Schema documentation for elementary-functions.xsd

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Included schema elementary-functions.xsd

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

Annotations

This is an XML Schema module for the elementary functions in content MathML. Author: Stéphane Dalmas, INRIA.

attribute form default	unqualified
element form default	qualified

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="exp" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="ln" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="log" type="Elementary-functions.type"/>

Element logbase

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

Diagram

Content-elementary-functions.class

(cn | ci | csymbol | abs | conjugate | factorial | arg | real | imaginary | floor | ceiling | quotient | divide | rem | minus | plus | times | power | root | max | min | gcd | lcm | sum | product | compose | domain | codomain | image | domainofapplication | ident | and | or | xor | not | exists | forall | implies | naturalnumbers | primes | integers | rationals | reals | complexes | emptyset | exponentiale | imaginaryi | pi | eulergamma | true | false | infinity | notanumber | set | list | union | intersect | in | notin | subset | prsubset | notsubset | notprsubset | setdiff | card | cartesianproduct | eq | neq | leq | lt | geq | gt | equivalent | approx | factorof | exp | ln | log | logbase | sin | cos | tan | sec | csc | cot | arcsin | arccos | arctan | arcsec | arccsc | arccot | sinh | cosh | tanh | sech | csch | coth | arccosh | arccoth | arccsch | arcsech | arcsinh | arctanh | int | diff | partialdiff | limit | lowlimit | uplimit | tendsto | vector | matrix | determinant | transpose | selector | vectorproduct | scalarproduct | outerproduct | divergence | grad | curl | laplacian | mean | sdev | variance | median | mode | moment | momentabout | apply | interval | inverse | condition | declare | lambda | piecewise | bvar | degree | semantics | mi | mo | mn | mtext | ms | mrow | mfrac | msqrt | mroot | mpadded | mphantom | mfenced | menclose | msub | msup | msubsup | munder | mover | munderover | mmultiscripts | mtable | maligngroup | malignmark | mspace | maction | merror | mstyle)

abs, and, apply, approx, arccos, arccosh, arccot, arccoth, arccsc, arccsch, arcsec, arcsech, arcsin, arcsinh, arctan, arctanh, arg, bvar, card, cartesianproduct, ceiling, ci, cn, codomain, complexes, compose, condition, conjugate, cos, cosh, cot, coth, csc, csch, csymbol, curl, declare, degree, determinant, diff, divergence, divide, domain, domainofapplication, emptyset, eq, equivalent, eulergamma, exists, exp, exponentiale, factorial, factorof, false, floor, forall, gcd, geq, grad, gt, ident, image, imaginary, imaginaryi, implies, in, infinity, int, integers, intersect, interval, inverse, lambda, laplacian, lcm, leq, limit, list, ln, log, logbase, lowlimit, lt, maction, maligngroup, malignmark, matrix, max, mean, median, menclose, merror, mfenced, mfrac, mi, min, minus, mmultiscripts, mn, mo, mode, moment, momentabout, mover, mpadded, mphantom, mroot, mrow, ms, mspace, msqrt, mstyle, msub, msubsup, msup, mtable, mtext, munder, munderover, naturalnumbers, neq, not, notanumber, notin, notprsubset, notsubset, or, outerproduct, partialdiff, pi, piecewise, plus, power, primes, product, prsubset, quotient, rationals, real, reals, rem, root, scalarproduct, sdev, sec, sech, selector, semantics, set, setdiff, sin, sinh, subset, sum, tan, tanh, tendsto, times, transpose, true, union, uplimit, variance, vector, vectorproduct, xor

