<term>

<term> contiene una palabra simple, multipalabra o designación simbólica que se considera como un término técnico. 3.3.4 Terms, Glosses, Equivalents, and Descriptions
Módulo core — 3 Elements Available in All TEI Documents
Además de los atributos globales att.declaring (@decls) att.typed (@type, @subtype) att.canonical (@key, @ref)
target identifica el elemento gloss asociado mediante una referencia URI absoluta o relativa
Estado Opcional
Tipo de datos 

<rng:ref name="data.pointer"/>
data.pointer
Valores should be a valid URI reference that resolves to a gloss element
cRef identifica el elemento gloss asociado mediante una referencia canónica de un esquema definido en un elemento refsDecl en el encabezado de TEI
Estado Opcional
Tipo de datos 

<rng:ref name="data.pointer"/>
data.pointer
Valores the result of applying the algorithm for the resolution of canonical references (described in section 16.2.5 Canonical References) should be a valid URI reference that resolves to a gloss element
Valores Le résultat de l'application de l'algorithme pour la résolution de références canoniques (décrites dans la section 16.2.5 Canonical References) devrait être une référence à un URI valide réductible à un élément élémentgloss
Nota
Para utilizar refsDecl se puede indicar con el atributo decls.
sortKey indica la clasificación de este término en un índice.
Estado Opcional
Tipo de datos 

<rng:ref name="data.word"/>
data.word
Valores contains a single ‘word’ consisting of letters, digits, punctuation characters, or symbols; may not include whitespace.
David's other principal backer, Josiah
ha-Kohen <index indexName="NAMES">
 <term sortKey="Azarya_Josiah_Kohen">Josiah ha-Kohen b. Azarya</term>
</index> b. Azarya, son of one of the last gaons of Sura was David's own first
cousin.
Nota
La clave de ordenación se utiliza para determinar la secuencia y agrupar las entradas en un índice; si este atributo no se proporciona, el contenido textual del elemento se utiliza con este fin.
Usado por
index keywords model.emphLike
Puede contener
analysis: c cl interp interpGrp m pc phr s span spanGrp w
certainty: certainty precision respons
core: abbr add address binaryObject cb choice corr date del distinct email emph expan foreign gap gloss graphic hi index lb measure measureGrp mentioned milestone name note num orig pb ptr ref reg rs sic soCalled term time title unclear
dictionaries: lang oRef oVar pRef pVar
figures: figure formula
gaiji: g
iso-fs: fLib fs fvLib
linking: alt altGrp anchor join joinGrp link linkGrp seg timeline
msdescription: catchwords depth dim dimensions height heraldry locus locusGrp material origDate origPlace secFol signatures stamp watermark width
namesdates: addName affiliation bloc country district forename genName geo geogFeat geogName nameLink offset orgName persName placeName region roleName settlement state surname
spoken: incident kinesic pause shift vocal writing
tagdocs: att code gi ident specDesc specList tag val
textcrit: app witDetail
transcr: addSpan am damage damageSpan delSpan ex fw handShift restore space subst supplied surplus
verse: caesura rhyme
Declaración 

<rng:element name="term">
 <rng:ref name="att.global.attributes"/>
 <rng:ref name="att.declaring.attributes"/>
 <rng:ref name="att.typed.attributes"/>
 <rng:ref name="att.canonical.attributes"/>
 <rng:choice>
  <rng:optional>
   <rng:attribute name="target">
    <rng:ref name="data.pointer"/>
   </rng:attribute>
  </rng:optional>
  <rng:optional>
   <rng:attribute name="cRef">
    <rng:ref name="data.pointer"/>
   </rng:attribute>
  </rng:optional>
 </rng:choice>
 <rng:optional>
  <rng:attribute name="sortKey">
   <rng:ref name="data.word"/>
  </rng:attribute>
 </rng:optional>
 <rng:ref name="macro.phraseSeq"/>
</rng:element>
element term
{
   att.global.attributes,
   att.declaring.attributes,
   att.typed.attributes,
   att.canonical.attributes,
   ( attribute target { data.pointer }? | attribute cRef { data.pointer }? ),
   attribute sortKey { data.word }?,
   macro.phraseSeq
}
Ejemplo
A computational device that infers structure
from grammatical strings of words is known as a <term>parser</term>, and much of the history
of NLP over the last 20 years has been occupied with the design of parsers.
Ejemplo
We may define <term xml:id="TDPV" rend="sc">discoursal point of view</term> as
<gloss target="#TDPV">the relationship, expressed
through discourse structure, between the implied author or some other addresser, and the
fiction.</gloss>