"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thick"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @location

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	w
enumeration	nw
enumeration	n
enumeration	ne
enumeration	e
enumeration	se
enumeration	s
enumeration	sw

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="location">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="w"/>
      <xs:enumeration value="nw"/>
      <xs:enumeration value="n"/>
      <xs:enumeration value="ne"/>
      <xs:enumeration value="e"/>
      <xs:enumeration value="se"/>
      <xs:enumeration value="s"/>
      <xs:enumeration value="sw"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @longdivstyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	lefttop
enumeration	stackedrightright
enumeration	mediumstackedrightright
enumeration	shortstackedrightright
enumeration	righttop
enumeration	left/\right
enumeration	left)(right
enumeration	:right=right
enumeration	stackedleftleft
enumeration	stackedleftlinetop

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="longdivstyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="lefttop"/>
      <xs:enumeration value="stackedrightright"/>
      <xs:enumeration value="mediumstackedrightright"/>
      <xs:enumeration value="shortstackedrightright"/>
      <xs:enumeration value="righttop"/>
      <xs:enumeration value="left/\right"/>
      <xs:enumeration value="left)(right"/>
      <xs:enumeration value=":right=right"/>
      <xs:enumeration value="stackedleftleft"/>
      <xs:enumeration value="stackedleftlinetop"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @lquote

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="lquote"/>

[ top ]

Attribute m:mstyle.generalattributes / @lspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="lspace" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @mathsize

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="mathsize">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="small"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="normal"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="big"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @mathvariant

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	normal
enumeration	bold
enumeration	italic
enumeration	bold-italic
enumeration	double-struck
enumeration	bold-fraktur
enumeration	script
enumeration	bold-script
enumeration	fraktur
enumeration	sans-serif
enumeration	bold-sans-serif
enumeration	sans-serif-italic
enumeration	sans-serif-bold-italic
enumeration	monospace
enumeration	initial
enumeration	tailed
enumeration	looped
enumeration	stretched

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="mathvariant">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="normal"/>
      <xs:enumeration value="bold"/>
      <xs:enumeration value="italic"/>
      <xs:enumeration value="bold-italic"/>
      <xs:enumeration value="double-struck"/>
      <xs:enumeration value="bold-fraktur"/>
      <xs:enumeration value="script"/>
      <xs:enumeration value="bold-script"/>
      <xs:enumeration value="fraktur"/>
      <xs:enumeration value="sans-serif"/>
      <xs:enumeration value="bold-sans-serif"/>
      <xs:enumeration value="sans-serif-italic"/>
      <xs:enumeration value="sans-serif-bold-italic"/>
      <xs:enumeration value="monospace"/>
      <xs:enumeration value="initial"/>
      <xs:enumeration value="tailed"/>
      <xs:enumeration value="looped"/>
      <xs:enumeration value="stretched"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @maxsize

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="maxsize">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="infinity"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @minlabelspacing

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="minlabelspacing" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @minsize

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="minsize" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @movablelimits

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="movablelimits">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @mslinethickness

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="mslinethickness">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thin"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="medium"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thick"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @notation

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="notation"/>

[ top ]

Attribute m:mstyle.generalattributes / @numalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="numalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @open

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="open"/>

[ top ]

Attribute m:mstyle.generalattributes / @position

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="position" type="m:integer"/>

[ top ]

Attribute m:mstyle.generalattributes / @rightoverhang

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rightoverhang" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @rowalign

Namespace

No namespace

Type

restriction of list of m:verticalalign

Type hierarchy

xs:token
- m:verticalalign

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rowalign">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:verticalalign"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @rowlines

Namespace

No namespace

Type

restriction of list of m:linestyle

Type hierarchy

xs:token
- m:linestyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rowlines">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:linestyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @rowspacing

Namespace

No namespace

Type

restriction of list of m:length

Type hierarchy

xs:string
- m:length

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rowspacing">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:length"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @rowspan

Namespace

No namespace

Type

m:positive-integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rowspan" type="m:positive-integer"/>

[ top ]

Attribute m:mstyle.generalattributes / @rquote

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rquote"/>

[ top ]

Attribute m:mstyle.generalattributes / @rspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="rspace" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @selection

Namespace

No namespace

Type

m:positive-integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="selection" type="m:positive-integer"/>

[ top ]

Attribute m:mstyle.generalattributes / @separator

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="separator">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @separators

Namespace

No namespace

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="separators"/>

[ top ]

Attribute m:mstyle.generalattributes / @shift

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="shift" type="m:integer"/>

[ top ]

Attribute m:mstyle.generalattributes / @side

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	leftoverlap
enumeration	rightoverlap

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="side">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="leftoverlap"/>
      <xs:enumeration value="rightoverlap"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @stackalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	decimalpoint

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="stackalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="decimalpoint"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @stretchy

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="stretchy">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @subscriptshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="subscriptshift" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @superscriptshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="superscriptshift" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @symmetric

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="symmetric">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.generalattributes / @valign

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="valign" type="m:length"/>

[ top ]

Attribute m:mstyle.generalattributes / @width

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.generalattributes

Source

<xs:attribute name="width" type="m:length"/>

[ top ]

Attribute m:math.attributes / @display

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	block
enumeration	inline

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="display">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="block"/>
      <xs:enumeration value="inline"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:math.attributes / @maxwidth

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="maxwidth" type="m:length"/>

[ top ]

Attribute m:math.attributes / @overflow

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	linebreak
enumeration	scroll
enumeration	elide
enumeration	truncate
enumeration	scale

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="overflow">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="linebreak"/>
      <xs:enumeration value="scroll"/>
      <xs:enumeration value="elide"/>
      <xs:enumeration value="truncate"/>
      <xs:enumeration value="scale"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:math.attributes / @altimg

Namespace

No namespace

Type

xs:anyURI

Properties

content:

simple

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="altimg" type="xs:anyURI"/>

[ top ]

Attribute m:math.attributes / @altimg-width

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="altimg-width" type="m:length"/>

[ top ]

Attribute m:math.attributes / @altimg-height

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="altimg-height" type="m:length"/>

[ top ]

Attribute m:math.attributes / @altimg-valign

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="altimg-valign">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="top"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="middle"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="bottom"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:math.attributes / @alttext

Namespace

No namespace

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="alttext"/>

[ top ]

Attribute m:math.attributes / @cdgroup

Namespace

No namespace

Type

xs:anyURI

Properties

content:

simple

Used by

Attribute Group

m:math.attributes

Source

<xs:attribute name="cdgroup" type="xs:anyURI"/>

[ top ]

Attribute m:math.deprecatedattributes / @mode

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

m:math.deprecatedattributes

Source

<xs:attribute name="mode" type="xs:string"/>

[ top ]

Attribute m:math.deprecatedattributes / @macros

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

m:math.deprecatedattributes

Source

<xs:attribute name="macros" type="xs:string"/>

[ top ]

Attribute quotation / @display

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	displayed
enumeration	inline

Used by

Element

quotation

Source

<xs:attribute name="display">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="displayed"/>
      <xs:enumeration value="inline"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute ugraphic / @display

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	displayed
enumeration	inline

Used by

Element

ugraphic

Source

<xs:attribute name="display">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="displayed"/>
      <xs:enumeration value="inline"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute a_idrefs / @idrefs

Namespace

No namespace

Type

xs:IDREFS

Properties

content:

simple

Used by

Attribute Group

a_idrefs

Source

<xs:attribute name="idrefs" type="xs:IDREFS"/>

[ top ]

Attribute a_idrefs / @presence

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

default:

notmissing

Facets

enumeration	missing
enumeration	notmissing

Used by

Attribute Group

a_idrefs

Source

<xs:attribute name="presence" default="notmissing">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="missing"/>
      <xs:enumeration value="notmissing"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute citref / @position

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	super
enumeration	baseline

Used by

Element

citref

Source

<xs:attribute name="position">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="super"/>
      <xs:enumeration value="baseline"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute a_id / @id

Namespace

No namespace

Type

xs:ID

Properties

content:

simple

Used by

Attribute Group

a_id

Source

<xs:attribute name="id" type="xs:ID"/>

[ top ]

Attribute box / @height

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Element

box

Source

<xs:attribute name="height" type="xs:NMTOKEN"/>

[ top ]

Attribute box / @width

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Element

box

Source

<xs:attribute name="width" type="xs:NMTOKEN"/>

[ top ]

Attribute box / @tint

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Element

box

Source

<xs:attribute name="tint" type="xs:NMTOKEN"/>

[ top ]

Attribute box / @pos

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration

fixed

Used by

Element

box

Source

<xs:attribute name="pos">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="fixed"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute colspec.attlist / @colnum

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="colnum" type="xs:string"/>

[ top ]

Attribute colspec.attlist / @colname

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="colname" type="xs:NMTOKEN"/>

[ top ]

Attribute colspec.attlist / @colwidth

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="colwidth" type="xs:string"/>

[ top ]

Attribute colspec.attlist / @colsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="colsep" type="yesorno"/>

[ top ]

Attribute colspec.attlist / @rowsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="rowsep" type="yesorno"/>

[ top ]

Attribute colspec.attlist / @align

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center
enumeration	justify
enumeration	char

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="justify"/>
      <xs:enumeration value="char"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute colspec.attlist / @char

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="char" type="xs:string"/>

[ top ]

Attribute colspec.attlist / @charoff

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

colspec.attlist

Source

<xs:attribute name="charoff" type="xs:NMTOKEN"/>

[ top ]

Attribute entry.attlist / @colname

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="colname" type="xs:NMTOKEN"/>

[ top ]

Attribute entry.attlist / @namest

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="namest" type="xs:NMTOKEN"/>

[ top ]

Attribute entry.attlist / @nameend

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="nameend" type="xs:NMTOKEN"/>

[ top ]

Attribute entry.attlist / @morerows

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="morerows" type="xs:string"/>

[ top ]

Attribute entry.attlist / @colsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="colsep" type="yesorno"/>

[ top ]

Attribute entry.attlist / @rowsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="rowsep" type="yesorno"/>

[ top ]

Attribute entry.attlist / @align

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center
enumeration	justify
enumeration	char

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="justify"/>
      <xs:enumeration value="char"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute entry.attlist / @char

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="char" type="xs:string"/>

[ top ]

Attribute entry.attlist / @charoff

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="charoff" type="xs:NMTOKEN"/>

[ top ]

Attribute entry.attlist / @valign

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	top
enumeration	middle
enumeration	bottom

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="valign">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="top"/>
      <xs:enumeration value="middle"/>
      <xs:enumeration value="bottom"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute entry.attlist / @indent

Namespace

No namespace

Type

xs:NMTOKEN

Properties

content:

simple

Used by

Attribute Group

entry.attlist

Source

<xs:attribute name="indent" type="xs:NMTOKEN"/>

[ top ]

Attribute row.attlist / @rowsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

row.attlist

Source

<xs:attribute name="rowsep" type="yesorno"/>

[ top ]

Attribute row.attlist / @valign

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	top
enumeration	middle
enumeration	bottom

Used by

Attribute Group

row.attlist

Source

<xs:attribute name="valign">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="top"/>
      <xs:enumeration value="middle"/>
      <xs:enumeration value="bottom"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute thead.attlist / @valign

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	top
enumeration	middle
enumeration	bottom

Used by

Attribute Group

thead.attlist

Source

<xs:attribute name="valign">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="top"/>
      <xs:enumeration value="middle"/>
      <xs:enumeration value="bottom"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute tbody.attlist / @valign

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	top
enumeration	middle
enumeration	bottom

Used by

Attribute Group

tbody.attlist

Source

<xs:attribute name="valign">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="top"/>
      <xs:enumeration value="middle"/>
      <xs:enumeration value="bottom"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute tgroup.attlist / @cols

Namespace

No namespace

Type

xs:string

Properties

use:	required

Used by

Attribute Group

tgroup.attlist

Source

<xs:attribute name="cols" use="required" type="xs:string"/>

[ top ]

Attribute tgroup.attlist / @colsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

tgroup.attlist

Source

<xs:attribute name="colsep" type="yesorno"/>

[ top ]

Attribute tgroup.attlist / @rowsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

tgroup.attlist

Source

<xs:attribute name="rowsep" type="yesorno"/>

[ top ]

Attribute tgroup.attlist / @align

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center
enumeration	justify
enumeration	char

Used by

Attribute Group

tgroup.attlist

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="justify"/>
      <xs:enumeration value="char"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute table.attlist / @colsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

table.attlist

Source

<xs:attribute name="colsep" type="yesorno"/>

[ top ]

Attribute table.attlist / @frame

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	top
enumeration	bottom
enumeration	topbot
enumeration	all
enumeration	sides
enumeration	none

Used by

Attribute Group

table.attlist

Source

<xs:attribute name="frame">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="top"/>
      <xs:enumeration value="bottom"/>
      <xs:enumeration value="topbot"/>
      <xs:enumeration value="all"/>
      <xs:enumeration value="sides"/>
      <xs:enumeration value="none"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute table.attlist / @orient

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	port
enumeration	land

Used by

Attribute Group

table.attlist

Source

<xs:attribute name="orient">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="port"/>
      <xs:enumeration value="land"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute table.attlist / @pgwide

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

table.attlist

Source

<xs:attribute name="pgwide" type="yesorno"/>

[ top ]

Attribute table.attlist / @rowsep

Namespace

No namespace

Type

yesorno

Properties

content:

simple

Used by

Attribute Group

table.attlist

Source

<xs:attribute name="rowsep" type="yesorno"/>

[ top ]

Attribute a_xsrc / @xsrc

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_xsrc

Source

<xs:attribute name="xsrc" type="xs:string"/>

[ top ]

Attribute fraction / @shape

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	case
enumeration	sol

Used by

Element

fraction

Source

<xs:attribute name="shape">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="case"/>
      <xs:enumeration value="sol"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute a_mail / @type

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	primary
enumeration	secondary

Used by

Attribute Group

a_mail

Source

<xs:attribute name="type">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="primary"/>
      <xs:enumeration value="secondary"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute url / @url

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

url

Source

<xs:attribute name="url" type="xs:string"/>

[ top ]

Attribute a_required-idrefs / @idrefs

Namespace

No namespace

Type

xs:IDREFS

Properties

use:	required

Used by

Attribute Group

a_required-idrefs

Source

<xs:attribute name="idrefs" use="required" type="xs:IDREFS"/>

[ top ]

Attribute a_role / @role

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_role

Source

<xs:attribute name="role" type="xs:string"/>

[ top ]

Attribute a_geo / @lon

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_geo

Source

<xs:attribute name="lon" type="xs:string"/>

[ top ]

Attribute a_geo / @lat

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_geo

Source

<xs:attribute name="lat" type="xs:string"/>

[ top ]

Attribute a_geo / @elev

Namespace

No namespace

Type

xs:string

Properties

use:	optional

Used by

Attribute Group

a_geo

Source

<xs:attribute name="elev" type="xs:string" use="optional"/>

[ top ]

Attribute a_geo / @qf

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	at
enumeration	near
enumeration	region

Used by

Attribute Group

a_geo

Source

<xs:attribute name="qf">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="at"/>
      <xs:enumeration value="near"/>
      <xs:enumeration value="region"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute a_pointer / @doc

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_pointer

Source

<xs:attribute name="doc" type="xs:string"/>

[ top ]

Attribute a_pointer / @from

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_pointer

Source

<xs:attribute name="from" type="xs:string"/>

[ top ]

Attribute a_pointer / @to

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_pointer

Source

<xs:attribute name="to" type="xs:string"/>

[ top ]

Attribute a_country / @code

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_country

Source

<xs:attribute name="code" type="xs:string"/>

[ top ]