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

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

<logbase class="" xlink:href="" id="" style="" xref="" xmlns="http://www.w3.org/1998/Math/MathML">
  <cn base="" class="" definitionURL="" encoding="" xlink:href="" id="" style="" type="" xref="">{1,1}</cn>
  <ci class="" definitionURL="" encoding="" xlink:href="" id="" style="" type="" xref="">{1,1}</ci>
  <csymbol class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</csymbol>
  <abs class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</abs>
  <conjugate class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</conjugate>
  <factorial class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</factorial>
  <arg class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arg>
  <real class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</real>
  <imaginary class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</imaginary>
  <floor class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</floor>
  <ceiling class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</ceiling>
  <quotient class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</quotient>
  <divide class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</divide>
  <rem class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</rem>
  <minus class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</minus>
  <plus class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</plus>
  <times class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</times>
  <power class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</power>
  <root class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</root>
  <max class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</max>
  <min class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</min>
  <gcd class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</gcd>
  <lcm class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</lcm>
  <sum class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</sum>
  <product class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</product>
  <compose class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</compose>
  <domain class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</domain>
  <codomain class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</codomain>
  <image class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</image>
  <domainofapplication class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</domainofapplication>
  <ident class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</ident>
  <and class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</and>
  <or class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</or>
  <xor class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</xor>
  <not class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</not>
  <exists class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</exists>
  <forall class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</forall>
  <implies class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</implies>
  <naturalnumbers class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</naturalnumbers>
  <primes class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</primes>
  <integers class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</integers>
  <rationals class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</rationals>
  <reals class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</reals>
  <complexes class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</complexes>
  <emptyset class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</emptyset>
  <exponentiale class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</exponentiale>
  <imaginaryi class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</imaginaryi>
  <pi class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</pi>
  <eulergamma class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</eulergamma>
  <true class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</true>
  <false class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</false>
  <infinity class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</infinity>
  <notanumber class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</notanumber>
  <set class="" xlink:href="" id="" style="" type="" xref="">{1,1}</set>
  <list class="" xlink:href="" id="" order="" style="" xref="">{1,1}</list>
  <union class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</union>
  <intersect class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</intersect>
  <in class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</in>
  <notin class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</notin>
  <subset class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</subset>
  <prsubset class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</prsubset>
  <notsubset class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</notsubset>
  <notprsubset class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</notprsubset>
  <setdiff class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</setdiff>
  <card class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</card>
  <cartesianproduct class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</cartesianproduct>
  <eq class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</eq>
  <neq class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</neq>
  <leq class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</leq>
  <lt class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</lt>
  <geq class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</geq>
  <gt class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</gt>
  <equivalent class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</equivalent>
  <approx class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</approx>
  <factorof class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</factorof>
  <exp class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</exp>
  <ln class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</ln>
  <log class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</log>
  <logbase class="" xlink:href="" id="" style="" xref="">{1,1}</logbase>
  <sin class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</sin>
  <cos class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</cos>
  <tan class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</tan>
  <sec class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</sec>
  <csc class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</csc>
  <cot class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</cot>
  <arcsin class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arcsin>
  <arccos class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arccos>
  <arctan class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arctan>
  <arcsec class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arcsec>
  <arccsc class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arccsc>
  <arccot class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arccot>
  <sinh class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</sinh>
