Schema documentation for mathml3-content.xsd

Afficher :

Attributs

Diagrammes

Facettes

Instances

Modèle

Propriétés

Source

Utilisé par

Included schema mathml3-content.xsd

Espace de nommage

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

Propriétés

attribute form default	unqualified
element form default	qualified

Élement m:bvar

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:BvarQ

Modèle

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

Enfants

m:ci, m:degree, m:semantics

Instance

<m:bvar class="" href="" id="" 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:degree>{1,1}</m:degree>
</m:bvar>

Attributs

QName	Type	Use
class	xs:NMTOKENS	optional
href	xs:anyURI	optional
id	xs:ID	optional
other		optional
style	xs:string	optional
xref		optional

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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

Élement m:PresentationExpression

Espace de nommage

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

Diagramme

Propriétés

abstract

true

Substitution Group

m:TokenExpression
m:mi
m:mn
m:mo
m:mtext
m:mspace
m:ms
m:MalignExpression
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

Utilisé par

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

Source

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

Élement m:degree

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group	m:Qualifier
Element	m:bvar

Modèle

Enfants

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 base="" 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>

Élement m:domainofapplication

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:DomainQ

Modèle

Enfants

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 base="" 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>

Élement m:sep

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Type complexe	m:cn.content
Element	m:cn

Source

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

Élement m:piecewise

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:ContExp

Modèle

m:piece | m:otherwise

Enfants

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>

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:piece

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element

m:piecewise

Modèle

Enfants

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 base="" 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 base="" 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>

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:otherwise

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element

m:piecewise

Modèle

Enfants

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 base="" 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>

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:DeprecatedContExp

Espace de nommage

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

Diagramme

Propriétés

abstract

true

Substitution Group

m:reln
m:fn
m:declare

Utilisé par

Element Group

m:ContExp

Source

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

Élement m:interval.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:interval

Utilisé par

Element Group

m:ContExp

Modèle

Enfants

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 base="" 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 base="" 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>

Attributs

QName	Type	Use
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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:unary-functional.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

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

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:lambda.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:lambda

Utilisé par

Element Group

m:ContExp

Modèle

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)

Enfants

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 class="" href="" id="" other="" style="" xref="">{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 base="" 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>

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-functional.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:compose

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:quotient

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:binary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:divide

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:binary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:minus

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:binary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:power

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:binary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:rem

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:binary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:root

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:binary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:factorial

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:abs

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:conjugate

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:arg

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:real

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:imaginary

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:floor

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:ceiling

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:exp

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:unary-arith.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:nary-minmax.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:max
m:min

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-arith.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

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

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-logical.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:and
m:or
m:xor

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:unary-logical.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:not

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:binary-logical.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:implies
m:equivalent

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:quantifier.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:forall
m:exists

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:nary-reln.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

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

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:binary-reln.class

Espace de nommage

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

Diagramme

Propriétés

abstract

true

Substitution Group

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

Utilisé par

Element Group

m:ContExp

Source

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

Élement m:int.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:int

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:Differential-Operator.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:diff

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:partialdiff.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:partialdiff

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:unary-veccalc.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-setlist-constructor.class

Espace de nommage

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

Diagramme

Propriétés

abstract

true

Substitution Group

m:set
m:list

Utilisé par

Element Group

m:ContExp

Source

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

Élement m:nary-set.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:binary-set.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-set-reln.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:subset
m:prsubset

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:unary-set.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:card

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:sum.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:sum

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:product.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:product

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:limit.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:limit

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

Source

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

Élement m:unary-elementary.class

Espace de nommage

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

Diagramme

Propriétés

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

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-stats.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

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

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-constructor.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Modèle

Enfants

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 class="" href="" id="" other="" style="" xref="">{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 base="" 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>

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:unary-linalg.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:determinant
m:transpose

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:nary-linalg.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

m:selector

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:binary-linalg.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:constant-set.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:constant-arith.class

Espace de nommage

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

Diagramme

Propriétés

content	complex
abstract	true

Substitution Group

Utilisé par

Element Group

m:ContExp

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:condition

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:DomainQ

Modèle

Enfants

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 base="" 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>