Attribute a_person-id / @id

Namespace

No namespace

Type

xs:ID

Properties

content:

simple

Used by

Attribute Group

a_person-id

Source

<xs:attribute name="id" type="xs:ID"/>

[ top ]

Attribute a_person-id / @orcid

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_person-id

Source

<xs:attribute name="orcid" type="xs:string"/>

[ top ]

Attribute a_person-id / @resid

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_person-id

Source

<xs:attribute name="resid" type="xs:string"/>

[ top ]

Attribute info / @type

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

default:

author

Facets

enumeration	author
enumeration	illustration
enumeration	distribution

Used by

Element

info

Source

<xs:attribute name="type" default="author">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="author"/>
      <xs:enumeration value="illustration"/>
      <xs:enumeration value="distribution"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute info / @level

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

default:

full

Facets

enumeration	full
enumeration	brief
enumeration	paragraph

Used by

Element

info

Source

<xs:attribute name="level" default="full">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="full"/>
      <xs:enumeration value="brief"/>
      <xs:enumeration value="paragraph"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute a_dtd / @dtd

Namespace

No namespace

Type

xs:string

Properties

fixed:

RSCART3.8

Used by

Attribute Group

a_dtd

Source

<xs:attribute name="dtd" fixed="RSCART3.8" type="xs:string"/>

[ top ]

Attribute a_background / @background

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_background

Source

<xs:attribute name="background" type="xs:string"/>

[ top ]

Attribute a_date / @year

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_date

Source

<xs:attribute name="year" type="xs:string"/>

[ top ]

Attribute a_date / @month

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_date

Source

<xs:attribute name="month" type="xs:string"/>

[ top ]

Attribute a_date / @day

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Attribute Group

a_date

Source

<xs:attribute name="day" type="xs:string"/>

[ top ]

Attribute a_rating / @tier

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	primary
enumeration	routine

Used by

Attribute Group

a_rating

Source

<xs:attribute name="tier">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="primary"/>
      <xs:enumeration value="routine"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute meta / @field

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

meta

Source

<xs:attribute name="field" type="xs:string"/>

[ top ]

Attribute license / @version

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

license

Source

<xs:attribute name="version" type="xs:string"/>

[ top ]

Attribute license / @uri

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

license

Source

<xs:attribute name="uri" type="xs:string"/>

[ top ]

Attribute author / @aff

Namespace

No namespace

Type

xs:IDREFS

Properties

content:

simple

Used by

Element

author

Source

<xs:attribute name="aff" type="xs:IDREFS"/>

[ top ]

Attribute author / @key

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

author

Source

<xs:attribute name="key" type="xs:string"/>

[ top ]

Attribute author / @role

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

content:

simple

Facets

enumeration	princ
enumeration	corres

Used by

Element

author

Source

<xs:attribute name="role">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="princ"/>
      <xs:enumeration value="corres"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute catalysis / @type

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

catalysis

Source

<xs:attribute name="type" type="xs:string"/>

[ top ]

Attribute ack / @title

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

ack

Source

<xs:attribute name="title" type="xs:string"/>

[ top ]

Attribute commentary / @rating

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

commentary

Source

<xs:attribute name="rating" type="xs:string"/>

[ top ]

Attribute biblist / @title

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

biblist

Source

<xs:attribute name="title" type="xs:string"/>

[ top ]

Attribute article / @price-code

Namespace

No namespace

Type

restriction of xs:NMTOKEN

Properties

default:

free

Facets

enumeration	free
enumeration	open
enumeration	premium
enumeration	review

Used by

Element

article

Source

<xs:attribute name="price-code" default="free">
  <xs:simpleType>
    <xs:restriction base="xs:NMTOKEN">
      <xs:enumeration value="free"/>
      <xs:enumeration value="open"/>
      <xs:enumeration value="premium"/>
      <xs:enumeration value="review"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:cn.attributes / @type

Namespace

No namespace

Used by

Attribute Group

m:cn.attributes

Source

<xs:attribute name="type"/>

[ top ]

Attribute m:cn.attributes / @base

Namespace

No namespace

Used by

Attribute Group

m:cn.attributes

Source

<xs:attribute name="base"/>

[ top ]

Attribute m:ci.type / @type

Namespace

No namespace

Properties

use:	required

Used by

Attribute Group

m:ci.type

Source

<xs:attribute name="type" use="required"/>

[ top ]

Attribute m:base / @base

Namespace

No namespace

Properties

use:	required

Used by

Attribute Group

m:base

Source

<xs:attribute name="base" use="required"/>

[ top ]

Attribute m:type / @type

Namespace

No namespace

Properties

use:	required

Used by

Attribute Group

m:type

Source

<xs:attribute name="type" use="required"/>

[ top ]

Attribute m:order / @order

Namespace

No namespace

Type

restriction of xs:token

Properties

use:	required

Facets

enumeration	numeric
enumeration	lexicographic

Used by

Attribute Group

m:order

Source

<xs:attribute name="order" use="required">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="numeric"/>
      <xs:enumeration value="lexicographic"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:closure / @closure

Namespace

No namespace

Properties

use:	required

Used by

Attribute Group

m:closure

Source

<xs:attribute name="closure" use="required"/>

[ top ]

Attribute m:ContExp / @type

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

m:declare

Source

<xs:attribute name="type" type="xs:string"/>

[ top ]

Attribute m:ContExp / @scope

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Used by

Element

m:declare

Source

<xs:attribute name="scope" type="xs:string"/>

[ top ]

Attribute m:ContExp / @nargs

Namespace

No namespace

Type

xs:nonNegativeInteger

Properties

content:

simple

Used by

Element

m:declare

Source

<xs:attribute name="nargs" type="xs:nonNegativeInteger"/>

[ top ]

Attribute m:ContExp / @occurrence

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	prefix
enumeration	infix
enumeration	function-model

Used by

Element

m:declare

Source

<xs:attribute name="occurrence">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="prefix"/>
      <xs:enumeration value="infix"/>
      <xs:enumeration value="function-model"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:declare / @nargs

Namespace

No namespace

Type

xs:nonNegativeInteger

Properties

content:

simple

Source

<xs:attribute name="nargs" type="xs:nonNegativeInteger"/>

[ top ]

Attribute m:declare / @occurrence

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	prefix
enumeration	infix
enumeration	function-model

Source

<xs:attribute name="occurrence">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="prefix"/>
      <xs:enumeration value="infix"/>
      <xs:enumeration value="function-model"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:declare / @scope

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Source

<xs:attribute name="scope" type="xs:string"/>

[ top ]

Attribute m:declare / @type

Namespace

No namespace

Type

xs:string

Properties

content:

simple

Source

<xs:attribute name="type" type="xs:string"/>

[ top ]

Attribute m:tendsto / @type

Namespace

No namespace

Used by

Element

m:tendsto

Source

<xs:attribute name="type"/>

[ top ]

Attribute m:set / @type

Namespace

No namespace

Used by

Element

m:set

Source

<xs:attribute name="type"/>

[ top ]

Attribute m:list / @order

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	numeric
enumeration	lexicographic

Used by

Element

m:list

Source

<xs:attribute name="order">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="numeric"/>
      <xs:enumeration value="lexicographic"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtd.attributes / @rowspan

Namespace

No namespace

Type

m:positive-integer

Properties

content:

simple

Used by

Attribute Group

m:mtd.attributes

Source

<xs:attribute name="rowspan" type="m:positive-integer"/>

[ top ]

Attribute m:mtd.attributes / @columnspan

Namespace

No namespace

Type

m:positive-integer

Properties

content:

simple

Used by

Attribute Group

m:mtd.attributes

Source

<xs:attribute name="columnspan" type="m:positive-integer"/>

[ top ]

Attribute m:mtd.attributes / @rowalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	top
enumeration	bottom
enumeration	center
enumeration	baseline
enumeration	axis

Used by

Attribute Group

m:mtd.attributes

Source

<xs:attribute name="rowalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="top"/>
      <xs:enumeration value="bottom"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="baseline"/>
      <xs:enumeration value="axis"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtd.attributes / @columnalign

Namespace

No namespace

Type

m:columnalignstyle

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mtd.attributes

Source

<xs:attribute name="columnalign" type="m:columnalignstyle"/>

[ top ]

Attribute m:mtd.attributes / @groupalign

Namespace

No namespace

Type

m:group-alignment-list

Type hierarchy

xs:token
- m:group-alignment
  - m:group-alignment-list

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtd.attributes

Source

<xs:attribute name="groupalign" type="m:group-alignment-list"/>

[ top ]

Attribute m:mscarry.attributes / @location

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	w
enumeration	nw
enumeration	n
enumeration	ne
enumeration	e
enumeration	se
enumeration	s
enumeration	sw

Used by

Attribute Group

m:mscarry.attributes

Source

<xs:attribute name="location">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="w"/>
      <xs:enumeration value="nw"/>
      <xs:enumeration value="n"/>
      <xs:enumeration value="ne"/>
      <xs:enumeration value="e"/>
      <xs:enumeration value="se"/>
      <xs:enumeration value="s"/>
      <xs:enumeration value="sw"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mscarry.attributes / @crossout

Namespace

No namespace

Type

list of restriction of xs:token

Properties

content:

simple

Used by

Attribute Group

m:mscarry.attributes

Source

<xs:attribute name="crossout">
  <xs:simpleType>
    <xs:list>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="none"/>
          <xs:enumeration value="updiagonalstrike"/>
          <xs:enumeration value="downdiagonalstrike"/>
          <xs:enumeration value="verticalstrike"/>
          <xs:enumeration value="horizontalstrike"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:list>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mscarries.attributes / @position

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:mscarries.attributes

Source

<xs:attribute name="position" type="m:integer"/>

[ top ]

Attribute m:mscarries.attributes / @location

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	w
enumeration	nw
enumeration	n
enumeration	ne
enumeration	e
enumeration	se
enumeration	s
enumeration	sw

Used by

Attribute Group

m:mscarries.attributes

Source

<xs:attribute name="location">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="w"/>
      <xs:enumeration value="nw"/>
      <xs:enumeration value="n"/>
      <xs:enumeration value="ne"/>
      <xs:enumeration value="e"/>
      <xs:enumeration value="se"/>
      <xs:enumeration value="s"/>
      <xs:enumeration value="sw"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mscarries.attributes / @crossout

Namespace

No namespace

Type

list of restriction of xs:token

Properties

content:

simple

Used by

Attribute Group

m:mscarries.attributes

Source

<xs:attribute name="crossout">
  <xs:simpleType>
    <xs:list>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="none"/>
          <xs:enumeration value="updiagonalstrike"/>
          <xs:enumeration value="downdiagonalstrike"/>
          <xs:enumeration value="verticalstrike"/>
          <xs:enumeration value="horizontalstrike"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:list>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mscarries.attributes / @scriptsizemultiplier

Namespace

No namespace

Type

m:number

Properties

content:

simple

Used by

Attribute Group

m:mscarries.attributes

Source

<xs:attribute name="scriptsizemultiplier" type="m:number"/>

[ top ]

Attribute m:msline.attributes / @position

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:msline.attributes

Source

<xs:attribute name="position" type="m:integer"/>

[ top ]

Attribute m:msline.attributes / @length

Namespace

No namespace

Type

m:unsigned-integer

Properties

content:

simple

Used by

Attribute Group

m:msline.attributes

Source

<xs:attribute name="length" type="m:unsigned-integer"/>

[ top ]

Attribute m:msline.attributes / @leftoverhang

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:msline.attributes

Source

<xs:attribute name="leftoverhang" type="m:length"/>

[ top ]

Attribute m:msline.attributes / @rightoverhang

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:msline.attributes

Source

<xs:attribute name="rightoverhang" type="m:length"/>

[ top ]

Attribute m:msline.attributes / @mslinethickness

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:msline.attributes

Source

<xs:attribute name="mslinethickness">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thin"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="medium"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thick"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:msrow.attributes / @position

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:msrow.attributes

Source

<xs:attribute name="position" type="m:integer"/>

[ top ]

Attribute m:msgroup.attributes / @position

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:msgroup.attributes

Source

<xs:attribute name="position" type="m:integer"/>

[ top ]

Attribute m:msgroup.attributes / @shift

Namespace

No namespace

Type

m:integer

Properties

content:

simple

Used by

Attribute Group

m:msgroup.attributes

Source

<xs:attribute name="shift" type="m:integer"/>

[ top ]

Attribute m:malignmark.attributes / @edge

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right

Used by

Attribute Group

m:malignmark.attributes

Source

<xs:attribute name="edge">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:TokenAtt / @mathvariant

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	normal
enumeration	bold
enumeration	italic
enumeration	bold-italic
enumeration	double-struck
enumeration	bold-fraktur
enumeration	script
enumeration	bold-script
enumeration	fraktur
enumeration	sans-serif
enumeration	bold-sans-serif
enumeration	sans-serif-italic
enumeration	sans-serif-bold-italic
enumeration	monospace
enumeration	initial
enumeration	tailed
enumeration	looped
enumeration	stretched

Used by

Attribute Group

m:TokenAtt

Source

<xs:attribute name="mathvariant">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="normal"/>
      <xs:enumeration value="bold"/>
      <xs:enumeration value="italic"/>
      <xs:enumeration value="bold-italic"/>
      <xs:enumeration value="double-struck"/>
      <xs:enumeration value="bold-fraktur"/>
      <xs:enumeration value="script"/>
      <xs:enumeration value="bold-script"/>
      <xs:enumeration value="fraktur"/>
      <xs:enumeration value="sans-serif"/>
      <xs:enumeration value="bold-sans-serif"/>
      <xs:enumeration value="sans-serif-italic"/>
      <xs:enumeration value="sans-serif-bold-italic"/>
      <xs:enumeration value="monospace"/>
      <xs:enumeration value="initial"/>
      <xs:enumeration value="tailed"/>
      <xs:enumeration value="looped"/>
      <xs:enumeration value="stretched"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:TokenAtt / @mathsize

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:TokenAtt

Source

<xs:attribute name="mathsize">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="small"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="normal"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="big"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:TokenAtt / @dir

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	ltr
enumeration	rtl

Used by

Attribute Group

m:TokenAtt

Source

<xs:attribute name="dir">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="ltr"/>
      <xs:enumeration value="rtl"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @form

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	prefix
enumeration	infix
enumeration	postfix

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="form">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="prefix"/>
      <xs:enumeration value="infix"/>
      <xs:enumeration value="postfix"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @fence

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="fence">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @separator

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="separator">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @lspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="lspace" type="m:length"/>

[ top ]

Attribute m:mo.attributes / @rspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="rspace" type="m:length"/>

[ top ]

Attribute m:mo.attributes / @stretchy

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="stretchy">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @symmetric

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="symmetric">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @maxsize

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="maxsize">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="infinity"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @minsize

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="minsize" type="m:length"/>

[ top ]

Attribute m:mo.attributes / @largeop

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="largeop">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @movablelimits

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="movablelimits">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @accent

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="accent">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @linebreak

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	auto
enumeration	newline
enumeration	nobreak
enumeration	goodbreak
enumeration	badbreak

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="linebreak">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="auto"/>
      <xs:enumeration value="newline"/>
      <xs:enumeration value="nobreak"/>
      <xs:enumeration value="goodbreak"/>
      <xs:enumeration value="badbreak"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @lineleading

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="lineleading" type="m:length"/>

[ top ]

Attribute m:mo.attributes / @linebreakstyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	before
enumeration	after
enumeration	duplicate
enumeration	infixlinebreakstyle

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="linebreakstyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="before"/>
      <xs:enumeration value="after"/>
      <xs:enumeration value="duplicate"/>
      <xs:enumeration value="infixlinebreakstyle"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @linebreakmultchar

Namespace

No namespace

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="linebreakmultchar"/>

[ top ]