  <cosh class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</cosh>
  <tanh class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</tanh>
  <sech class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</sech>
  <csch class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</csch>
  <coth class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</coth>
  <arccosh class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arccosh>
  <arccoth class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arccoth>
  <arccsch class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arccsch>
  <arcsech class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arcsech>
  <arcsinh class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arcsinh>
  <arctanh class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</arctanh>
  <int class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</int>
  <diff class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</diff>
  <partialdiff class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</partialdiff>
  <limit class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</limit>
  <lowlimit class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</lowlimit>
  <uplimit class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</uplimit>
  <tendsto class="" definitionURL="" encoding="" xlink:href="" id="" style="" type="" xref="">{1,1}</tendsto>
  <vector class="" xlink:href="" id="" style="" xref="">{1,1}</vector>
  <matrix class="" xlink:href="" id="" style="" xref="">{1,1}</matrix>
  <determinant class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</determinant>
  <transpose class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</transpose>
  <selector class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</selector>
  <vectorproduct class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</vectorproduct>
  <scalarproduct class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</scalarproduct>
  <outerproduct class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</outerproduct>
  <divergence class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</divergence>
  <grad class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</grad>
  <curl class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</curl>
  <laplacian class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</laplacian>
  <mean class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</mean>
  <sdev class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</sdev>
  <variance class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</variance>
  <median class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</median>
  <mode class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</mode>
  <moment class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</moment>
  <momentabout class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</momentabout>
  <apply class="" xlink:href="" id="" style="" xref="">{1,1}</apply>
  <interval class="" closure="closed" xlink:href="" id="" style="" xref="">{1,1}</interval>
  <inverse class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</inverse>
  <condition definitionURL="" encoding="">{1,1}</condition>
  <declare definitionURL="" encoding="" nargs="" occurrence="" scope="" type="">{1,1}</declare>
  <lambda class="" xlink:href="" id="" style="" xref="">{1,1}</lambda>
  <piecewise class="" xlink:href="" id="" style="" xref="">{1,1}</piecewise>
  <bvar class="" xlink:href="" id="" style="" xref="">{1,1}</bvar>
  <degree class="" xlink:href="" id="" style="" xref="">{1,1}</degree>
  <semantics class="" definitionURL="" encoding="" xlink:href="" id="" style="" xref="">{1,1}</semantics>
  <mi class="" xlink:href="" id="" mathbackground="" mathcolor="" mathsize="" mathvariant="" style="" xref="">{1,1}</mi>
  <mo accent="" class="" fence="" form="" xlink:href="" id="" largeop="" lspace="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" minsize="" movablelimits="" rspace="" separator="" stretchy="" style="" symmetric="" xref="">{1,1}</mo>
  <mn class="" xlink:href="" id="" mathbackground="" mathcolor="" mathsize="" mathvariant="" style="" xref="">{1,1}</mn>
  <mtext class="" xlink:href="" id="" mathbackground="" mathcolor="" mathsize="" mathvariant="" style="" xref="">{1,1}</mtext>
  <ms class="" xlink:href="" id="" lquote=""" mathbackground="" mathcolor="" mathsize="" mathvariant="" rquote=""" style="" xref="">{1,1}</ms>
  <mrow class="" xlink:href="" id="" style="" xref="">{1,1}</mrow>
  <mfrac bevelled="" class="" denomalign="center" xlink:href="" id="" linethickness="1" numalign="center" style="" xref="">{1,1}</mfrac>
  <msqrt class="" xlink:href="" id="" style="" xref="">{1,1}</msqrt>
  <mroot class="" xlink:href="" id="" style="" xref="">{1,1}</mroot>
  <mpadded class="" depth="" height="" xlink:href="" id="" lspace="" style="" width="" xref="">{1,1}</mpadded>
  <mphantom class="" xlink:href="" id="" style="" xref="">{1,1}</mphantom>
  <mfenced class="" close=")" xlink:href="" id="" open="(" separators="," style="" xref="">{1,1}</mfenced>
  <menclose class="" xlink:href="" id="" notation="longdiv" style="" xref="">{1,1}</menclose>
  <msub class="" xlink:href="" id="" style="" subscriptshift="" xref="">{1,1}</msub>
  <msup class="" xlink:href="" id="" style="" superscriptshift="" xref="">{1,1}</msup>
  <msubsup class="" xlink:href="" id="" style="" subscriptshift="" superscriptshift="" xref="">{1,1}</msubsup>
  <munder accentunder="" class="" xlink:href="" id="" style="" xref="">{1,1}</munder>
  <mover accent="" class="" xlink:href="" id="" style="" xref="">{1,1}</mover>
  <munderover accent="" accentunder="" class="" xlink:href="" id="" style="" xref="">{1,1}</munderover>
  <mmultiscripts class="" xlink:href="" id="" style="" xref="">{1,1}</mmultiscripts>
  <mtable align="axis" alignmentscope="true" class="" columnalign="center" columnlines="none" columnspacing="0.8em" columnwidth="auto" displaystyle="false" equalcolumns="false" equalrows="false" frame="none" framespacing="0.4em 0.5ex" groupalign="" xlink:href="" id="" minlabelspacing="0.8em" rowalign="baseline" rowlines="none" rowspacing="1.0ex" side="right" style="" width="auto" xref="">{1,1}</mtable>
  <maligngroup class="" groupalign="" xlink:href="" id="" style="" xref="">{1,1}</maligngroup>
  <malignmark class="" edge="left" xlink:href="" id="" style="" xref="">{1,1}</malignmark>
  <mspace class="" depth="0ex" height="0ex" xlink:href="" id="" linebreak="auto" style="" width="0em" xref="">{1,1}</mspace>
  <maction actiontype="" class="" xlink:href="" id="" selection="1" style="" xref="">{1,1}</maction>
  <merror class="" xlink:href="" id="" style="" xref="">{1,1}</merror>
  <mstyle accent="" background="transparent" class="" color="" displaystyle="" fence="" form="" xlink:href="" id="" largeop="" linethickness="1" lspace="" mathbackground="" mathcolor="" mathsize="" mathvariant="" maxsize="" mediummathspace="0.222222em" minsize="" movablelimits="" rspace="" scriptlevel="" scriptminsize="8pt" scriptsizemultiplier="0.71" separator="" stretchy="" style="" symmetric="" thickmathspace="0.277778em" thinmathspace="0.166667em" verythickmathspace="0.333333em" verythinmathspace="0.111111em" veryverythickmathspace="0.388889em" veryverythinmathspace="0.0555556em" xref="">{1,1}</mstyle>
</logbase>

