<func> (Function Apply Function)

This element specifies the Function-Apply function, which consists of a function name and an argument acted upon.
example: : Examples of Function-Apply objects include: , , and .

As an example, the <func> has <fName> and <e> :

<m:func> 
  <m:fName>
    <m:limLow>
      <m:e>
        <m:r>
          <m:rPr>
            <m:scr m:val="roman"/>
            <m:sty  m:val="p"/>
          </m:rPr>
          <m:t>lim</m:t>
        </m:r>
      </m:e>
      <m:lim>
        <m:r>
          <m:t>n&#8594;&#8734;</m:t>
        </m:r>
      </m:lim>
    </m:limLow>
  </m:fName>
  <m:e>
    <m:sSub>
      <m:e>
        <m:r>
          <m:t>x</m:t>
        </m:r>
      </m:e>
      <m:sub>
        <m:r>
          <m:t>n</m:t>
        </m:r>
      </m:sub>
    </m:sSub>
  </m:e>
</m:func>

Parent Elements

<deg> (§7.1.2.26); <del> (§2.13.5.12); <den> (§7.1.2.28); <e> (§7.1.2.32); <fName> (§7.1.2.37); <ins> (§2.13.5.20); <lim> (§7.1.2.52); <moveFrom> (§2.13.5.21); <moveTo> (§2.13.5.26); <num> (§7.1.2.75); <oMath> (§7.1.2.77); <sub> (§7.1.2.112); <sup> (§7.1.2.114)

Child Elements

Subclause

<e> (Base (Argument))

§7.1.2.32

<fName> (Function Name)

§7.1.2.37

<funcPr> (Function Properties)

§7.1.2.40

The following XML Schema fragment defines the contents of this element:

<complexType name="CT_Func">
	<sequence>
	<element name="funcPr" type="CT_FuncPr" minOccurs="0"/>
	<element name="fName" type="CT_OMathArg"/>
	<element name="e" type="CT_OMathArg"/>
	</sequence>
</complexType>