Attribute m:mo.attributes / @indentalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indentalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @indentshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indentshift" type="m:length"/>

[ top ]

Attribute m:mo.attributes / @indenttarget

Namespace

No namespace

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indenttarget"/>

[ top ]

Attribute m:mo.attributes / @indentalignfirst

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id
enumeration	indentalign

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indentalignfirst">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
      <xs:enumeration value="indentalign"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @indentshiftfirst

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indentshiftfirst">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="indentshift"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @indentalignlast

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id
enumeration	indentalign

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indentalignlast">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
      <xs:enumeration value="indentalign"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mo.attributes / @indentshiftlast

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mo.attributes

Source

<xs:attribute name="indentshiftlast">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="indentshift"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mspace.attributes / @width

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="width" type="m:length"/>

[ top ]

Attribute m:mspace.attributes / @height

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="height" type="m:length"/>

[ top ]

Attribute m:mspace.attributes / @depth

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="depth" type="m:length"/>

[ top ]

Attribute m:mspace.attributes / @linebreak

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	auto
enumeration	newline
enumeration	nobreak
enumeration	goodbreak
enumeration	badbreak
enumeration	indentingnewline

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="linebreak">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="auto"/>
      <xs:enumeration value="newline"/>
      <xs:enumeration value="nobreak"/>
      <xs:enumeration value="goodbreak"/>
      <xs:enumeration value="badbreak"/>
      <xs:enumeration value="indentingnewline"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mspace.attributes / @indentalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indentalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mspace.attributes / @indentshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indentshift" type="m:length"/>

[ top ]

Attribute m:mspace.attributes / @indenttarget

Namespace

No namespace

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indenttarget"/>

[ top ]

Attribute m:mspace.attributes / @indentalignfirst

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id
enumeration	indentalign

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indentalignfirst">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
      <xs:enumeration value="indentalign"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mspace.attributes / @indentshiftfirst

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indentshiftfirst">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="indentshift"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mspace.attributes / @indentalignlast

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	auto
enumeration	id
enumeration	indentalign

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indentalignlast">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="auto"/>
      <xs:enumeration value="id"/>
      <xs:enumeration value="indentalign"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mspace.attributes / @indentshiftlast

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mspace.attributes

Source

<xs:attribute name="indentshiftlast">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="indentshift"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:ms.attributes / @lquote

Namespace

No namespace

Used by

Attribute Group

m:ms.attributes

Source

<xs:attribute name="lquote"/>

[ top ]

Attribute m:ms.attributes / @rquote

Namespace

No namespace

Used by

Attribute Group

m:ms.attributes

Source

<xs:attribute name="rquote"/>

[ top ]

Attribute m:maligngroup.attributes / @groupalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	decimalpoint

Used by

Attribute Group

m:maligngroup.attributes

Source

<xs:attribute name="groupalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="decimalpoint"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mrow.attributes / @dir

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	ltr
enumeration	rtl

Used by

Attribute Group

m:mrow.attributes

Source

<xs:attribute name="dir">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="ltr"/>
      <xs:enumeration value="rtl"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mfrac.attributes / @linethickness

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mfrac.attributes

Source

<xs:attribute name="linethickness">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thin"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="medium"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="thick"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mfrac.attributes / @numalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mfrac.attributes

Source

<xs:attribute name="numalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mfrac.attributes / @denomalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mfrac.attributes

Source

<xs:attribute name="denomalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mfrac.attributes / @bevelled

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mfrac.attributes

Source

<xs:attribute name="bevelled">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstyle.deprecatedattributes / @veryverythinmathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="veryverythinmathspace" type="m:length"/>

[ top ]

Attribute m:mstyle.deprecatedattributes / @verythinmathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="verythinmathspace" type="m:length"/>

[ top ]

Attribute m:mstyle.deprecatedattributes / @thinmathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="thinmathspace" type="m:length"/>

[ top ]

Attribute m:mstyle.deprecatedattributes / @mediummathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="mediummathspace" type="m:length"/>

[ top ]

Attribute m:mstyle.deprecatedattributes / @thickmathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="thickmathspace" type="m:length"/>

[ top ]

Attribute m:mstyle.deprecatedattributes / @verythickmathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="verythickmathspace" type="m:length"/>

[ top ]

Attribute m:mstyle.deprecatedattributes / @veryverythickmathspace

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mstyle.deprecatedattributes

Source

<xs:attribute name="veryverythickmathspace" type="m:length"/>

[ top ]

Attribute m:mpadded.attributes / @height

Namespace

No namespace

Type

m:mpadded-length

Properties

content:

simple

Facets

pattern

\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*

Used by

Attribute Group

m:mpadded.attributes

Source

<xs:attribute name="height" type="m:mpadded-length"/>

[ top ]

Attribute m:mpadded.attributes / @depth

Namespace

No namespace

Type

m:mpadded-length

Properties

content:

simple

Facets

pattern

\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*

Used by

Attribute Group

m:mpadded.attributes

Source

<xs:attribute name="depth" type="m:mpadded-length"/>

[ top ]

Attribute m:mpadded.attributes / @width

Namespace

No namespace

Type

m:mpadded-length

Properties

content:

simple

Facets

pattern

\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*

Used by

Attribute Group

m:mpadded.attributes

Source

<xs:attribute name="width" type="m:mpadded-length"/>

[ top ]

Attribute m:mpadded.attributes / @lspace

Namespace

No namespace

Type

m:mpadded-length

Properties

content:

simple

Facets

pattern

\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*

Used by

Attribute Group

m:mpadded.attributes

Source

<xs:attribute name="lspace" type="m:mpadded-length"/>

[ top ]

Attribute m:mpadded.attributes / @voffset

Namespace

No namespace

Type

m:mpadded-length

Properties

content:

simple

Facets

pattern

\s*([\+\-]?[0-9]*([0-9]\.?|\.[0-9])[0-9]*\s*((%?\s*(height|depth|width)?)|e[mx]|in|cm|mm|p[xtc]|((negative)?((very){0,2}thi(n|ck)|medium)mathspace))?)\s*

Used by

Attribute Group

m:mpadded.attributes

Source

<xs:attribute name="voffset" type="m:mpadded-length"/>

[ top ]

Attribute m:mfenced.attributes / @open

Namespace

No namespace

Used by

Attribute Group

m:mfenced.attributes

Source

<xs:attribute name="open"/>

[ top ]

Attribute m:mfenced.attributes / @close

Namespace

No namespace

Used by

Attribute Group

m:mfenced.attributes

Source

<xs:attribute name="close"/>

[ top ]

Attribute m:mfenced.attributes / @separators

Namespace

No namespace

Used by

Attribute Group

m:mfenced.attributes

Source

<xs:attribute name="separators"/>

[ top ]

Attribute m:menclose.attributes / @notation

Namespace

No namespace

Used by

Attribute Group

m:menclose.attributes

Source

<xs:attribute name="notation"/>

[ top ]

Attribute m:msub.attributes / @subscriptshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:msub.attributes

Source

<xs:attribute name="subscriptshift" type="m:length"/>

[ top ]

Attribute m:msup.attributes / @superscriptshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:msup.attributes

Source

<xs:attribute name="superscriptshift" type="m:length"/>

[ top ]

Attribute m:msubsup.attributes / @subscriptshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:msubsup.attributes

Source

<xs:attribute name="subscriptshift" type="m:length"/>

[ top ]

Attribute m:msubsup.attributes / @superscriptshift

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:msubsup.attributes

Source

<xs:attribute name="superscriptshift" type="m:length"/>

[ top ]

Attribute m:munder.attributes / @accentunder

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:munder.attributes

Source

<xs:attribute name="accentunder">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:munder.attributes / @align

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center

Used by

Attribute Group

m:munder.attributes

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mover.attributes / @accent

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mover.attributes

Source

<xs:attribute name="accent">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mover.attributes / @align

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center

Used by

Attribute Group

m:mover.attributes

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:munderover.attributes / @accent

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:munderover.attributes

Source

<xs:attribute name="accent">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:munderover.attributes / @accentunder

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:munderover.attributes

Source

<xs:attribute name="accentunder">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:munderover.attributes / @align

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	center

Used by

Attribute Group

m:munderover.attributes

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="center"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @align

Namespace

No namespace

Type

restriction of xs:string

Properties

content:

simple

Facets

pattern

\s*(top|bottom|center|baseline|axis)(\s+-?[0-9]+)?\s*

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:string">
      <xs:pattern value="\s*(top|bottom|center|baseline|axis)(\s+-?[0-9]+)?\s*"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @rowalign

Namespace

No namespace

Type

restriction of list of m:verticalalign

Type hierarchy

xs:token
- m:verticalalign

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="rowalign">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:verticalalign"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @columnalign

Namespace

No namespace

Type

restriction of list of m:columnalignstyle

Type hierarchy

xs:token
- m:columnalignstyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="columnalign">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:columnalignstyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @groupalign

Namespace

No namespace

Type

m:group-alignment-list-list

Properties

content:

simple

Facets

pattern

(\s*\{\s*(left|center|right|decimalpoint)(\s+(left|center|right|decimalpoint))*\})*\s*

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="groupalign" type="m:group-alignment-list-list"/>

[ top ]

Attribute m:mtable.attributes / @alignmentscope

Namespace

No namespace

Type

restriction of list of restriction of xs:token

Type hierarchy

xs:token

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="alignmentscope">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list>
          <xs:simpleType>
            <xs:restriction base="xs:token">
              <xs:enumeration value="true"/>
              <xs:enumeration value="false"/>
            </xs:restriction>
          </xs:simpleType>
        </xs:list>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @columnwidth

Namespace

No namespace

Type

restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="columnwidth">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list>
          <xs:simpleType>
            <xs:union memberTypes="m:length">
              <xs:simpleType>
                <xs:restriction base="xs:token">
                  <xs:enumeration value="auto"/>
                </xs:restriction>
              </xs:simpleType>
              <xs:simpleType>
                <xs:restriction base="xs:token">
                  <xs:enumeration value="fit"/>
                </xs:restriction>
              </xs:simpleType>
            </xs:union>
          </xs:simpleType>
        </xs:list>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @width

Namespace

No namespace

Type

union of(m:length, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="width">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="auto"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @rowspacing

Namespace

No namespace

Type

restriction of list of m:length

Type hierarchy

xs:string
- m:length

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="rowspacing">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:length"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @columnspacing

Namespace

No namespace

Type

restriction of list of m:length

Type hierarchy

xs:string
- m:length

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="columnspacing">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:length"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @rowlines

Namespace

No namespace

Type

restriction of list of m:linestyle

Type hierarchy

xs:token
- m:linestyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="rowlines">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:linestyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @columnlines

Namespace

No namespace

Type

restriction of list of m:linestyle

Type hierarchy

xs:token
- m:linestyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="columnlines">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:linestyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @frame

Namespace

No namespace

Type

m:linestyle

Properties

content:

simple

Facets

enumeration	none
enumeration	solid
enumeration	dashed

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="frame" type="m:linestyle"/>

[ top ]

Attribute m:mtable.attributes / @framespacing

Namespace

No namespace

Type

restriction of list of union of(m:length, m:length)

Properties

content:

simple

Facets

length

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="framespacing">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list>
          <xs:simpleType>
            <xs:union memberTypes="m:length m:length"/>
          </xs:simpleType>
        </xs:list>
      </xs:simpleType>
      <xs:length value="2"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @equalrows

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="equalrows">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @equalcolumns

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="equalcolumns">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @displaystyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	true
enumeration	false

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="displaystyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="true"/>
      <xs:enumeration value="false"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @side

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	right
enumeration	leftoverlap
enumeration	rightoverlap

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="side">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="leftoverlap"/>
      <xs:enumeration value="rightoverlap"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtable.attributes / @minlabelspacing

Namespace

No namespace

Type

m:length

Properties

content:

simple

Facets

pattern

\s*((-?[0-9]*([0-9]\.?|\.[0-9])[0-9]*(e[mx]|in|cm|mm|p[xtc]|%)?)|(negative)?((very){0,2}thi(n|ck)|medium)mathspace)\s*

Used by

Attribute Group

m:mtable.attributes

Source

<xs:attribute name="minlabelspacing" type="m:length"/>

[ top ]

Attribute m:mtr.attributes / @rowalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	top
enumeration	bottom
enumeration	center
enumeration	baseline
enumeration	axis

Used by

Attribute Group

m:mtr.attributes

Source

<xs:attribute name="rowalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="top"/>
      <xs:enumeration value="bottom"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="baseline"/>
      <xs:enumeration value="axis"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtr.attributes / @columnalign

Namespace

No namespace

Type

restriction of list of m:columnalignstyle

Type hierarchy

xs:token
- m:columnalignstyle

Properties

content:

simple

Facets

minLength

Used by

Attribute Group

m:mtr.attributes

Source

<xs:attribute name="columnalign">
  <xs:simpleType>
    <xs:restriction>
      <xs:simpleType>
        <xs:list itemType="m:columnalignstyle"/>
      </xs:simpleType>
      <xs:minLength value="1"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mtr.attributes / @groupalign

Namespace

No namespace

Type

m:group-alignment-list-list

Properties

content:

simple

Facets

pattern

(\s*\{\s*(left|center|right|decimalpoint)(\s+(left|center|right|decimalpoint))*\})*\s*

Used by

Attribute Group

m:mtr.attributes

Source

<xs:attribute name="groupalign" type="m:group-alignment-list-list"/>

[ top ]

Attribute m:mstack.attributes / @align

Namespace

No namespace

Type

restriction of xs:string

Properties

content:

simple

Facets

pattern

\s*(top|bottom|center|baseline|axis)(\s+-?[0-9]+)?\s*

Used by

Attribute Group

m:mstack.attributes

Source

<xs:attribute name="align">
  <xs:simpleType>
    <xs:restriction base="xs:string">
      <xs:pattern value="\s*(top|bottom|center|baseline|axis)(\s+-?[0-9]+)?\s*"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstack.attributes / @stackalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right
enumeration	decimalpoint

Used by

Attribute Group

m:mstack.attributes

Source

<xs:attribute name="stackalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
      <xs:enumeration value="decimalpoint"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstack.attributes / @charalign

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	left
enumeration	center
enumeration	right

Used by

Attribute Group

m:mstack.attributes

Source

<xs:attribute name="charalign">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="left"/>
      <xs:enumeration value="center"/>
      <xs:enumeration value="right"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mstack.attributes / @charspacing

Namespace

No namespace

Type

union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)

Properties

content:

simple

Used by

Attribute Group

m:mstack.attributes

Source

<xs:attribute name="charspacing">
  <xs:simpleType>
    <xs:union memberTypes="m:length">
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="loose"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="medium"/>
        </xs:restriction>
      </xs:simpleType>
      <xs:simpleType>
        <xs:restriction base="xs:token">
          <xs:enumeration value="tight"/>
        </xs:restriction>
      </xs:simpleType>
    </xs:union>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:mlongdiv.attributes / @longdivstyle

Namespace

No namespace

Type

restriction of xs:token

Properties

content:

simple

Facets

enumeration	lefttop
enumeration	stackedrightright
enumeration	mediumstackedrightright
enumeration	shortstackedrightright
enumeration	righttop
enumeration	left/\right
enumeration	left)(right
enumeration	:right=right
enumeration	stackedleftleft
enumeration	stackedleftlinetop

Used by

Attribute Group

m:mlongdiv.attributes

Source

<xs:attribute name="longdivstyle">
  <xs:simpleType>
    <xs:restriction base="xs:token">
      <xs:enumeration value="lefttop"/>
      <xs:enumeration value="stackedrightright"/>
      <xs:enumeration value="mediumstackedrightright"/>
      <xs:enumeration value="shortstackedrightright"/>
      <xs:enumeration value="righttop"/>
      <xs:enumeration value="left/\right"/>
      <xs:enumeration value="left)(right"/>
      <xs:enumeration value=":right=right"/>
      <xs:enumeration value="stackedleftleft"/>
      <xs:enumeration value="stackedleftlinetop"/>
    </xs:restriction>
  </xs:simpleType>
</xs:attribute>

