Schema documentation for statistics.xsd

Showing:

Annotations

Attributes

Diagrams

Instances

Model

Properties

Source

Used by

Included schema statistics.xsd

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

Annotations

This is an XML Schema module for the statistical operators of content MathML. Author: Stéphane Dalmas, INRIA.

attribute form default	unqualified
element form default	qualified

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

Diagram

Content-statistics.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="mean" type="mean.type"/>

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

Diagram

Content-statistics.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="sdev" type="sdev.type"/>

Element variance

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

Diagram

Content-statistics.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="variance" type="variance.type"/>

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

Diagram

Content-statistics.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="median" type="median.type"/>

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

Diagram

Content-statistics.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="mode" type="mode.type"/>

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

Diagram

Content-statistics.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="moment" type="moment.type"/>

Element momentabout

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

Diagram

Content-statistics.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
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'

<momentabout class="" definitionURL="" encoding="" 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>
</momentabout>

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

Complex Type mean.type

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

Diagram

mean

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="mean.type">
  <xs:attributeGroup ref="mean.attlist"/>
</xs:complexType>

Complex Type sdev.type

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

Diagram

sdev

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="sdev.type">
  <xs:attributeGroup ref="sdev.attlist"/>
</xs:complexType>

Complex Type variance.type

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

Diagram

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="variance.type">
  <xs:attributeGroup ref="variance.attlist"/>
</xs:complexType>

Complex Type median.type

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

Diagram

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="median.type">
  <xs:attributeGroup ref="median.attlist"/>
</xs:complexType>

Complex Type mode.type

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

Diagram

mode

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="mode.type">
  <xs:attributeGroup ref="mode.attlist"/>
</xs:complexType>

Complex Type moment.type

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

Diagram

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="moment.type">
  <xs:attributeGroup ref="moment.attlist"/>
</xs:complexType>

Complex Type momentabout.type

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

Diagram

momentabout

(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
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="momentabout.type">
  <xs:group ref="momentabout.content" minOccurs="1" maxOccurs="unbounded"/>
  <xs:attributeGroup ref="momentabout.attlist"/>
</xs:complexType>

Element Group Content-statistics.class

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

Diagram

ContExpr.class

mean | sdev | variance | median | mode | moment | momentabout

mean, median, mode, moment, momentabout, sdev, variance

<xs:group name="Content-statistics.class">
  <xs:choice>
    <xs:element ref="mean"/>
    <xs:element ref="sdev"/>
    <xs:element ref="variance"/>
    <xs:element ref="median"/>
    <xs:element ref="mode"/>
    <xs:element ref="moment"/>
    <xs:element ref="momentabout"/>
  </xs:choice>
</xs:group>

Element Group momentabout.content

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

Diagram

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

Attribute Group mean.attlist

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

Diagram

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

<xs:attributeGroup name="mean.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>

Attribute Group sdev.attlist

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

Diagram

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

<xs:attributeGroup name="sdev.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>

Attribute Group variance.attlist

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

Diagram

variance.type

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

<xs:attributeGroup name="variance.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>

Attribute Group median.attlist

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

Diagram

median.type

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

<xs:attributeGroup name="median.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>

Attribute Group mode.attlist

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

Diagram

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

<xs:attributeGroup name="mode.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>

Attribute Group moment.attlist

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

Diagram

moment.type

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

<xs:attributeGroup name="moment.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>

Attribute Group momentabout.attlist

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

Diagram

momentabout.type

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

<xs:attributeGroup name="momentabout.attlist">
  <xs:attributeGroup ref="Definition.attrib"/>
  <xs:attributeGroup ref="Common.attrib"/>
</xs:attributeGroup>