<xs:element name="logbase" type="logbase.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="sin" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="cos" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="tan" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="sec" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="csc" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="cot" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arcsin" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arccos" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arctan" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arcsec" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arccsc" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arccot" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="sinh" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="cosh" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="tanh" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="sech" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="csch" type="Elementary-functions.type"/>

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="coth" type="Elementary-functions.type"/>

Element arccosh

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arccosh" type="Elementary-functions.type"/>

Element arccoth

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arccoth" type="Elementary-functions.type"/>

Element arccsch

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arccsch" type="Elementary-functions.type"/>

Element arcsech

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arcsech" type="Elementary-functions.type"/>

Element arcsinh

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arcsinh" type="Elementary-functions.type"/>

Element arctanh

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

Diagram

Content-elementary-functions.class

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:element name="arctanh" type="Elementary-functions.type"/>

Complex Type Elementary-functions.type

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

Diagram

and, arccos, arccosh, arccot, arccoth, arccsc, arccsch, arcsec, arcsech, arcsin, arcsinh, arctan, arctanh, cos, cosh, cot, coth, csc, csch, exp, ln, log, sec, sech, sin, sinh, tan, tanh

QName	Type	Use
class	xs:NMTOKENS	optional
definitionURL	xs:anyURI	optional
encoding	xs:string	optional
id	xs:ID	optional
style	xs:string	optional
xlink:href	anyURI	optional
xref	xs:IDREF	optional

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

<xs:complexType name="Elementary-functions.type">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:complexType>