[ top ]

Attribute m:maction.attributes / @actiontype

Namespace

No namespace

Properties

use:	required

Used by

Attribute Group

m:maction.attributes

Source

<xs:attribute name="actiontype" use="required"/>

[ top ]

Attribute m:maction.attributes / @selection

Namespace

No namespace

Type

m:positive-integer

Properties

content:

simple

Used by

Attribute Group

m:maction.attributes

Source

<xs:attribute name="selection" type="m:positive-integer"/>

[ top ]

Attribute m:name / @name

Namespace

No namespace

Type

xs:NCName

Properties

use:	required

Used by

Attribute Group

m:name

Source

<xs:attribute name="name" use="required" type="xs:NCName"/>

[ top ]

Attribute m:cd / @cd

Namespace

No namespace

Type

xs:NCName

Properties

use:	required

Used by

Attribute Group

m:cd

Source

<xs:attribute name="cd" use="required" type="xs:NCName"/>

[ top ]

Element Group c_font-mod

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Group	c_emph
Complex Type	m_characters-only
Elements	above, below

Model

roman | it | bo | bi | scp | sansserif | monospace

Children

bi, bo, it, monospace, roman, sansserif, scp

Source

<xs:group name="c_font-mod">
  <xs:choice>
    <xs:element ref="roman"/>
    <xs:element ref="it"/>
    <xs:element ref="bo"/>
    <xs:element ref="bi"/>
    <xs:element ref="scp"/>
    <xs:element ref="sansserif"/>
    <xs:element ref="monospace"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_text-elts

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Complex Types	m_simple-text, m_simple-text-or-paras, m_text-or-link, m_text-or-paras, tbl.entry.mdl
Elements	abstract, ack, addrelt, arttitle, bi, biblscope, bo, byline, citext, citpub, commentary, confname, cpyrt, dd, dedicate, denom, editor, entry, eqntext, fname, footnote, funder-name, head, ictext, inf, it, item, keyword, link, monospace, nameelt, no, note, numer, overbar, pubname, pubplace, qualifier, quotation, role, roman, sansserif, scp, sertitle, subject, subtitle, sup, surname, term, title, toc-entry, toc-head, ul, underbar, unknown, warning, who
Element Group	c_para-elts

Model

Children

Source

<xs:group name="c_text-elts">
  <xs:choice>
    <xs:group ref="c_emph"/>
    <xs:group ref="c_gen"/>
    <xs:group ref="c_para-graphic"/>
    <xs:group ref="c_ref"/>
    <xs:group ref="c_edits"/>
    <xs:group ref="c_geolocation"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_emph

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups	c_compounds, c_text-elts
Complex Types	m_citation, m_emph
Elements	affref, annref, boxref, chartref, citation, citref, compoundref, dataref, eqnref, extnl-dataref, figref, fnoteref, plateref, resourceref, schemref, tableref, textref, trans

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ul

Source

<xs:group name="c_emph">
  <xs:choice>
    <xs:group ref="c_font-mod"/>
    <xs:element ref="ul"/>
    <xs:element ref="sup"/>
    <xs:element ref="inf"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_gen

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Group

c_text-elts

Model

Children

email, footnote, fraction, list, note, overbar, stack, underbar, unknown, url, warning

Source

<xs:group name="c_gen">
  <xs:choice>
    <xs:element ref="list"/>
    <xs:element ref="footnote"/>
    <xs:element ref="note"/>
    <xs:element ref="overbar"/>
    <xs:element ref="underbar"/>
    <xs:element ref="stack"/>
    <xs:element ref="fraction"/>
    <xs:element ref="warning"/>
    <xs:element ref="unknown"/>
    <xs:element ref="email"/>
    <xs:element ref="url"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_para-elts

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Complex Type	m_para-text
Element	p

Model

Children

Source

<xs:group name="c_para-elts">
  <xs:choice>
    <xs:group ref="c_text-elts"/>
    <xs:group ref="c_graphic"/>
    <xs:group ref="c_extnl-data"/>
    <xs:group ref="c_eqn"/>
    <xs:group ref="c_box"/>
    <xs:group ref="c_tab"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_graphic

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups	c_inter-para-elts, c_para-elts
Complex Type	tbl.entry.mdl
Element	entry

Model

figure | scheme | plate | chart | a

Children

a, chart, figure, plate, scheme

Source

<xs:group name="c_graphic">
  <xs:choice>
    <xs:element ref="figure"/>
    <xs:element ref="scheme"/>
    <xs:element ref="plate"/>
    <xs:element ref="chart"/>
    <xs:element ref="a"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_inter-para-elts

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

a, book-review, corr-content, corr-context, news-item, news-section, section, subsect1, subsect2, subsect3, subsect4, subsect5, subsect6

Model

Children

a, box, chart, eqntext, equation, extnl-data, figure, mathml-display, mathml-inline, plate, quotation, scheme, table, table-entry, ugraphic

Source

<xs:group name="c_inter-para-elts">
  <xs:choice>
    <xs:group ref="c_graphic"/>
    <xs:group ref="c_extnl-data"/>
    <xs:group ref="c_para-graphic"/>
    <xs:group ref="c_eqn"/>
    <xs:group ref="c_box"/>
    <xs:group ref="c_tab"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_extnl-data

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups	c_inter-para-elts, c_para-elts
Complex Type	tbl.entry.mdl
Element	entry

Model

extnl-data

Children

extnl-data

Source

<xs:group name="c_extnl-data">
  <xs:choice>
    <xs:element ref="extnl-data"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_para-graphic

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups

c_inter-para-elts, c_text-elts

Model

eqntext | mathml-display | mathml-inline | quotation | ugraphic

Children

eqntext, mathml-display, mathml-inline, quotation, ugraphic

Source

<xs:group name="c_para-graphic">
  <xs:choice>
    <xs:element ref="eqntext"/>
    <xs:element ref="mathml-display"/>
    <xs:element ref="mathml-inline"/>
    <xs:element ref="quotation"/>
    <xs:element ref="ugraphic"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:MathExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Complex Types	m:ImpliedMrow, m:annotation-xml.model
Elements	m:TableCellExpression, m:annotation-xml, m:maction, m:math, m:menclose, m:merror, m:mfenced, m:mfrac, m:mmultiscripts, m:mover, m:mpadded, m:mphantom, m:mroot, m:mrow, m:msqrt, m:mstyle, m:msub, m:msubsup, m:msup, m:munder, m:munderover, m:semantics/m:semantics
Element Groups	m:MsrowExpression, m:MstackExpression, m:MultiScriptExpression

Model

Children

Source

<xs:group name="MathExpression">
  <xs:choice>
    <xs:group ref="m:ContExp"/>
    <xs:element ref="m:PresentationExpression"/>
    <xs:group ref="m:semantics"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:ContExp

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Complex Types	m:apply.content, m:bind.content
Elements	m:apply, m:bind, m:cerror, m:condition, m:declare, m:degree, m:domainofapplication, m:fn, m:interval.class, m:lambda.class, m:list, m:logbase, m:lowlimit, m:momentabout, m:nary-constructor.class, m:otherwise, m:piece, m:reln, m:semantics-contexp/m:semantics, m:set, m:uplimit
Element Group	m:MathExpression

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Source

<xs:group name="ContExp">
  <xs:choice>
    <!--Ambiguous content model altered (ContExp)-->
    <xs:element ref="m:apply"/>
    <xs:element ref="m:bind"/>
    <xs:element ref="m:ci"/>
    <xs:element ref="m:cn"/>
    <xs:element ref="m:csymbol"/>
    <xs:element ref="m:cbytes"/>
    <xs:element ref="m:cerror"/>
    <xs:element ref="m:cs"/>
    <xs:element ref="m:share"/>
    <xs:element ref="m:piecewise"/>
    <xs:element ref="m:DeprecatedContExp"/>
    <xs:element ref="m:interval.class"/>
    <xs:element ref="m:unary-functional.class"/>
    <xs:element ref="m:lambda.class"/>
    <xs:element ref="m:nary-functional.class"/>
    <xs:group ref="m:binary-arith.class"/>
    <xs:group ref="m:unary-arith.class"/>
    <xs:element ref="m:nary-minmax.class"/>
    <xs:element ref="m:nary-arith.class"/>
    <xs:element ref="m:nary-logical.class"/>
    <xs:element ref="m:unary-logical.class"/>
    <xs:element ref="m:binary-logical.class"/>
    <xs:element ref="m:quantifier.class"/>
    <xs:element ref="m:nary-reln.class"/>
    <xs:element ref="m:binary-reln.class"/>
    <xs:element ref="m:int.class"/>
    <xs:element ref="m:Differential-Operator.class"/>
    <xs:element ref="m:partialdiff.class"/>
    <xs:element ref="m:unary-veccalc.class"/>
    <xs:element ref="m:nary-setlist-constructor.class"/>
    <xs:element ref="m:nary-set.class"/>
    <xs:element ref="m:binary-set.class"/>
    <xs:element ref="m:nary-set-reln.class"/>
    <xs:element ref="m:unary-set.class"/>
    <xs:element ref="m:sum.class"/>
    <xs:element ref="m:product.class"/>
    <xs:element ref="m:limit.class"/>
    <xs:element ref="m:unary-elementary.class"/>
    <xs:element ref="m:nary-stats.class"/>
    <xs:element ref="m:nary-constructor.class"/>
    <xs:element ref="m:unary-linalg.class"/>
    <xs:element ref="m:nary-linalg.class"/>
    <xs:element ref="m:binary-linalg.class"/>
    <xs:element ref="m:constant-set.class"/>
    <xs:element ref="m:constant-arith.class"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:BvarQ

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Complex Types	m:apply.content, m:bind.content
Elements	m:apply, m:bind, m:lambda.class, m:list, m:nary-constructor.class, m:set

Model

m:bvar*

Children

m:bvar

Source

<xs:group name="BvarQ">
  <xs:sequence>
    <xs:element minOccurs="0" maxOccurs="unbounded" ref="m:bvar"/>
  </xs:sequence>
</xs:group>

[ top ]

Element Group m:semantics-ci

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:bvar, m:semantics-ci/m:semantics

Model

m:semantics

Children

m:semantics

Source

<xs:group name="semantics-ci">
  <xs:sequence>
    <xs:element name="semantics">
      <xs:complexType>
        <xs:sequence>
          <xs:choice>
            <xs:element ref="m:ci"/>
            <xs:group ref="m:semantics-ci"/>
          </xs:choice>
          <xs:choice minOccurs="0" maxOccurs="unbounded">
            <xs:element ref="m:annotation"/>
            <xs:element ref="m:annotation-xml"/>
          </xs:choice>
        </xs:sequence>
        <xs:attributeGroup ref="m:semantics.attributes"/>
      </xs:complexType>
    </xs:element>
  </xs:sequence>
</xs:group>

[ top ]

Element Group m:Qualifier

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Complex Types	m:apply.content, m:bind.content
Elements	m:apply, m:bind

Model

((m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1}))) | m:degree | m:momentabout | m:logbase

Children

m:condition, m:degree, m:domainofapplication, m:logbase, m:lowlimit, m:momentabout, m:uplimit

Source

<xs:group name="Qualifier">
  <xs:choice>
    <xs:group ref="m:DomainQ"/>
    <xs:element ref="m:degree"/>
    <xs:element ref="m:momentabout"/>
    <xs:element ref="m:logbase"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:DomainQ

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements	m:lambda.class, m:list, m:nary-constructor.class, m:set
Element Group	m:Qualifier

Model

(m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1}))

Children

m:condition, m:domainofapplication, m:lowlimit, m:uplimit

Source

<xs:group name="DomainQ">
  <xs:sequence>
    <xs:choice minOccurs="0" maxOccurs="unbounded">
      <xs:element ref="m:domainofapplication"/>
      <xs:element ref="m:condition"/>
      <!--Ambiguous content model altered (interval)-->
      <xs:sequence>
        <xs:element ref="m:lowlimit"/>
        <xs:element minOccurs="0" ref="m:uplimit"/>
      </xs:sequence>
    </xs:choice>
  </xs:sequence>
</xs:group>

[ top ]

Element Group m:binary-arith.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element Group

m:ContExp

Model

Children

m:divide, m:minus, m:power, m:quotient, m:rem, m:root

Source

<xs:group name="binary-arith.class">
  <xs:choice>
    <xs:element ref="m:quotient"/>
    <xs:element ref="m:divide"/>
    <xs:element ref="m:minus"/>
    <xs:element ref="m:power"/>
    <xs:element ref="m:rem"/>
    <xs:element ref="m:root"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:unary-arith.class

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element Group

m:ContExp

Model

Children

m:abs, m:arg, m:ceiling, m:conjugate, m:exp, m:factorial, m:floor, m:imaginary, m:real

Source

<xs:group name="unary-arith.class">
  <xs:choice>
    <xs:element ref="m:factorial"/>
    <!--Ambiguous content model altered (minus)-->
    <!--Ambiguous content model altered (root)-->
    <xs:element ref="m:abs"/>
    <xs:element ref="m:conjugate"/>
    <xs:element ref="m:arg"/>
    <xs:element ref="m:real"/>
    <xs:element ref="m:imaginary"/>
    <xs:element ref="m:floor"/>
    <xs:element ref="m:ceiling"/>
    <xs:element ref="m:exp"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:semantics

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element Group

m:MathExpression

Model

m:semantics

Children

m:semantics

Source

<xs:group name="semantics">
  <xs:sequence>
    <xs:element name="semantics">
      <xs:complexType>
        <xs:sequence>
          <xs:group ref="m:MathExpression"/>
          <xs:choice minOccurs="0" maxOccurs="unbounded">
            <xs:element ref="m:annotation"/>
            <xs:element ref="m:annotation-xml"/>
          </xs:choice>
        </xs:sequence>
        <xs:attributeGroup ref="m:semantics.attributes"/>
      </xs:complexType>
    </xs:element>
  </xs:sequence>
</xs:group>

[ top ]

Element Group c_eqn

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups	c_inter-para-elts, c_para-elts
Complex Type	tbl.entry.mdl
Element	entry

Model

equation

Children

equation

Source

<xs:group name="c_eqn">
  <xs:choice>
    <xs:element ref="equation"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_box

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups

c_inter-para-elts, c_para-elts

Model

box

Children

box

Source

<xs:group name="c_box">
  <xs:choice>
    <xs:element ref="box"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_tab

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Groups

c_inter-para-elts, c_para-elts

Model

table-entry | table

Children

table, table-entry

Source

<xs:group name="c_tab">
  <xs:choice>
    <xs:element ref="table-entry"/>
    <xs:element ref="table"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group titles

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Complex Type	tbl.table.mdl
Element	table

Model

title{0,1}

Children

title

Source

<xs:group name="titles">
  <xs:sequence>
    <xs:element ref="title" minOccurs="0"/>
  </xs:sequence>
</xs:group>

[ top ]

Element Group c_ref

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Group

c_text-elts

Model

Children

affref, annref, boxref, chartref, citref, compname, compoundref, dataref, eqnref, extnl-dataref, figref, fnoteref, plateref, resourceref, schemref, tableref, textref