Élement m:lowlimit

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:DomainQ

Modèle

Enfants

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 base="" 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>

Élement m:uplimit

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:DomainQ

Modèle

Enfants

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 base="" 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>

Élement m:momentabout

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:Qualifier

Modèle

Enfants

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 base="" 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>

Élement m:logbase

Espace de nommage

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

Diagramme

Propriétés

content

complex

Utilisé par

Element Group

m:Qualifier

Modèle

Enfants

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 base="" 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>

Élement m:reln

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:DeprecatedContExp

Modèle

Enfants

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 base="" 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>

Élement m:fn

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:DeprecatedContExp

Modèle

Enfants

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 base="" 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>

Élement m:declare

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:DeprecatedContExp

Modèle

Enfants

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 base="" 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>

Attributs

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>

Élement m:interval

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:interval.class

Source

<xs:element name="interval" substitutionGroup="m:interval.class"/>

Élement m:inverse

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="inverse" substitutionGroup="m:unary-functional.class"/>

Élement m:ident

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="ident" substitutionGroup="m:unary-functional.class"/>

Élement m:domain

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="domain" substitutionGroup="m:unary-functional.class"/>

Élement m:codomain

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="codomain" substitutionGroup="m:unary-functional.class"/>

Élement m:image

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="image" substitutionGroup="m:unary-functional.class"/>

Élement m:ln

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="ln" substitutionGroup="m:unary-functional.class"/>

Élement m:log

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="log" substitutionGroup="m:unary-functional.class"/>

Élement m:moment

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-functional.class

Source

<xs:element name="moment" substitutionGroup="m:unary-functional.class"/>

Élement m:lambda

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:lambda.class

Source

<xs:element name="lambda" substitutionGroup="m:lambda.class"/>

Élement m:compose

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-functional.class

Source

<xs:element name="compose" substitutionGroup="m:nary-functional.class"/>

Élement m:max

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-minmax.class

Source

<xs:element name="max" substitutionGroup="m:nary-minmax.class"/>

Élement m:min

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-minmax.class

Source

<xs:element name="min" substitutionGroup="m:nary-minmax.class"/>

Élement m:plus

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="plus" substitutionGroup="m:nary-arith.class"/>

Élement m:times

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="times" substitutionGroup="m:nary-arith.class"/>

Élement m:gcd

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="gcd" substitutionGroup="m:nary-arith.class"/>

Élement m:lcm

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-arith.class

Source

<xs:element name="lcm" substitutionGroup="m:nary-arith.class"/>

Élement m:and

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-logical.class

Source

<xs:element name="and" substitutionGroup="m:nary-logical.class"/>

Élement m:or

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-logical.class

Source

<xs:element name="or" substitutionGroup="m:nary-logical.class"/>

Élement m:xor

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-logical.class

Source

<xs:element name="xor" substitutionGroup="m:nary-logical.class"/>

Élement m:not

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-logical.class

Source

<xs:element name="not" substitutionGroup="m:unary-logical.class"/>

Élement m:implies

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-logical.class

Source

<xs:element name="implies" substitutionGroup="m:binary-logical.class"/>

Élement m:equivalent

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-logical.class

Source

<xs:element name="equivalent" substitutionGroup="m:binary-logical.class"/>

Élement m:forall

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:quantifier.class

Source

<xs:element name="forall" substitutionGroup="m:quantifier.class"/>

Élement m:exists

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:quantifier.class

Source

<xs:element name="exists" substitutionGroup="m:quantifier.class"/>

Élement m:eq

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="eq" substitutionGroup="m:nary-reln.class"/>

Élement m:gt

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="gt" substitutionGroup="m:nary-reln.class"/>

Élement m:lt

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="lt" substitutionGroup="m:nary-reln.class"/>

Élement m:geq

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="geq" substitutionGroup="m:nary-reln.class"/>

Élement m:leq

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-reln.class

Source

<xs:element name="leq" substitutionGroup="m:nary-reln.class"/>

Élement m:neq

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:binary-reln.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:approx

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:binary-reln.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:factorof

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:binary-reln.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:tendsto

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:binary-reln.class

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:int

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:int.class

Source

<xs:element name="int" substitutionGroup="m:int.class"/>

Élement m:diff

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:Differential-Operator.class