Complex Type logbase.type

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

Diagram

(cn | ci | csymbol | abs | conjugate | factorial | arg | real | imaginary | floor | ceiling | quotient | divide | rem | minus | plus | times | power | root | max | min | gcd | lcm | sum | product | compose | domain | codomain | image | domainofapplication | ident | and | or | xor | not | exists | forall | implies | naturalnumbers | primes | integers | rationals | reals | complexes | emptyset | exponentiale | imaginaryi | pi | eulergamma | true | false | infinity | notanumber | set | list | union | intersect | in | notin | subset | prsubset | notsubset | notprsubset | setdiff | card | cartesianproduct | eq | neq | leq | lt | geq | gt | equivalent | approx | factorof | exp | ln | log | logbase | sin | cos | tan | sec | csc | cot | arcsin | arccos | arctan | arcsec | arccsc | arccot | sinh | cosh | tanh | sech | csch | coth | arccosh | arccoth | arccsch | arcsech | arcsinh | arctanh | int | diff | partialdiff | limit | lowlimit | uplimit | tendsto | vector | matrix | determinant | transpose | selector | vectorproduct | scalarproduct | outerproduct | divergence | grad | curl | laplacian | mean | sdev | variance | median | mode | moment | momentabout | apply | interval | inverse | condition | declare | lambda | piecewise | bvar | degree | semantics | mi | mo | mn | mtext | ms | mrow | mfrac | msqrt | mroot | mpadded | mphantom | mfenced | menclose | msub | msup | msubsup | munder | mover | munderover | mmultiscripts | mtable | maligngroup | malignmark | mspace | maction | merror | mstyle)

abs, and, apply, approx, arccos, arccosh, arccot, arccoth, arccsc, arccsch, arcsec, arcsech, arcsin, arcsinh, arctan, arctanh, arg, bvar, card, cartesianproduct, ceiling, ci, cn, codomain, complexes, compose, condition, conjugate, cos, cosh, cot, coth, csc, csch, csymbol, curl, declare, degree, determinant, diff, divergence, divide, domain, domainofapplication, emptyset, eq, equivalent, eulergamma, exists, exp, exponentiale, factorial, factorof, false, floor, forall, gcd, geq, grad, gt, ident, image, imaginary, imaginaryi, implies, in, infinity, int, integers, intersect, interval, inverse, lambda, laplacian, lcm, leq, limit, list, ln, log, logbase, lowlimit, lt, maction, maligngroup, malignmark, matrix, max, mean, median, menclose, merror, mfenced, mfrac, mi, min, minus, mmultiscripts, mn, mo, mode, moment, momentabout, mover, mpadded, mphantom, mroot, mrow, ms, mspace, msqrt, mstyle, msub, msubsup, msup, mtable, mtext, munder, munderover, naturalnumbers, neq, not, notanumber, notin, notprsubset, notsubset, or, outerproduct, partialdiff, pi, piecewise, plus, power, primes, product, prsubset, quotient, rationals, real, reals, rem, root, scalarproduct, sdev, sec, sech, selector, semantics, set, setdiff, sin, sinh, subset, sum, tan, tanh, tendsto, times, transpose, true, union, uplimit, variance, vector, vectorproduct, xor

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

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

<xs:complexType name="logbase.type">
  <xs:group ref="logbase.content"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:complexType>

Element Group Content-elementary-functions.class

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

Diagram

ContExpr.class

exp | ln | log | logbase | sin | cos | tan | sec | csc | cot | arcsin | arccos | arctan | arcsec | arccsc | arccot | sinh | cosh | tanh | sech | csch | coth | arccosh | arccoth | arccsch | arcsech | arcsinh | arctanh

arccos, arccosh, arccot, arccoth, arccsc, arccsch, arcsec, arcsech, arcsin, arcsinh, arctan, arctanh, cos, cosh, cot, coth, csc, csch, exp, ln, log, logbase, sec, sech, sin, sinh, tan, tanh

<xs:group name="Content-elementary-functions.class">
  <xs:choice>
    <xs:element ref="exp"/>
    <xs:element ref="ln"/>
    <xs:element ref="log"/>
    <xs:element ref="logbase"/>
    <xs:element ref="sin"/>
    <xs:element ref="cos"/>
    <xs:element ref="tan"/>
    <xs:element ref="sec"/>
    <xs:element ref="csc"/>
    <xs:element ref="cot"/>
    <xs:element ref="arcsin"/>
    <xs:element ref="arccos"/>
    <xs:element ref="arctan"/>
    <xs:element ref="arcsec"/>
    <xs:element ref="arccsc"/>
    <xs:element ref="arccot"/>
    <xs:element ref="sinh"/>
    <xs:element ref="cosh"/>
    <xs:element ref="tanh"/>
    <xs:element ref="sech"/>
    <xs:element ref="csch"/>
    <xs:element ref="coth"/>
    <xs:element ref="arccosh"/>
    <xs:element ref="arccoth"/>
    <xs:element ref="arccsch"/>
    <xs:element ref="arcsech"/>
    <xs:element ref="arcsinh"/>
    <xs:element ref="arctanh"/>
  </xs:choice>
</xs:group>