Source

<xs:group name="c_ref">
  <xs:choice>
    <xs:element ref="affref"/>
    <xs:element ref="annref"/>
    <xs:element ref="boxref"/>
    <xs:element ref="chartref"/>
    <xs:element ref="citref"/>
    <xs:element ref="compname"/>
    <xs:element ref="compoundref"/>
    <xs:element ref="dataref"/>
    <xs:element ref="eqnref"/>
    <xs:element ref="extnl-dataref"/>
    <xs:element ref="figref"/>
    <xs:element ref="fnoteref"/>
    <xs:element ref="plateref"/>
    <xs:element ref="resourceref"/>
    <xs:element ref="schemref"/>
    <xs:element ref="tableref"/>
    <xs:element ref="textref"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_compounds

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Complex Type	m_compounds
Element	compname

Model

roman | it | bo | bi | scp | sansserif | monospace | ul | sup | inf | ugraphic

Children

bi, bo, inf, it, monospace, roman, sansserif, scp, sup, ugraphic, ul

Source

<xs:group name="c_compounds">
  <xs:choice>
    <xs:group ref="c_emph"/>
    <xs:element ref="ugraphic"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_edits

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Group

c_text-elts

Model

editnote

Children

editnote

Source

<xs:group name="c_edits">
  <xs:choice>
    <xs:element ref="editnote"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_geolocation

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element Group

c_text-elts

Model

geolocation

Children

geolocation

Source

<xs:group name="c_geolocation">
  <xs:choice>
    <xs:element ref="geolocation"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_issue-front-and-back-matter

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Complex Type

m_issue-front-and-back-matter

Model

Children

advert, board, confgrp, index, info, issue-toc

Source

<xs:group name="c_issue-front-and-back-matter">
  <xs:choice>
    <xs:element ref="board"/>
    <xs:element ref="issue-toc"/>
    <xs:element ref="index"/>
    <xs:element ref="advert"/>
    <xs:element ref="info"/>
    <xs:element ref="confgrp"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group c_address

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

address

Model

city | postcode | state | country | addrelt

Children

addrelt, city, country, postcode, state

Source

<xs:group name="c_address">
  <xs:choice>
    <xs:element ref="city"/>
    <xs:element ref="postcode"/>
    <xs:element ref="state"/>
    <xs:element ref="country"/>
    <xs:element ref="addrelt"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:semantics-contexp

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Model

m:semantics

Children

m:semantics

Source

<xs:group name="semantics-contexp">
  <xs:sequence>
    <xs:element name="semantics">
      <xs:complexType>
        <xs:sequence>
          <xs:group ref="m:ContExp"/>
          <xs:choice minOccurs="0" maxOccurs="unbounded">
            <xs:element ref="m:annotation"/>
            <xs:element ref="m:annotation-xml"/>
          </xs:choice>
        </xs:sequence>
        <xs:attributeGroup ref="m:semantics.attributes"/>
      </xs:complexType>
    </xs:element>
  </xs:sequence>
</xs:group>

[ top ]

Element Group m:MstackExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:mlongdiv, m:msgroup, m:mstack

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:mscarries, m:msgroup, m:msline, m:msrow, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Source

<xs:group name="MstackExpression">
  <xs:choice>
    <xs:group ref="m:MathExpression"/>
    <xs:element ref="m:mscarries"/>
    <xs:element ref="m:msline"/>
    <xs:element ref="m:msrow"/>
    <xs:element ref="m:msgroup"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:MsrowExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:mscarries, m:mscarry, m:msrow

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:none, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Source

<xs:group name="MsrowExpression">
  <xs:choice>
    <xs:group ref="m:MathExpression"/>
    <xs:element ref="m:none"/>
  </xs:choice>
</xs:group>

[ top ]

Element Group m:MultiScriptExpression

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mmultiscripts

Model

Children

m:DeprecatedContExp, m:Differential-Operator.class, m:PresentationExpression, m:abs, m:apply, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-reln.class, m:binary-set.class, m:bind, m:cbytes, m:ceiling, m:cerror, m:ci, m:cn, m:conjugate, m:constant-arith.class, m:constant-set.class, m:cs, m:csymbol, m:divide, m:exp, m:factorial, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-setlist-constructor.class, m:nary-stats.class, m:none, m:partialdiff.class, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:semantics, m:share, m:sum.class, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Source

<xs:group name="MultiScriptExpression">
  <xs:sequence>
    <xs:choice>
      <xs:group ref="m:MathExpression"/>
      <xs:element ref="m:none"/>
    </xs:choice>
    <xs:choice>
      <xs:group ref="m:MathExpression"/>
      <xs:element ref="m:none"/>
    </xs:choice>
  </xs:sequence>
</xs:group>

[ top ]

Element Group m:token.content

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:mi, m:mn, m:mo, m:ms, m:mtext

Model

(m:mglyph | m:malignmark)

Children

m:malignmark, m:mglyph

Source

<xs:group name="token.content">
  <xs:sequence>
    <xs:choice minOccurs="0">
      <xs:element ref="m:mglyph"/>
      <xs:element ref="m:malignmark"/>
    </xs:choice>
  </xs:sequence>
</xs:group>

[ top ]

Attribute Group a_type

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

addrelt, address, admin-event, advert, article, byline, citation, editnote, issn, issue, license, link, list, logo, nameelt, news-article, news-section, published, section, sertitle, subject, title, unknown

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	xs:string			optional

Source

<xs:attributeGroup name="a_type">
  <xs:attribute name="type" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_required-id

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

aff, annotation, annotationset, box, chart, citgroup, compound, compoundset, data, dataset, equation, extnl-data, figure, footnote, icgraphic, issue, journal, plate, resource, resourceset, scheme, table-entry, ugraphic, volume

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			required

Source

<xs:attributeGroup name="a_required-id">
  <xs:attribute name="id" use="required" type="xs:ID"/>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_required-xsrc

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

chart, extnl-data, figure, icgraphic, plate, previous-version, scheme, ugraphic

Attributes

QName	Type	Fixed	Default	Use	Annotation
xsrc	xs:string			required

Source

<xs:attributeGroup name="a_required-xsrc">
  <xs:attribute name="xsrc" use="required" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_graphic

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

chart, figure, icgraphic, plate, scheme, ugraphic

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
height	xs:NMTOKEN		optional
pos	restriction of xs:NMTOKEN		optional
prefix	restriction of xs:NMTOKEN	prefix	optional
width	xs:NMTOKEN		optional

Source

<xs:attributeGroup name="a_graphic">
  <xs:attribute name="height" type="xs:NMTOKEN"/>
  <xs:attribute name="width" type="xs:NMTOKEN"/>
  <xs:attribute name="pos">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="float"/>
        <xs:enumeration value="fixed"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="prefix" default="prefix">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="prefix"/>
        <xs:enumeration value="noprefix"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mglyph.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mglyph

Attributes

QName	Type	Use
alt		optional
class	xs:NMTOKENS	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
src	xs:anyURI	optional
style	xs:string	optional
valign	m:length	optional
width	m:length	optional
xref		optional

Source

<xs:attributeGroup name="mglyph.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="src" type="xs:anyURI"/>
  <xs:attribute name="width" type="m:length"/>
  <xs:attribute name="height" type="m:length"/>
  <xs:attribute name="valign" type="m:length"/>
  <xs:attribute name="alt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:CommonAtt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:annotation.attributes, m:cbytes.attributes, m:cerror.attributes, m:ci.attributes, m:cn.attributes, m:cs.attributes, m:csymbol.attributes, m:maction.attributes, m:maligngroup.attributes, m:malignmark.attributes, m:math.attributes, m:menclose.attributes, m:merror.attributes, m:mfenced.attributes, m:mfrac.attributes, m:mglyph.attributes, m:mi.attributes, m:mn.attributes, m:mo.attributes, m:mover.attributes, m:mpadded.attributes, m:mphantom.attributes, m:mprescripts.attributes, m:mroot.attributes, m:mrow.attributes, m:ms.attributes, m:mscarries.attributes, m:mscarry.attributes, m:msgroup.attributes, m:msline.attributes, m:mspace.attributes, m:msqrt.attributes, m:msrow.attributes, m:mstack.attributes, m:mstyle.attributes, m:msub.attributes, m:msubsup.attributes, m:msup.attributes, m:mtable.attributes, m:mtd.attributes, m:mtext.attributes, m:mtr.attributes, m:munder.attributes, m:munderover.attributes, m:none.attributes, m:semantics.attributes

Elements

m:Differential-Operator.class, m:abs, m:apply, m:approx, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-set.class, m:bind, m:ceiling, m:conjugate, m:constant-arith.class, m:constant-set.class, m:divide, m:exp, m:factorial, m:factorof, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:list, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-stats.class, m:neq, m:otherwise, m:partialdiff.class, m:piece, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:set, m:share, m:sum.class, m:tendsto, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Attributes

QName	Type	Use
ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="CommonAtt">
  <xs:attribute name="id" type="xs:ID"/>
  <xs:attribute name="xref"/>
  <xs:attribute name="class" type="xs:NMTOKENS"/>
  <xs:attribute name="style" type="xs:string"/>
  <xs:attribute name="href" type="xs:anyURI"/>
  <xs:attributeGroup ref="m:CommonDeprecatedAtt"/>
  <xs:anyAttribute namespace="##other" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:CommonDeprecatedAtt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Group

m:CommonAtt

Attributes

QName	Type	Fixed	Default	Use	Annotation
other				optional

Source

<xs:attributeGroup name="CommonDeprecatedAtt">
  <xs:attribute name="other"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:CommonPresAtt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:maction.attributes, m:maligngroup.attributes, m:malignmark.attributes, m:math.attributes, m:menclose.attributes, m:merror.attributes, m:mfenced.attributes, m:mfrac.attributes, m:mglyph.attributes, m:mi.attributes, m:mn.attributes, m:mo.attributes, m:mover.attributes, m:mpadded.attributes, m:mphantom.attributes, m:mprescripts.attributes, m:mroot.attributes, m:mrow.attributes, m:ms.attributes, m:mscarries.attributes, m:mscarry.attributes, m:msgroup.attributes, m:msline.attributes, m:mspace.attributes, m:msqrt.attributes, m:msrow.attributes, m:mstack.attributes, m:mstyle.attributes, m:msub.attributes, m:msubsup.attributes, m:msup.attributes, m:mtable.attributes, m:mtd.attributes, m:mtext.attributes, m:mtr.attributes, m:munder.attributes, m:munderover.attributes, m:none.attributes

Attributes

QName	Type	Fixed	Default	Use	Annotation
mathbackground	union of(m:color, restriction of xs:token)			optional
mathcolor	m:color			optional

Source

<xs:attributeGroup name="CommonPresAtt">
  <xs:attribute name="mathcolor" type="m:color"/>
  <xs:attribute name="mathbackground">
    <xs:simpleType>
      <xs:union memberTypes="m:color">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="transparent"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mglyph.deprecatedattributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mglyph

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
color	m:color	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
index	m:integer	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional

Source

<xs:attributeGroup name="mglyph.deprecatedattributes">
  <xs:attribute name="index" type="m:integer"/>
  <xs:attribute name="mathvariant">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="normal"/>
        <xs:enumeration value="bold"/>
        <xs:enumeration value="italic"/>
        <xs:enumeration value="bold-italic"/>
        <xs:enumeration value="double-struck"/>
        <xs:enumeration value="bold-fraktur"/>
        <xs:enumeration value="script"/>
        <xs:enumeration value="bold-script"/>
        <xs:enumeration value="fraktur"/>
        <xs:enumeration value="sans-serif"/>
        <xs:enumeration value="bold-sans-serif"/>
        <xs:enumeration value="sans-serif-italic"/>
        <xs:enumeration value="sans-serif-bold-italic"/>
        <xs:enumeration value="monospace"/>
        <xs:enumeration value="initial"/>
        <xs:enumeration value="tailed"/>
        <xs:enumeration value="looped"/>
        <xs:enumeration value="stretched"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="mathsize">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="small"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="normal"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="big"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attributeGroup ref="m:DeprecatedTokenAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:DeprecatedTokenAtt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:TokenAtt, m:mglyph.deprecatedattributes, m:mstyle.deprecatedattributes

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
color	m:color	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional

Source

<xs:attributeGroup name="DeprecatedTokenAtt">
  <xs:attribute name="fontfamily"/>
  <xs:attribute name="fontweight">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="normal"/>
        <xs:enumeration value="bold"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="fontstyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="normal"/>
        <xs:enumeration value="italic"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="fontsize" type="m:length"/>
  <xs:attribute name="color" type="m:color"/>
  <xs:attribute name="background">
    <xs:simpleType>
      <xs:union memberTypes="m:color">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="transparent"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:ci.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:ci

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:attributeGroup name="ci.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
  <xs:attribute name="type"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:DefEncAtt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:annotation.attributes, m:cbytes.attributes, m:ci.attributes, m:cn.attributes, m:cs.attributes, m:csymbol.attributes, m:semantics.attributes

Elements

m:Differential-Operator.class, m:abs, m:approx, m:arg, m:binary-linalg.class, m:binary-logical.class, m:binary-set.class, m:ceiling, m:conjugate, m:constant-arith.class, m:constant-set.class, m:declare, m:divide, m:exp, m:factorial, m:factorof, m:floor, m:imaginary, m:int.class, m:interval.class, m:lambda.class, m:limit.class, m:list, m:minus, m:nary-arith.class, m:nary-constructor.class, m:nary-functional.class, m:nary-linalg.class, m:nary-logical.class, m:nary-minmax.class, m:nary-reln.class, m:nary-set-reln.class, m:nary-set.class, m:nary-stats.class, m:neq, m:otherwise, m:partialdiff.class, m:piece, m:piecewise, m:power, m:product.class, m:quantifier.class, m:quotient, m:real, m:rem, m:root, m:set, m:sum.class, m:tendsto, m:unary-elementary.class, m:unary-functional.class, m:unary-linalg.class, m:unary-logical.class, m:unary-set.class, m:unary-veccalc.class

Attributes

QName	Type	Fixed	Default	Use	Annotation
definitionURL	xs:anyURI			optional
encoding	xs:string			optional

Source

<xs:attributeGroup name="DefEncAtt">
  <xs:attribute name="encoding" type="xs:string"/>
  <xs:attribute name="definitionURL" type="xs:anyURI"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:annotation.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:annotation, m:annotation-xml

Attributes

QName	Type	Use
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
src	xs:anyURI	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="annotation.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attribute name="cd" type="xs:NCName"/>
  <xs:attribute name="name" type="xs:NCName"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
  <xs:attributeGroup ref="m:src"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:src

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Group	m:annotation.attributes
Element	m:share

Attributes

QName	Type	Fixed	Default	Use	Annotation
src	xs:anyURI			optional

Source

<xs:attributeGroup name="src">
  <xs:attribute name="src" type="xs:anyURI"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:semantics.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:semantics-ci/m:semantics, m:semantics-contexp/m:semantics, m:semantics/m:semantics

Attributes

QName	Type	Use
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
name	xs:NCName	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="semantics.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
  <xs:attribute name="cd" type="xs:NCName"/>
  <xs:attribute name="name" type="xs:NCName"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:csymbol.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Elements

m:cn, m:csymbol

Attributes

QName	Type	Use
cd	xs:NCName	optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:attributeGroup name="csymbol.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
  <xs:attribute name="type"/>
  <xs:attribute name="cd" type="xs:NCName"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:cbytes.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:cbytes

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="cbytes.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:cerror.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:cerror

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="cerror.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:cs.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:cs

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="cs.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:math.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:math