Source

<xs:element name="diff" substitutionGroup="m:Differential-Operator.class"/>

Élement m:partialdiff

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:partialdiff.class

Source

<xs:element name="partialdiff" substitutionGroup="m:partialdiff.class"/>

Élement m:divergence

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="divergence" substitutionGroup="m:unary-veccalc.class"/>

Élement m:grad

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="grad" substitutionGroup="m:unary-veccalc.class"/>

Élement m:curl

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="curl" substitutionGroup="m:unary-veccalc.class"/>

Élement m:laplacian

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-veccalc.class

Source

<xs:element name="laplacian" substitutionGroup="m:unary-veccalc.class"/>

Élement m:set

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:nary-setlist-constructor.class

Modèle

Enfants

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 class="" href="" id="" other="" style="" xref="">{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 base="" 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>

Attributs

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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:list

Espace de nommage

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

Diagramme

Propriétés

content

complex

Substitution Group Affiliation

m:nary-setlist-constructor.class

Modèle

Enfants

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 class="" href="" id="" other="" style="" xref="">{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 base="" 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>

Attributs

QName	Type	Use
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

Wildcard: ANY attribute from ANY namespace OTHER than 'http://www.w3.org/1998/Math/MathML'

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>

Élement m:union

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-set.class

Source

<xs:element name="union" substitutionGroup="m:nary-set.class"/>

Élement m:intersect

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-set.class

Source

<xs:element name="intersect" substitutionGroup="m:nary-set.class"/>

Élement m:cartesianproduct

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-set.class

Source

<xs:element name="cartesianproduct" substitutionGroup="m:nary-set.class"/>

Élement m:in

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="in" substitutionGroup="m:binary-set.class"/>

Élement m:notin

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="notin" substitutionGroup="m:binary-set.class"/>

Élement m:notsubset

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="notsubset" substitutionGroup="m:binary-set.class"/>

Élement m:notprsubset

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="notprsubset" substitutionGroup="m:binary-set.class"/>

Élement m:setdiff

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-set.class

Source

<xs:element name="setdiff" substitutionGroup="m:binary-set.class"/>

Élement m:subset

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-set-reln.class

Source

<xs:element name="subset" substitutionGroup="m:nary-set-reln.class"/>

Élement m:prsubset

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-set-reln.class

Source

<xs:element name="prsubset" substitutionGroup="m:nary-set-reln.class"/>

Élement m:card

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-set.class

Source

<xs:element name="card" substitutionGroup="m:unary-set.class"/>

Élement m:sum

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:sum.class

Source

<xs:element name="sum" substitutionGroup="m:sum.class"/>

Élement m:product

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:product.class

Source

<xs:element name="product" substitutionGroup="m:product.class"/>

Élement m:limit

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:limit.class

Source

<xs:element name="limit" substitutionGroup="m:limit.class"/>

Élement m:sin

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sin" substitutionGroup="m:unary-elementary.class"/>

Élement m:cos

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="cos" substitutionGroup="m:unary-elementary.class"/>

Élement m:tan

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="tan" substitutionGroup="m:unary-elementary.class"/>

Élement m:sec

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sec" substitutionGroup="m:unary-elementary.class"/>

Élement m:csc

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="csc" substitutionGroup="m:unary-elementary.class"/>

Élement m:cot

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="cot" substitutionGroup="m:unary-elementary.class"/>

Élement m:sinh

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sinh" substitutionGroup="m:unary-elementary.class"/>

Élement m:cosh

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="cosh" substitutionGroup="m:unary-elementary.class"/>

Élement m:tanh

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="tanh" substitutionGroup="m:unary-elementary.class"/>

Élement m:sech

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="sech" substitutionGroup="m:unary-elementary.class"/>

Élement m:csch

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="csch" substitutionGroup="m:unary-elementary.class"/>

Élement m:coth

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="coth" substitutionGroup="m:unary-elementary.class"/>

Élement m:arcsin

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsin" substitutionGroup="m:unary-elementary.class"/>

Élement m:arccos

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccos" substitutionGroup="m:unary-elementary.class"/>

Élement m:arctan

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arctan" substitutionGroup="m:unary-elementary.class"/>