Element Group logbase.content

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

Diagram

logbase.type

(cn | ci | csymbol | abs | conjugate | factorial | arg | real | imaginary | floor | ceiling | quotient | divide | rem | minus | plus | times | power | root | max | min | gcd | lcm | sum | product | compose | domain | codomain | image | domainofapplication | ident | and | or | xor | not | exists | forall | implies | naturalnumbers | primes | integers | rationals | reals | complexes | emptyset | exponentiale | imaginaryi | pi | eulergamma | true | false | infinity | notanumber | set | list | union | intersect | in | notin | subset | prsubset | notsubset | notprsubset | setdiff | card | cartesianproduct | eq | neq | leq | lt | geq | gt | equivalent | approx | factorof | exp | ln | log | logbase | sin | cos | tan | sec | csc | cot | arcsin | arccos | arctan | arcsec | arccsc | arccot | sinh | cosh | tanh | sech | csch | coth | arccosh | arccoth | arccsch | arcsech | arcsinh | arctanh | int | diff | partialdiff | limit | lowlimit | uplimit | tendsto | vector | matrix | determinant | transpose | selector | vectorproduct | scalarproduct | outerproduct | divergence | grad | curl | laplacian | mean | sdev | variance | median | mode | moment | momentabout | apply | interval | inverse | condition | declare | lambda | piecewise | bvar | degree | semantics | mi | mo | mn | mtext | ms | mrow | mfrac | msqrt | mroot | mpadded | mphantom | mfenced | menclose | msub | msup | msubsup | munder | mover | munderover | mmultiscripts | mtable | maligngroup | malignmark | mspace | maction | merror | mstyle)

abs, and, apply, approx, arccos, arccosh, arccot, arccoth, arccsc, arccsch, arcsec, arcsech, arcsin, arcsinh, arctan, arctanh, arg, bvar, card, cartesianproduct, ceiling, ci, cn, codomain, complexes, compose, condition, conjugate, cos, cosh, cot, coth, csc, csch, csymbol, curl, declare, degree, determinant, diff, divergence, divide, domain, domainofapplication, emptyset, eq, equivalent, eulergamma, exists, exp, exponentiale, factorial, factorof, false, floor, forall, gcd, geq, grad, gt, ident, image, imaginary, imaginaryi, implies, in, infinity, int, integers, intersect, interval, inverse, lambda, laplacian, lcm, leq, limit, list, ln, log, logbase, lowlimit, lt, maction, maligngroup, malignmark, matrix, max, mean, median, menclose, merror, mfenced, mfrac, mi, min, minus, mmultiscripts, mn, mo, mode, moment, momentabout, mover, mpadded, mphantom, mroot, mrow, ms, mspace, msqrt, mstyle, msub, msubsup, msup, mtable, mtext, munder, munderover, naturalnumbers, neq, not, notanumber, notin, notprsubset, notsubset, or, outerproduct, partialdiff, pi, piecewise, plus, power, primes, product, prsubset, quotient, rationals, real, reals, rem, root, scalarproduct, sdev, sec, sech, selector, semantics, set, setdiff, sin, sinh, subset, sum, tan, tanh, tendsto, times, transpose, true, union, uplimit, variance, vector, vectorproduct, xor

<xs:group name="logbase.content">
  <xs:sequence>
    <xs:group ref="Content-expr.class"/>
  </xs:sequence>
</xs:group>