Attributes

QName	Type	Use
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
alignmentscope	restriction of list of restriction of xs:token	optional
altimg	xs:anyURI	optional
altimg-height	m:length	optional
altimg-valign	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
altimg-width	m:length	optional
alttext		optional
bevelled	restriction of xs:token	optional
cdgroup	xs:anyURI	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
close		optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnspan	m:positive-integer	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
crossout	list of restriction of xs:token	optional
decimalpoint	m:character	optional
denomalign	restriction of xs:token	optional
depth	m:length	optional
dir	restriction of xs:token	optional
display	restriction of xs:token	optional
displaystyle	restriction of xs:token	optional
edge	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
fence	restriction of xs:token	optional
form	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
infixlinebreakstyle	restriction of xs:token	optional
largeop	restriction of xs:token	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
location	restriction of xs:token	optional
longdivstyle	restriction of xs:token	optional
lquote		optional
lspace	m:length	optional
macros	xs:string	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
maxwidth	m:length	optional
minlabelspacing	m:length	optional
minsize	m:length	optional
mode	xs:string	optional
movablelimits	restriction of xs:token	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
notation		optional
numalign	restriction of xs:token	optional
open		optional
other		optional
overflow	restriction of xs:token	optional
position	m:integer	optional
rightoverhang	m:length	optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
rowspan	m:positive-integer	optional
rquote		optional
rspace	m:length	optional
scriptlevel	m:integer	optional
scriptminsize	m:length	optional
scriptsizemultiplier	m:number	optional
selection	m:positive-integer	optional
separator	restriction of xs:token	optional
separators		optional
shift	m:integer	optional
side	restriction of xs:token	optional
stackalign	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
symmetric	restriction of xs:token	optional
valign	m:length	optional
width	m:length	optional
xref		optional

Source

<xs:attributeGroup name="math.attributes">
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:mstyle.specificattributes"/>
  <xs:attributeGroup ref="m:mstyle.generalattributes"/>
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attribute name="display">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="block"/>
        <xs:enumeration value="inline"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="maxwidth" type="m:length"/>
  <xs:attribute name="overflow">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="linebreak"/>
        <xs:enumeration value="scroll"/>
        <xs:enumeration value="elide"/>
        <xs:enumeration value="truncate"/>
        <xs:enumeration value="scale"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="altimg" type="xs:anyURI"/>
  <xs:attribute name="altimg-width" type="m:length"/>
  <xs:attribute name="altimg-height" type="m:length"/>
  <xs:attribute name="altimg-valign">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="top"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="middle"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="bottom"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="alttext"/>
  <xs:attribute name="cdgroup" type="xs:anyURI"/>
  <xs:attributeGroup ref="m:math.deprecatedattributes"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mstyle.specificattributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:math.attributes, m:mstyle.attributes

Attributes

QName	Type	Use
decimalpoint	m:character	optional
displaystyle	restriction of xs:token	optional
infixlinebreakstyle	restriction of xs:token	optional
scriptlevel	m:integer	optional
scriptminsize	m:length	optional
scriptsizemultiplier	m:number	optional

Source

<xs:attributeGroup name="mstyle.specificattributes">
  <xs:attribute name="scriptlevel" type="m:integer"/>
  <xs:attribute name="displaystyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="scriptsizemultiplier" type="m:number"/>
  <xs:attribute name="scriptminsize" type="m:length"/>
  <xs:attribute name="infixlinebreakstyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="before"/>
        <xs:enumeration value="after"/>
        <xs:enumeration value="duplicate"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="decimalpoint" type="m:character"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mstyle.generalattributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:math.attributes, m:mstyle.attributes

Attributes

QName	Type	Use
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
alignmentscope	restriction of list of restriction of xs:token	optional
bevelled	restriction of xs:token	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
close		optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnspan	m:positive-integer	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
crossout	list of restriction of xs:token	optional
denomalign	restriction of xs:token	optional
depth	m:length	optional
dir	restriction of xs:token	optional
edge	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
fence	restriction of xs:token	optional
form	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
height	m:length	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
largeop	restriction of xs:token	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
location	restriction of xs:token	optional
longdivstyle	restriction of xs:token	optional
lquote		optional
lspace	m:length	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
minlabelspacing	m:length	optional
minsize	m:length	optional
movablelimits	restriction of xs:token	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
notation		optional
numalign	restriction of xs:token	optional
open		optional
position	m:integer	optional
rightoverhang	m:length	optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
rowspan	m:positive-integer	optional
rquote		optional
rspace	m:length	optional
selection	m:positive-integer	optional
separator	restriction of xs:token	optional
separators		optional
shift	m:integer	optional
side	restriction of xs:token	optional
stackalign	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
symmetric	restriction of xs:token	optional
valign	m:length	optional
width	m:length	optional

Source

<xs:attributeGroup name="mstyle.generalattributes">
  <xs:attribute name="accent">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="accentunder">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="alignmentscope">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list>
            <xs:simpleType>
              <xs:restriction base="xs:token">
                <xs:enumeration value="true"/>
                <xs:enumeration value="false"/>
              </xs:restriction>
            </xs:simpleType>
          </xs:list>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="bevelled">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="charalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="charspacing">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="loose"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="medium"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="tight"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="close"/>
  <xs:attribute name="columnalign">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:columnalignstyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnlines">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:linestyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnspacing">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:length"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnspan" type="m:positive-integer"/>
  <xs:attribute name="columnwidth">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list>
            <xs:simpleType>
              <xs:union memberTypes="m:length">
                <xs:simpleType>
                  <xs:restriction base="xs:token">
                    <xs:enumeration value="auto"/>
                  </xs:restriction>
                </xs:simpleType>
                <xs:simpleType>
                  <xs:restriction base="xs:token">
                    <xs:enumeration value="fit"/>
                  </xs:restriction>
                </xs:simpleType>
              </xs:union>
            </xs:simpleType>
          </xs:list>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="crossout">
    <xs:simpleType>
      <xs:list>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="none"/>
            <xs:enumeration value="updiagonalstrike"/>
            <xs:enumeration value="downdiagonalstrike"/>
            <xs:enumeration value="verticalstrike"/>
            <xs:enumeration value="horizontalstrike"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:list>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="denomalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="depth" type="m:length"/>
  <xs:attribute name="dir">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="ltr"/>
        <xs:enumeration value="rtl"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="edge">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="equalcolumns">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="equalrows">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="fence">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="form">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="prefix"/>
        <xs:enumeration value="infix"/>
        <xs:enumeration value="postfix"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="frame" type="m:linestyle"/>
  <xs:attribute name="framespacing">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list>
            <xs:simpleType>
              <xs:union memberTypes="m:length m:length"/>
            </xs:simpleType>
          </xs:list>
        </xs:simpleType>
        <xs:length value="2"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="groupalign" type="m:group-alignment-list-list"/>
  <xs:attribute name="height" type="m:length"/>
  <xs:attribute name="indentalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentalignfirst">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
        <xs:enumeration value="indentalign"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentalignlast">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
        <xs:enumeration value="indentalign"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshift" type="m:length"/>
  <xs:attribute name="indentshiftfirst">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="indentshift"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshiftlast">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="indentshift"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indenttarget"/>
  <xs:attribute name="largeop">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="leftoverhang" type="m:length"/>
  <xs:attribute name="length" type="m:unsigned-integer"/>
  <xs:attribute name="linebreak">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="auto"/>
        <xs:enumeration value="newline"/>
        <xs:enumeration value="nobreak"/>
        <xs:enumeration value="goodbreak"/>
        <xs:enumeration value="badbreak"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="linebreakmultchar"/>
  <xs:attribute name="linebreakstyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="before"/>
        <xs:enumeration value="after"/>
        <xs:enumeration value="duplicate"/>
        <xs:enumeration value="infixlinebreakstyle"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="lineleading" type="m:length"/>
  <xs:attribute name="linethickness">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thin"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="medium"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thick"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="location">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="w"/>
        <xs:enumeration value="nw"/>
        <xs:enumeration value="n"/>
        <xs:enumeration value="ne"/>
        <xs:enumeration value="e"/>
        <xs:enumeration value="se"/>
        <xs:enumeration value="s"/>
        <xs:enumeration value="sw"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="longdivstyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="lefttop"/>
        <xs:enumeration value="stackedrightright"/>
        <xs:enumeration value="mediumstackedrightright"/>
        <xs:enumeration value="shortstackedrightright"/>
        <xs:enumeration value="righttop"/>
        <xs:enumeration value="left/\right"/>
        <xs:enumeration value="left)(right"/>
        <xs:enumeration value=":right=right"/>
        <xs:enumeration value="stackedleftleft"/>
        <xs:enumeration value="stackedleftlinetop"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="lquote"/>
  <xs:attribute name="lspace" type="m:length"/>
  <xs:attribute name="mathsize">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="small"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="normal"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="big"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="mathvariant">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="normal"/>
        <xs:enumeration value="bold"/>
        <xs:enumeration value="italic"/>
        <xs:enumeration value="bold-italic"/>
        <xs:enumeration value="double-struck"/>
        <xs:enumeration value="bold-fraktur"/>
        <xs:enumeration value="script"/>
        <xs:enumeration value="bold-script"/>
        <xs:enumeration value="fraktur"/>
        <xs:enumeration value="sans-serif"/>
        <xs:enumeration value="bold-sans-serif"/>
        <xs:enumeration value="sans-serif-italic"/>
        <xs:enumeration value="sans-serif-bold-italic"/>
        <xs:enumeration value="monospace"/>
        <xs:enumeration value="initial"/>
        <xs:enumeration value="tailed"/>
        <xs:enumeration value="looped"/>
        <xs:enumeration value="stretched"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="maxsize">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="infinity"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="minlabelspacing" type="m:length"/>
  <xs:attribute name="minsize" type="m:length"/>
  <xs:attribute name="movablelimits">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="mslinethickness">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thin"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="medium"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thick"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="notation"/>
  <xs:attribute name="numalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="open"/>
  <xs:attribute name="position" type="m:integer"/>
  <xs:attribute name="rightoverhang" type="m:length"/>
  <xs:attribute name="rowalign">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:verticalalign"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="rowlines">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:linestyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="rowspacing">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:length"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="rowspan" type="m:positive-integer"/>
  <xs:attribute name="rquote"/>
  <xs:attribute name="rspace" type="m:length"/>
  <xs:attribute name="selection" type="m:positive-integer"/>
  <xs:attribute name="separator">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="separators"/>
  <xs:attribute name="shift" type="m:integer"/>
  <xs:attribute name="side">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="leftoverlap"/>
        <xs:enumeration value="rightoverlap"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="stackalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="decimalpoint"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="stretchy">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="subscriptshift" type="m:length"/>
  <xs:attribute name="superscriptshift" type="m:length"/>
  <xs:attribute name="symmetric">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="valign" type="m:length"/>
  <xs:attribute name="width" type="m:length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:math.deprecatedattributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Group

m:math.attributes

Attributes

QName	Type	Fixed	Default	Use	Annotation
macros	xs:string			optional
mode	xs:string			optional

Source

<xs:attributeGroup name="math.deprecatedattributes">
  <xs:attribute name="mode" type="xs:string"/>
  <xs:attribute name="macros" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_idrefs

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

affref, boxref, chartref, citref, eqnref, figref, fnoteref, plateref, schemref, tableref, textref

Attributes

QName	Type	Default	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS		optional
presence	restriction of xs:NMTOKEN	notmissing	optional

Source

<xs:attributeGroup name="a_idrefs">
  <xs:attribute name="idrefs" type="xs:IDREFS"/>
  <xs:attribute name="presence" default="notmissing">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="missing"/>
        <xs:enumeration value="notmissing"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_id

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

address, advert, appendix, biography, board, citation, conference, confgrp, contact, info, news-article, news-item, news-section, org, publisher, section, subsect1, subsect2, subsect3, subsect4, subsect5, subsect6

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID			optional

Source

<xs:attributeGroup name="a_id">
  <xs:attribute name="id" type="xs:ID"/>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group colspec.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

colspec

Attributes

QName	Type	Use
align	restriction of xs:NMTOKEN	optional
char	xs:string	optional
charoff	xs:NMTOKEN	optional
colname	xs:NMTOKEN	optional
colnum	xs:string	optional
colsep	yesorno	optional
colwidth	xs:string	optional
rowsep	yesorno	optional

Source

<xs:attributeGroup name="colspec.attlist">
  <xs:attribute name="colnum" type="xs:string"/>
  <xs:attribute name="colname" type="xs:NMTOKEN"/>
  <xs:attribute name="colwidth" type="xs:string"/>
  <xs:attribute name="colsep" type="yesorno"/>
  <xs:attribute name="rowsep" type="yesorno"/>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="justify"/>
        <xs:enumeration value="char"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="char" type="xs:string"/>
  <xs:attribute name="charoff" type="xs:NMTOKEN"/>
</xs:attributeGroup>

[ top ]

Attribute Group entry.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

entry

Attributes

QName	Type	Use
align	restriction of xs:NMTOKEN	optional
char	xs:string	optional
charoff	xs:NMTOKEN	optional
colname	xs:NMTOKEN	optional
colsep	yesorno	optional
indent	xs:NMTOKEN	optional
morerows	xs:string	optional
nameend	xs:NMTOKEN	optional
namest	xs:NMTOKEN	optional
rowsep	yesorno	optional
valign	restriction of xs:NMTOKEN	optional

Source

<xs:attributeGroup name="entry.attlist">
  <xs:attribute name="colname" type="xs:NMTOKEN"/>
  <xs:attribute name="namest" type="xs:NMTOKEN"/>
  <xs:attribute name="nameend" type="xs:NMTOKEN"/>
  <xs:attribute name="morerows" type="xs:string"/>
  <xs:attribute name="colsep" type="yesorno"/>
  <xs:attribute name="rowsep" type="yesorno"/>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="justify"/>
        <xs:enumeration value="char"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="char" type="xs:string"/>
  <xs:attribute name="charoff" type="xs:NMTOKEN"/>
  <xs:attribute name="valign">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="top"/>
        <xs:enumeration value="middle"/>
        <xs:enumeration value="bottom"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indent" type="xs:NMTOKEN"/>
</xs:attributeGroup>

[ top ]

Attribute Group row.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

row

Attributes

QName	Type	Fixed	Default	Use	Annotation
rowsep	yesorno			optional
valign	restriction of xs:NMTOKEN			optional

Source

<xs:attributeGroup name="row.attlist">
  <xs:attribute name="rowsep" type="yesorno"/>
  <xs:attribute name="valign">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="top"/>
        <xs:enumeration value="middle"/>
        <xs:enumeration value="bottom"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group thead.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

thead

Attributes

QName	Type	Fixed	Default	Use	Annotation
valign	restriction of xs:NMTOKEN			optional

Source

<xs:attributeGroup name="thead.attlist">
  <xs:attribute name="valign">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="top"/>
        <xs:enumeration value="middle"/>
        <xs:enumeration value="bottom"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group tbody.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

tbody

Attributes

QName	Type	Fixed	Default	Use	Annotation
valign	restriction of xs:NMTOKEN			optional

Source

<xs:attributeGroup name="tbody.attlist">
  <xs:attribute name="valign">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="top"/>
        <xs:enumeration value="middle"/>
        <xs:enumeration value="bottom"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group tgroup.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

tgroup

Attributes

QName	Type	Use
align	restriction of xs:NMTOKEN	optional
cols	xs:string	required
colsep	yesorno	optional
rowsep	yesorno	optional

Source

<xs:attributeGroup name="tgroup.attlist">
  <xs:attribute name="cols" use="required" type="xs:string"/>
  <xs:attribute name="colsep" type="yesorno"/>
  <xs:attribute name="rowsep" type="yesorno"/>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="justify"/>
        <xs:enumeration value="char"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group table.attlist

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

table

Attributes

QName	Type	Use
colsep	yesorno	optional
frame	restriction of xs:NMTOKEN	optional
orient	restriction of xs:NMTOKEN	optional
pgwide	yesorno	optional
rowsep	yesorno	optional