Élement m:arccosh

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccosh" substitutionGroup="m:unary-elementary.class"/>

Élement m:arccot

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccot" substitutionGroup="m:unary-elementary.class"/>

Élement m:arccoth

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccoth" substitutionGroup="m:unary-elementary.class"/>

Élement m:arccsc

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccsc" substitutionGroup="m:unary-elementary.class"/>

Élement m:arccsch

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arccsch" substitutionGroup="m:unary-elementary.class"/>

Élement m:arcsec

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsec" substitutionGroup="m:unary-elementary.class"/>

Élement m:arcsech

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsech" substitutionGroup="m:unary-elementary.class"/>

Élement m:arcsinh

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arcsinh" substitutionGroup="m:unary-elementary.class"/>

Élement m:arctanh

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-elementary.class

Source

<xs:element name="arctanh" substitutionGroup="m:unary-elementary.class"/>

Élement m:mean

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="mean" substitutionGroup="m:nary-stats.class"/>

Élement m:sdev

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="sdev" substitutionGroup="m:nary-stats.class"/>

Élement m:variance

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="variance" substitutionGroup="m:nary-stats.class"/>

Élement m:median

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="median" substitutionGroup="m:nary-stats.class"/>

Élement m:mode

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-stats.class

Source

<xs:element name="mode" substitutionGroup="m:nary-stats.class"/>

Élement m:vector

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-constructor.class

Source

<xs:element name="vector" substitutionGroup="m:nary-constructor.class"/>

Élement m:matrix

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-constructor.class

Source

<xs:element name="matrix" substitutionGroup="m:nary-constructor.class"/>

Élement m:matrixrow

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-constructor.class

Source

<xs:element name="matrixrow" substitutionGroup="m:nary-constructor.class"/>

Élement m:determinant

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-linalg.class

Source

<xs:element name="determinant" substitutionGroup="m:unary-linalg.class"/>

Élement m:transpose

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:unary-linalg.class

Source

<xs:element name="transpose" substitutionGroup="m:unary-linalg.class"/>

Élement m:selector

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:nary-linalg.class

Source

<xs:element name="selector" substitutionGroup="m:nary-linalg.class"/>

Élement m:vectorproduct

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-linalg.class

Source

<xs:element name="vectorproduct" substitutionGroup="m:binary-linalg.class"/>

Élement m:scalarproduct

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-linalg.class

Source

<xs:element name="scalarproduct" substitutionGroup="m:binary-linalg.class"/>

Élement m:outerproduct

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:binary-linalg.class

Source

<xs:element name="outerproduct" substitutionGroup="m:binary-linalg.class"/>

Élement m:integers

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="integers" substitutionGroup="m:constant-set.class"/>

Élement m:reals

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="reals" substitutionGroup="m:constant-set.class"/>

Élement m:rationals

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="rationals" substitutionGroup="m:constant-set.class"/>

Élement m:naturalnumbers

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="naturalnumbers" substitutionGroup="m:constant-set.class"/>

Élement m:complexes

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="complexes" substitutionGroup="m:constant-set.class"/>

Élement m:primes

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="primes" substitutionGroup="m:constant-set.class"/>

Élement m:emptyset

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-set.class

Source

<xs:element name="emptyset" substitutionGroup="m:constant-set.class"/>

Élement m:exponentiale

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="exponentiale" substitutionGroup="m:constant-arith.class"/>

Élement m:imaginaryi

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="imaginaryi" substitutionGroup="m:constant-arith.class"/>

Élement m:notanumber

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="notanumber" substitutionGroup="m:constant-arith.class"/>

Élement m:true

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="true" substitutionGroup="m:constant-arith.class"/>

Élement m:false

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="false" substitutionGroup="m:constant-arith.class"/>

Élement m:pi

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="pi" substitutionGroup="m:constant-arith.class"/>

Élement m:eulergamma

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="eulergamma" substitutionGroup="m:constant-arith.class"/>

Élement m:infinity

Espace de nommage

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

Diagramme

Substitution Group Affiliation

m:constant-arith.class

Source

<xs:element name="infinity" substitutionGroup="m:constant-arith.class"/>

Complex Type m:apply.content

Espace de nommage

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

Diagramme

Utilisé par

Element	m:apply
Type complexe	m:bind.content

Modèle

(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) , m:bvar* , (((m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1}))) | m:degree | m:momentabout | m:logbase) , (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)

Enfants

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

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>

Complex Type m:ci.content

Espace de nommage

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

Diagramme

Propriétés

mixed

true

Utilisé par

Element

m:ci

Modèle

m:mglyph | m:PresentationExpression

Enfants

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>

Complex Type m:bind.content

Espace de nommage

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

Diagramme

Type

extension of m:apply.content

Type hierarchy

m:apply.content
- m:bind.content

Utilisé par

Element

m:bind

Modèle

(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) , m:bvar* , (((m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1}))) | m:degree | m:momentabout | m:logbase) , (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)

Enfants

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

Source

<xs:complexType name="bind.content">
  <xs:complexContent>
    <xs:extension base="m:apply.content"/>
  </xs:complexContent>
</xs:complexType>

Complex Type m:cn.content

Espace de nommage

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

Diagramme

Propriétés

mixed

true

Utilisé par

Element

m:cn

Modèle

m:mglyph | m:sep | m:PresentationExpression

Enfants

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>

Complex Type m:csymbol.content

Espace de nommage

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

Diagramme

Propriétés

mixed

true

Utilisé par

Element

m:csymbol

Modèle

m:mglyph | m:PresentationExpression

Enfants

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>

Attribute m:ci.attributes / @type

Espace de nommage

No namespace

Utilisé par

Attribute Group

m:ci.attributes

Source

<xs:attribute name="type"/>

Attribute m:cn.attributes / @type

Espace de nommage

No namespace

Utilisé par

Attribute Group

m:cn.attributes

Source

<xs:attribute name="type"/>

Attribute m:cn.attributes / @base

Espace de nommage

No namespace

Utilisé par

Attribute Group

m:cn.attributes

Source

<xs:attribute name="base"/>

Attribute m:csymbol.attributes / @type

Espace de nommage

No namespace

Utilisé par

Attribute Group

m:csymbol.attributes

Source

<xs:attribute name="type"/>

Attribute m:csymbol.attributes / @cd

Espace de nommage

No namespace

Type

xs:NCName

Propriétés

content

simple

Utilisé par

Attribute Group

m:csymbol.attributes

Source

<xs:attribute name="cd" type="xs:NCName"/>

Attribute m:interval.class / @closure

Espace de nommage

No namespace

Utilisé par

Element

m:interval.class

Source

<xs:attribute name="closure"/>

Attribute m:ci.type / @type

Espace de nommage

No namespace

Propriétés

use	required

Utilisé par

Attribute Group

m:ci.type

Source

<xs:attribute name="type" use="required"/>

Attribute m:base / @base

Espace de nommage

No namespace

Propriétés

use	required

Utilisé par

Attribute Group

m:base

Source

<xs:attribute name="base" use="required"/>

Attribute m:type / @type

Espace de nommage

No namespace

Propriétés

use	required

Utilisé par

Attribute Group

m:type

Source

<xs:attribute name="type" use="required"/>

Attribute m:order / @order

Espace de nommage

No namespace

Type

restriction of xs:token

Propriétés

use	required

Facets

enumeration	numeric
enumeration	lexicographic

Utilisé par

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>

Attribute m:closure / @closure

Espace de nommage

No namespace

Propriétés

use	required

Utilisé par

Attribute Group

m:closure

Source

<xs:attribute name="closure" use="required"/>

Attribute m:ContExp / @type

Espace de nommage

No namespace

Type

xs:string

Propriétés

content

simple

Utilisé par

Element

m:declare

Source

<xs:attribute name="type" type="xs:string"/>

Attribute m:ContExp / @scope

Espace de nommage

No namespace

Type

xs:string

Propriétés

content

simple

Utilisé par

Element

m:declare

Source

<xs:attribute name="scope" type="xs:string"/>

Attribute m:ContExp / @nargs

Espace de nommage

No namespace

Type

xs:nonNegativeInteger

Propriétés

content

simple

Utilisé par

Element

m:declare

Source

<xs:attribute name="nargs" type="xs:nonNegativeInteger"/>

Attribute m:ContExp / @occurrence

Espace de nommage