Source

<xs:attributeGroup name="table.attlist">
  <xs:attribute name="colsep" type="yesorno"/>
  <xs:attribute name="frame">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="top"/>
        <xs:enumeration value="bottom"/>
        <xs:enumeration value="topbot"/>
        <xs:enumeration value="all"/>
        <xs:enumeration value="sides"/>
        <xs:enumeration value="none"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="orient">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="port"/>
        <xs:enumeration value="land"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="pgwide" type="yesorno"/>
  <xs:attribute name="rowsep" type="yesorno"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_xsrc

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

a, table-entry

Attributes

QName	Type	Fixed	Default	Use	Annotation
xsrc	xs:string			optional

Source

<xs:attributeGroup name="a_xsrc">
  <xs:attribute name="xsrc" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_mail

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

email

Attributes

QName	Type	Fixed	Default	Use	Annotation
type	restriction of xs:NMTOKEN			optional

Source

<xs:attributeGroup name="a_mail">
  <xs:attribute name="type">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="primary"/>
        <xs:enumeration value="secondary"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group a_required-idrefs

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

annref, compname, compoundref, dataref, extnl-dataref, namedent-xref, resourceref

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
idrefs	xs:IDREFS			required

Source

<xs:attributeGroup name="a_required-idrefs">
  <xs:attribute name="idrefs" use="required" type="xs:IDREFS"/>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_role

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

agent, date

Attributes

QName	Type	Fixed	Default	Use	Annotation
role	xs:string			optional

Source

<xs:attributeGroup name="a_role">
  <xs:attribute name="role" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_geo

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

geolocation

Attributes

QName	Type	Use
elev	xs:string	optional
lat	xs:string	optional
lon	xs:string	optional
qf	restriction of xs:NMTOKEN	optional

Source

<xs:attributeGroup name="a_geo">
  <xs:attribute name="lon" type="xs:string"/>
  <xs:attribute name="lat" type="xs:string"/>
  <xs:attribute name="elev" type="xs:string" use="optional"/>
  <xs:attribute name="qf">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="at"/>
        <xs:enumeration value="near"/>
        <xs:enumeration value="region"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group a_pointer

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

link, published

Attributes

QName	Type	Use
doc	xs:string	optional
from	xs:string	optional
to	xs:string	optional

Source

<xs:attributeGroup name="a_pointer">
  <xs:attribute name="doc" type="xs:string"/>
  <xs:attribute name="from" type="xs:string"/>
  <xs:attribute name="to" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_country

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

country

Attributes

QName	Type	Fixed	Default	Use	Annotation
code	xs:string			optional

Source

<xs:attributeGroup name="a_country">
  <xs:attribute name="code" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_person-id

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

person

Attributes

QName	Type	Use
ANY attribute from namespace 'http://www.rsc.org/editing'
id	xs:ID	optional
orcid	xs:string	optional
resid	xs:string	optional

Source

<xs:attributeGroup name="a_person-id">
  <xs:attribute name="id" type="xs:ID"/>
  <xs:attribute name="orcid" type="xs:string"/>
  <xs:attribute name="resid" type="xs:string"/>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_dtd

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

article, issue

Attributes

QName	Type	Fixed	Default	Use	Annotation
ANY attribute from namespace 'http://www.rsc.org/editing'
dtd	xs:string	RSCART3.8		optional

Source

<xs:attributeGroup name="a_dtd">
  <xs:attribute name="dtd" fixed="RSCART3.8" type="xs:string"/>
  <xs:anyAttribute namespace="http://www.rsc.org/editing" processContents="skip"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_background

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Element

article

Attributes

QName	Type	Fixed	Default	Use	Annotation
background	xs:string			optional

Source

<xs:attributeGroup name="a_background">
  <xs:attribute name="background" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_date

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Attributes

QName	Type	Use
day	xs:string	optional
month	xs:string	optional
year	xs:string	optional

Source

<xs:attributeGroup name="a_date">
  <xs:attribute name="year" type="xs:string"/>
  <xs:attribute name="month" type="xs:string"/>
  <xs:attribute name="day" type="xs:string"/>
</xs:attributeGroup>

[ top ]

Attribute Group a_rating

Namespace

http://www.rsc.org/schema/rscart38

Diagram

Used by

Elements

annotation, annotationset, compound, compoundset, data, dataset, resource, resourceset

Attributes

QName	Type	Fixed	Default	Use	Annotation
tier	restriction of xs:NMTOKEN			optional

Source

<xs:attributeGroup name="a_rating">
  <xs:attribute name="tier">
    <xs:simpleType>
      <xs:restriction base="xs:NMTOKEN">
        <xs:enumeration value="primary"/>
        <xs:enumeration value="routine"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:cn.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Use
base		optional
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
type		optional
xref		optional

Source

<xs:attributeGroup name="cn.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:DefEncAtt"/>
  <xs:attribute name="type"/>
  <xs:attribute name="base"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:ci.type

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
type				required

Source

<xs:attributeGroup name="ci.type">
  <xs:attribute name="type" use="required"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:base

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
base				required

Source

<xs:attributeGroup name="base">
  <xs:attribute name="base" use="required"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:type

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
type				required

Source

<xs:attributeGroup name="type">
  <xs:attribute name="type" use="required"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:order

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
order	restriction of xs:token			required

Source

<xs:attributeGroup name="order">
  <xs:attribute name="order" use="required">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="numeric"/>
        <xs:enumeration value="lexicographic"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:closure

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
closure				required

Source

<xs:attributeGroup name="closure">
  <xs:attribute name="closure" use="required"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mtd.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:TableCellExpression

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
columnalign	m:columnalignstyle	optional
columnspan	m:positive-integer	optional
groupalign	m:group-alignment-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
rowalign	restriction of xs:token	optional
rowspan	m:positive-integer	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mtd.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="rowspan" type="m:positive-integer"/>
  <xs:attribute name="columnspan" type="m:positive-integer"/>
  <xs:attribute name="rowalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="top"/>
        <xs:enumeration value="bottom"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="baseline"/>
        <xs:enumeration value="axis"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnalign" type="m:columnalignstyle"/>
  <xs:attribute name="groupalign" type="m:group-alignment-list"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:none.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:none

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="none.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mscarry.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mscarry

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
crossout	list of restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
location	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mscarry.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="location">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="w"/>
        <xs:enumeration value="nw"/>
        <xs:enumeration value="n"/>
        <xs:enumeration value="ne"/>
        <xs:enumeration value="e"/>
        <xs:enumeration value="se"/>
        <xs:enumeration value="s"/>
        <xs:enumeration value="sw"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="crossout">
    <xs:simpleType>
      <xs:list>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="none"/>
            <xs:enumeration value="updiagonalstrike"/>
            <xs:enumeration value="downdiagonalstrike"/>
            <xs:enumeration value="verticalstrike"/>
            <xs:enumeration value="horizontalstrike"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:list>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mscarries.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mscarries

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
crossout	list of restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
location	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
scriptsizemultiplier	m:number	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mscarries.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="position" type="m:integer"/>
  <xs:attribute name="location">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="w"/>
        <xs:enumeration value="nw"/>
        <xs:enumeration value="n"/>
        <xs:enumeration value="ne"/>
        <xs:enumeration value="e"/>
        <xs:enumeration value="se"/>
        <xs:enumeration value="s"/>
        <xs:enumeration value="sw"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="crossout">
    <xs:simpleType>
      <xs:list>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="none"/>
            <xs:enumeration value="updiagonalstrike"/>
            <xs:enumeration value="downdiagonalstrike"/>
            <xs:enumeration value="verticalstrike"/>
            <xs:enumeration value="horizontalstrike"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:list>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="scriptsizemultiplier" type="m:number"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:msline.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:msline

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
other		optional
position	m:integer	optional
rightoverhang	m:length	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="msline.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="position" type="m:integer"/>
  <xs:attribute name="length" type="m:unsigned-integer"/>
  <xs:attribute name="leftoverhang" type="m:length"/>
  <xs:attribute name="rightoverhang" type="m:length"/>
  <xs:attribute name="mslinethickness">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thin"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="medium"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thick"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:msrow.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:msrow

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="msrow.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="position" type="m:integer"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:msgroup.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element	m:msgroup
Attribute Group	m:mlongdiv.attributes

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
shift	m:integer	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="msgroup.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="position" type="m:integer"/>
  <xs:attribute name="shift" type="m:integer"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:malignmark.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:malignmark

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
edge	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="malignmark.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="edge">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mi.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mi

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mi.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:TokenAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:TokenAtt

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Groups

m:mi.attributes, m:mn.attributes, m:mo.attributes, m:ms.attributes, m:mspace.attributes, m:mtext.attributes

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional

Source

<xs:attributeGroup name="TokenAtt">
  <xs:attribute name="mathvariant">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="normal"/>
        <xs:enumeration value="bold"/>
        <xs:enumeration value="italic"/>
        <xs:enumeration value="bold-italic"/>
        <xs:enumeration value="double-struck"/>
        <xs:enumeration value="bold-fraktur"/>
        <xs:enumeration value="script"/>
        <xs:enumeration value="bold-script"/>
        <xs:enumeration value="fraktur"/>
        <xs:enumeration value="sans-serif"/>
        <xs:enumeration value="bold-sans-serif"/>
        <xs:enumeration value="sans-serif-italic"/>
        <xs:enumeration value="sans-serif-bold-italic"/>
        <xs:enumeration value="monospace"/>
        <xs:enumeration value="initial"/>
        <xs:enumeration value="tailed"/>
        <xs:enumeration value="looped"/>
        <xs:enumeration value="stretched"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="mathsize">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="small"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="normal"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="big"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="dir">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="ltr"/>
        <xs:enumeration value="rtl"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attributeGroup ref="m:DeprecatedTokenAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mn.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mn

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mn.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:TokenAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mo.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mo

Attributes

QName	Type	Use
accent	restriction of xs:token	optional
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fence	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
form	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
largeop	restriction of xs:token	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
lspace	m:length	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
minsize	m:length	optional
movablelimits	restriction of xs:token	optional
other		optional
rspace	m:length	optional
separator	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
style	xs:string	optional
symmetric	restriction of xs:token	optional
xref		optional

Source

<xs:attributeGroup name="mo.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:TokenAtt"/>
  <xs:attribute name="form">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="prefix"/>
        <xs:enumeration value="infix"/>
        <xs:enumeration value="postfix"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="fence">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="separator">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="lspace" type="m:length"/>
  <xs:attribute name="rspace" type="m:length"/>
  <xs:attribute name="stretchy">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="symmetric">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="maxsize">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="infinity"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="minsize" type="m:length"/>
  <xs:attribute name="largeop">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="movablelimits">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="accent">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="linebreak">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="auto"/>
        <xs:enumeration value="newline"/>
        <xs:enumeration value="nobreak"/>
        <xs:enumeration value="goodbreak"/>
        <xs:enumeration value="badbreak"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="lineleading" type="m:length"/>
  <xs:attribute name="linebreakstyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="before"/>
        <xs:enumeration value="after"/>
        <xs:enumeration value="duplicate"/>
        <xs:enumeration value="infixlinebreakstyle"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="linebreakmultchar"/>
  <xs:attribute name="indentalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshift" type="m:length"/>
  <xs:attribute name="indenttarget"/>
  <xs:attribute name="indentalignfirst">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
        <xs:enumeration value="indentalign"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshiftfirst">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="indentshift"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentalignlast">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
        <xs:enumeration value="indentalign"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshiftlast">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="indentshift"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mtext.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mtext

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mtext.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:TokenAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mspace.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mspace

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
depth	m:length	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
linebreak	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
style	xs:string	optional
width	m:length	optional
xref		optional

Source

<xs:attributeGroup name="mspace.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:TokenAtt"/>
  <xs:attribute name="width" type="m:length"/>
  <xs:attribute name="height" type="m:length"/>
  <xs:attribute name="depth" type="m:length"/>
  <xs:attribute name="linebreak">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="auto"/>
        <xs:enumeration value="newline"/>
        <xs:enumeration value="nobreak"/>
        <xs:enumeration value="goodbreak"/>
        <xs:enumeration value="badbreak"/>
        <xs:enumeration value="indentingnewline"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshift" type="m:length"/>
  <xs:attribute name="indenttarget"/>
  <xs:attribute name="indentalignfirst">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
        <xs:enumeration value="indentalign"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshiftfirst">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="indentshift"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentalignlast">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="auto"/>
        <xs:enumeration value="id"/>
        <xs:enumeration value="indentalign"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="indentshiftlast">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="indentshift"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:ms.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:ms

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
color	m:color	optional
dir	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
lquote		optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
other		optional
rquote		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="ms.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:TokenAtt"/>
  <xs:attribute name="lquote"/>
  <xs:attribute name="rquote"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mprescripts.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mprescripts

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mprescripts.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:maligngroup.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:maligngroup

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
groupalign	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="maligngroup.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="groupalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="decimalpoint"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mrow.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mrow

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
dir	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mrow.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="dir">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="ltr"/>
        <xs:enumeration value="rtl"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mfrac.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mfrac

Attributes

QName	Type	Use
bevelled	restriction of xs:token	optional
class	xs:NMTOKENS	optional
denomalign	restriction of xs:token	optional
href	xs:anyURI	optional
id	xs:ID	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
numalign	restriction of xs:token	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mfrac.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="linethickness">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thin"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="medium"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="thick"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="numalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="denomalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="bevelled">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:msqrt.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:msqrt

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="msqrt.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mroot.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mroot

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mroot.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mstyle.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mstyle

Attributes

QName	Type	Use
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
alignmentscope	restriction of list of restriction of xs:token	optional
background	union of(m:color, restriction of xs:token)	optional
bevelled	restriction of xs:token	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
close		optional
color	m:color	optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnspan	m:positive-integer	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
crossout	list of restriction of xs:token	optional
decimalpoint	m:character	optional
denomalign	restriction of xs:token	optional
depth	m:length	optional
dir	restriction of xs:token	optional
displaystyle	restriction of xs:token	optional
edge	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
fence	restriction of xs:token	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
form	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
height	m:length	optional
href	xs:anyURI	optional
id	xs:ID	optional
indentalign	restriction of xs:token	optional
indentalignfirst	restriction of xs:token	optional
indentalignlast	restriction of xs:token	optional
indentshift	m:length	optional
indentshiftfirst	union of(m:length, restriction of xs:token)	optional
indentshiftlast	union of(m:length, restriction of xs:token)	optional
indenttarget		optional
infixlinebreakstyle	restriction of xs:token	optional
largeop	restriction of xs:token	optional
leftoverhang	m:length	optional
length	m:unsigned-integer	optional
linebreak	restriction of xs:token	optional
linebreakmultchar		optional
linebreakstyle	restriction of xs:token	optional
lineleading	m:length	optional
linethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
location	restriction of xs:token	optional
longdivstyle	restriction of xs:token	optional
lquote		optional
lspace	m:length	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
mathsize	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
mathvariant	restriction of xs:token	optional
maxsize	union of(m:length, restriction of xs:token)	optional
mediummathspace	m:length	optional
minlabelspacing	m:length	optional
minsize	m:length	optional
movablelimits	restriction of xs:token	optional
mslinethickness	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
notation		optional
numalign	restriction of xs:token	optional
open		optional
other		optional
position	m:integer	optional
rightoverhang	m:length	optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
rowspan	m:positive-integer	optional
rquote		optional
rspace	m:length	optional
scriptlevel	m:integer	optional
scriptminsize	m:length	optional
scriptsizemultiplier	m:number	optional
selection	m:positive-integer	optional
separator	restriction of xs:token	optional
separators		optional
shift	m:integer	optional
side	restriction of xs:token	optional
stackalign	restriction of xs:token	optional
stretchy	restriction of xs:token	optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
symmetric	restriction of xs:token	optional
thickmathspace	m:length	optional
thinmathspace	m:length	optional
valign	m:length	optional
verythickmathspace	m:length	optional
verythinmathspace	m:length	optional
veryverythickmathspace	m:length	optional
veryverythinmathspace	m:length	optional
width	m:length	optional
xref		optional