No namespace

Type

restriction of xs:token

Propriétés

content

simple

Facets

enumeration	prefix
enumeration	infix
enumeration	function-model

Utilisé par

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>

Attribute m:declare / @nargs

Espace de nommage

No namespace

Type

xs:nonNegativeInteger

Propriétés

content

simple

Source

<xs:attribute name="nargs" type="xs:nonNegativeInteger"/>

Attribute m:declare / @occurrence

Espace de nommage

No namespace

Type

restriction of xs:token

Propriétés

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>

Attribute m:declare / @scope

Espace de nommage

No namespace

Type

xs:string

Propriétés

content

simple

Source

<xs:attribute name="scope" type="xs:string"/>

Attribute m:declare / @type

Espace de nommage

No namespace

Type

xs:string

Propriétés

content

simple

Source

<xs:attribute name="type" type="xs:string"/>

Attribute m:tendsto / @type

Espace de nommage

No namespace

Utilisé par

Element

m:tendsto

Source

<xs:attribute name="type"/>

Attribute m:set / @type

Espace de nommage

No namespace

Utilisé par

Element

m:set

Source

<xs:attribute name="type"/>

Attribute m:list / @order

Espace de nommage

No namespace

Type

restriction of xs:token

Propriétés

content

simple

Facets

enumeration	numeric
enumeration	lexicographic

Utilisé par

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>

Element Group m:Qualifier

Espace de nommage

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

Diagramme

Utilisé par

Complex Types	m:apply.content, m:bind.content
Élements	m:apply, m:bind

Modèle

((m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1}))) | m:degree | m:momentabout | m:logbase

Enfants

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>

Element Group m:DomainQ

Espace de nommage

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

Diagramme

Utilisé par

Élements	m:lambda.class, m:list, m:nary-constructor.class, m:set
Element Group	m:Qualifier

Modèle

(m:domainofapplication | m:condition | (m:lowlimit , m:uplimit{0,1}))

Enfants

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>

Element Group m:binary-arith.class

Espace de nommage

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

Diagramme

Utilisé par

Element Group

m:ContExp

Modèle

Enfants

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>

Element Group m:unary-arith.class

Espace de nommage

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

Diagramme

Utilisé par

Element Group

m:ContExp

Modèle

Enfants

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>

Attribute Group m:ci.attributes

Espace de nommage

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

Diagramme

Utilisé par

Element

m:ci

Attributs

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>

Attribute Group m:cn.attributes

Espace de nommage

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

Diagramme

Utilisé par

Element

m:cn

Attributs

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>

Attribute Group m:csymbol.attributes

Espace de nommage

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

Diagramme

Utilisé par

Element

m:csymbol

Attributs

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>

Attribute Group m:cbytes.attributes

Espace de nommage

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

Diagramme

Utilisé par

Element

m:cbytes

Attributs

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>

Attribute Group m:cs.attributes

Espace de nommage

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

Diagramme

Utilisé par

Element

m:cs

Attributs

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>

Attribute Group m:ci.type

Espace de nommage

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

Diagramme

Attributs

QName	Type	Use
type		required

Source

<xs:attributeGroup name="ci.type">
  <xs:attribute name="type" use="required"/>
</xs:attributeGroup>

Attribute Group m:base

Espace de nommage

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

Diagramme

Attributs

QName	Type	Use
base		required

Source

<xs:attributeGroup name="base">
  <xs:attribute name="base" use="required"/>
</xs:attributeGroup>

Attribute Group m:type

Espace de nommage

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

Diagramme

Attributs

QName	Type	Use
type		required

Source

<xs:attributeGroup name="type">
  <xs:attribute name="type" use="required"/>
</xs:attributeGroup>

Attribute Group m:order

Espace de nommage

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

Diagramme

Attributs

QName	Type	Use
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>

Attribute Group m:closure

Espace de nommage

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

Diagramme

Attributs

QName	Type	Use
closure		required

Source

<xs:attributeGroup name="closure">
  <xs:attribute name="closure" use="required"/>
</xs:attributeGroup>