Source

<xs:attributeGroup name="mstyle.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attributeGroup ref="m:mstyle.specificattributes"/>
  <xs:attributeGroup ref="m:mstyle.generalattributes"/>
  <xs:attributeGroup ref="m:mstyle.deprecatedattributes"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mstyle.deprecatedattributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Group

m:mstyle.attributes

Attributes

QName	Type	Use
background	union of(m:color, restriction of xs:token)	optional
color	m:color	optional
fontfamily		optional
fontsize	m:length	optional
fontstyle	restriction of xs:token	optional
fontweight	restriction of xs:token	optional
mediummathspace	m:length	optional
thickmathspace	m:length	optional
thinmathspace	m:length	optional
verythickmathspace	m:length	optional
verythinmathspace	m:length	optional
veryverythickmathspace	m:length	optional
veryverythinmathspace	m:length	optional

Source

<xs:attributeGroup name="mstyle.deprecatedattributes">
  <xs:attributeGroup ref="m:DeprecatedTokenAtt"/>
  <xs:attribute name="veryverythinmathspace" type="m:length"/>
  <xs:attribute name="verythinmathspace" type="m:length"/>
  <xs:attribute name="thinmathspace" type="m:length"/>
  <xs:attribute name="mediummathspace" type="m:length"/>
  <xs:attribute name="thickmathspace" type="m:length"/>
  <xs:attribute name="verythickmathspace" type="m:length"/>
  <xs:attribute name="veryverythickmathspace" type="m:length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:merror.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:merror

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="merror.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mpadded.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mpadded

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
depth	m:mpadded-length	optional
height	m:mpadded-length	optional
href	xs:anyURI	optional
id	xs:ID	optional
lspace	m:mpadded-length	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
voffset	m:mpadded-length	optional
width	m:mpadded-length	optional
xref		optional

Source

<xs:attributeGroup name="mpadded.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="height" type="m:mpadded-length"/>
  <xs:attribute name="depth" type="m:mpadded-length"/>
  <xs:attribute name="width" type="m:mpadded-length"/>
  <xs:attribute name="lspace" type="m:mpadded-length"/>
  <xs:attribute name="voffset" type="m:mpadded-length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mphantom.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mphantom

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mphantom.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mfenced.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mfenced

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
close		optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
open		optional
other		optional
separators		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mfenced.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="open"/>
  <xs:attribute name="close"/>
  <xs:attribute name="separators"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:menclose.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:menclose

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
notation		optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="menclose.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="notation"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:msub.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:msub

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
subscriptshift	m:length	optional
xref		optional

Source

<xs:attributeGroup name="msub.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="subscriptshift" type="m:length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:msup.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:msup

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
superscriptshift	m:length	optional
xref		optional

Source

<xs:attributeGroup name="msup.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="superscriptshift" type="m:length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:msubsup.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element	m:msubsup
Attribute Group	m:mmultiscripts.attributes

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
xref		optional

Source

<xs:attributeGroup name="msubsup.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="subscriptshift" type="m:length"/>
  <xs:attribute name="superscriptshift" type="m:length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:munder.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:munder

Attributes

QName	Type	Use
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="munder.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="accentunder">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mover.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mover

Attributes

QName	Type	Use
accent	restriction of xs:token	optional
align	restriction of xs:token	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mover.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="accent">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:munderover.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:munderover

Attributes

QName	Type	Use
accent	restriction of xs:token	optional
accentunder	restriction of xs:token	optional
align	restriction of xs:token	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="munderover.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="accent">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="accentunder">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="center"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mmultiscripts.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mmultiscripts

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
style	xs:string	optional
subscriptshift	m:length	optional
superscriptshift	m:length	optional
xref		optional

Source

<xs:attributeGroup name="mmultiscripts.attributes">
  <xs:attributeGroup ref="m:msubsup.attributes"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mtable.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mtable

Attributes

QName	Type	Use
align	restriction of xs:string	optional
alignmentscope	restriction of list of restriction of xs:token	optional
class	xs:NMTOKENS	optional
columnalign	restriction of list of m:columnalignstyle	optional
columnlines	restriction of list of m:linestyle	optional
columnspacing	restriction of list of m:length	optional
columnwidth	restriction of list of union of(m:length, restriction of xs:token, restriction of xs:token)	optional
displaystyle	restriction of xs:token	optional
equalcolumns	restriction of xs:token	optional
equalrows	restriction of xs:token	optional
frame	m:linestyle	optional
framespacing	restriction of list of union of(m:length, m:length)	optional
groupalign	m:group-alignment-list-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
minlabelspacing	m:length	optional
other		optional
rowalign	restriction of list of m:verticalalign	optional
rowlines	restriction of list of m:linestyle	optional
rowspacing	restriction of list of m:length	optional
side	restriction of xs:token	optional
style	xs:string	optional
width	union of(m:length, restriction of xs:token)	optional
xref		optional

Source

<xs:attributeGroup name="mtable.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:string">
        <xs:pattern value="\s*(top|bottom|center|baseline|axis)(\s+-?[0-9]+)?\s*"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="rowalign">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:verticalalign"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnalign">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:columnalignstyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="groupalign" type="m:group-alignment-list-list"/>
  <xs:attribute name="alignmentscope">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list>
            <xs:simpleType>
              <xs:restriction base="xs:token">
                <xs:enumeration value="true"/>
                <xs:enumeration value="false"/>
              </xs:restriction>
            </xs:simpleType>
          </xs:list>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnwidth">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list>
            <xs:simpleType>
              <xs:union memberTypes="m:length">
                <xs:simpleType>
                  <xs:restriction base="xs:token">
                    <xs:enumeration value="auto"/>
                  </xs:restriction>
                </xs:simpleType>
                <xs:simpleType>
                  <xs:restriction base="xs:token">
                    <xs:enumeration value="fit"/>
                  </xs:restriction>
                </xs:simpleType>
              </xs:union>
            </xs:simpleType>
          </xs:list>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="width">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="auto"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="rowspacing">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:length"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnspacing">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:length"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="rowlines">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:linestyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnlines">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:linestyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="frame" type="m:linestyle"/>
  <xs:attribute name="framespacing">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list>
            <xs:simpleType>
              <xs:union memberTypes="m:length m:length"/>
            </xs:simpleType>
          </xs:list>
        </xs:simpleType>
        <xs:length value="2"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="equalrows">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="equalcolumns">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="displaystyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="true"/>
        <xs:enumeration value="false"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="side">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="leftoverlap"/>
        <xs:enumeration value="rightoverlap"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="minlabelspacing" type="m:length"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mlabeledtr.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mlabeledtr

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
columnalign	restriction of list of m:columnalignstyle	optional
groupalign	m:group-alignment-list-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
rowalign	restriction of xs:token	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mlabeledtr.attributes">
  <xs:attributeGroup ref="m:mtr.attributes"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mtr.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Attribute Group	m:mlabeledtr.attributes
Element	m:mtr

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
columnalign	restriction of list of m:columnalignstyle	optional
groupalign	m:group-alignment-list-list	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
rowalign	restriction of xs:token	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mtr.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="rowalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="top"/>
        <xs:enumeration value="bottom"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="baseline"/>
        <xs:enumeration value="axis"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="columnalign">
    <xs:simpleType>
      <xs:restriction>
        <xs:simpleType>
          <xs:list itemType="m:columnalignstyle"/>
        </xs:simpleType>
        <xs:minLength value="1"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="groupalign" type="m:group-alignment-list-list"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:mstack.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mstack

Attributes

QName	Type	Use
align	restriction of xs:string	optional
charalign	restriction of xs:token	optional
charspacing	union of(m:length, restriction of xs:token, restriction of xs:token, restriction of xs:token)	optional
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
stackalign	restriction of xs:token	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mstack.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="align">
    <xs:simpleType>
      <xs:restriction base="xs:string">
        <xs:pattern value="\s*(top|bottom|center|baseline|axis)(\s+-?[0-9]+)?\s*"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="stackalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
        <xs:enumeration value="decimalpoint"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="charalign">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="left"/>
        <xs:enumeration value="center"/>
        <xs:enumeration value="right"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
  <xs:attribute name="charspacing">
    <xs:simpleType>
      <xs:union memberTypes="m:length">
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="loose"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="medium"/>
          </xs:restriction>
        </xs:simpleType>
        <xs:simpleType>
          <xs:restriction base="xs:token">
            <xs:enumeration value="tight"/>
          </xs:restriction>
        </xs:simpleType>
      </xs:union>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:mlongdiv.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:mlongdiv

Attributes

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
longdivstyle	restriction of xs:token	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
position	m:integer	optional
shift	m:integer	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="mlongdiv.attributes">
  <xs:attributeGroup ref="m:msgroup.attributes"/>
  <xs:attribute name="longdivstyle">
    <xs:simpleType>
      <xs:restriction base="xs:token">
        <xs:enumeration value="lefttop"/>
        <xs:enumeration value="stackedrightright"/>
        <xs:enumeration value="mediumstackedrightright"/>
        <xs:enumeration value="shortstackedrightright"/>
        <xs:enumeration value="righttop"/>
        <xs:enumeration value="left/\right"/>
        <xs:enumeration value="left)(right"/>
        <xs:enumeration value=":right=right"/>
        <xs:enumeration value="stackedleftleft"/>
        <xs:enumeration value="stackedleftlinetop"/>
      </xs:restriction>
    </xs:simpleType>
  </xs:attribute>
</xs:attributeGroup>

[ top ]

Attribute Group m:maction.attributes

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Used by

Element

m:maction

Attributes

QName	Type	Use
actiontype		required
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
mathbackground	union of(m:color, restriction of xs:token)	optional
mathcolor	m:color	optional
other		optional
selection	m:positive-integer	optional
style	xs:string	optional
xref		optional

Source

<xs:attributeGroup name="maction.attributes">
  <xs:attributeGroup ref="m:CommonAtt"/>
  <xs:attributeGroup ref="m:CommonPresAtt"/>
  <xs:attribute name="actiontype" use="required"/>
  <xs:attribute name="selection" type="m:positive-integer"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:name

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
name	xs:NCName			required

Source

<xs:attributeGroup name="name">
  <xs:attribute name="name" use="required" type="xs:NCName"/>
</xs:attributeGroup>

[ top ]

Attribute Group m:cd

Namespace

http://www.w3.org/1998/Math/MathML

Diagram

Attributes

QName	Type	Fixed	Default	Use	Annotation
cd	xs:NCName			required

Source

<xs:attributeGroup name="cd">
  <xs:attribute name="cd" use="required" type="xs:NCName"/>
</xs:attributeGroup>

[ top ]


	Simple Types emptytag m:SymbolName m:base64 m:character m:color m:columnalignstyle m:group-alignment m:group-alignment-list m:group-alignment-list-list m:integer m:length m:linestyle m:mpadded-length m:notationstyle m:number m:positive-integer m:unsigned-integer m:verticalalign yesorno


	Elements a above abstract ack addrelt address admin-event advert aff affref agent annotation annotationgrp annotationset annref appendix appmat art-admin art-back art-body art-front art-links art-toc-entry article articleref arttitle arttoc authgrp author award-number below bi biblist biblscope biography bo board book-review box boxref byline chart chartref citation citauth citext citgroup citpub citref city coden commentary compname compound compoundgrp compoundref compoundset conference confgrp confname contact copyright corr-body corr-content corr-context corr-item corrigenda corrigendum country cpyrt data datagrp dataref dataset date daterange day dd dedicate def deflist denom doi editnote editor email eqnref eqntext equation extnl-data extnl-dataref fax figref figure fname fnoteref footer footnote fpage fraction fulltext funder funder-identifier funder-name fundgrp geolocation group head holder icgraphic ictext index index-entry inf info issn issue issue-back issue-front issue-toc issueid issueno issueref it item jnltrans journal journalcit journalref keyword license link list location logo lpage mathml-display mathml-inline member meta metainfo monospace month ms-id namedent-xref nameelt news-article news-item news-section no no-of-pages note numer office onlinedate org orgname overbar p pages persname person phone pii plate plateref postcode previous-version printdate pubfront published publisher pubname pubplace qualifier quotation received resource resourcegrp resourceref resourceset role roman sansserif scheme schemref scp section sercode sertitle sici stack state subject subsect1 subsect2 subsect3 subsect4 subsect5 subsect6 subsyear subtitle sup suppinf surname table-entry tableref term textref title titlegrp toc-entry toc-head trans ugraphic ul underbar unknown url value volume volumeno volumeref warning who year


	Elements m:annotation m:annotation-xml m:math


	Elements m:apply m:bind m:cbytes m:cerror m:ci m:cn m:cs m:csymbol m:share


	Complex Types m:apply.content m:bind.content m:ci.content m:cn.content m:csymbol.content


	Element Groups m:DomainQ m:Qualifier m:binary-arith.class m:unary-arith.class


	Attribute Groups m:base m:cbytes.attributes m:ci.attributes m:ci.type m:closure m:cn.attributes m:cs.attributes m:csymbol.attributes m:order m:type


	Elements m:MalignExpression m:TableCellExpression m:TableRowExpression m:TokenExpression m:maction m:maligngroup m:malignmark m:menclose m:merror m:mfenced m:mfrac m:mglyph m:mi m:mlabeledtr m:mlongdiv m:mmultiscripts m:mn m:mo m:mover m:mpadded m:mphantom m:mprescripts m:mroot m:mrow m:ms m:mscarries m:mscarry m:msgroup m:msline m:mspace m:msqrt m:msrow m:mstack m:mstyle m:msub m:msubsup m:msup m:mtable m:mtd m:mtext m:mtr m:munder m:munderover m:none


	Simple Types m:character m:color m:columnalignstyle m:group-alignment m:group-alignment-list m:group-alignment-list-list m:integer m:linestyle m:mpadded-length m:notationstyle m:number m:positive-integer m:unsigned-integer m:verticalalign


	Element Groups m:MsrowExpression m:MstackExpression m:MultiScriptExpression m:token.content


	Attribute Groups m:CommonPresAtt m:DeprecatedTokenAtt m:TokenAtt m:maction.attributes m:maligngroup.attributes m:malignmark.attributes m:math.attributes m:menclose.attributes m:merror.attributes m:mfenced.attributes m:mfrac.attributes m:mglyph.attributes m:mglyph.deprecatedattributes m:mi.attributes m:mlabeledtr.attributes m:mlongdiv.attributes m:mmultiscripts.attributes m:mn.attributes m:mo.attributes m:mover.attributes m:mpadded.attributes m:mphantom.attributes m:mprescripts.attributes m:mroot.attributes m:mrow.attributes m:ms.attributes m:mscarries.attributes m:mscarry.attributes m:msgroup.attributes m:msline.attributes m:mspace.attributes m:msqrt.attributes m:msrow.attributes m:mstack.attributes m:mstyle.attributes m:mstyle.deprecatedattributes m:mstyle.generalattributes m:mstyle.specificattributes m:msub.attributes m:msubsup.attributes m:msup.attributes m:mtable.attributes m:mtd.attributes m:mtext.attributes m:mtr.attributes m:munder.attributes m:munderover.attributes m:none.attributes


	Elements colspec entry row table tbody tfoot tgroup thead


	Complex Types tbl.hdft.mdl tbl.row.mdl tbl.table.mdl tbl.tgroup.mdl


	Attribute Groups colspec.attlist entry.attlist row.attlist table.attlist tbody.attlist tgroup.attlist thead.attlist

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