<w>
<w> (word) represents a grammatical (not necessarily orthographic) word. [17.1. Linguistic Segment Categories 17.4.2. Lightweight Linguistic Annotation]
| Module | analysis |
| Attributes | Attributes att.global (xml:id, n, xml:lang) (lim.att.global.fragmentable (part)) (att.global.rendition (rendition)) (att.global.source (source)) |
| Member of | |
| Contained by |
analysis: w
core: abbr add author bibl corr date del editor emph expan foreign gloss head hi item l label mentioned name note num orig p pubPlace publisher q quote ref reg rs sic term time title unclear
figures: cell
namesdates: addName affiliation birth death faith floruit forename genName nameLink nationality objectName occupation orgName persName placeName residence roleName settlement sex surname
textstructure: byline dateline docAuthor docDate docEdition docImprint imprimatur salute signed titlePart trailer
|
| May contain | |
| Examples | This example is adapted from the Folger Library’s Early Modern English Drama version
of The Wits: a Comedy by William Davenant.
<l> <w lemma="it" pos="pn" xml:id="A19883-003-a-0100">IT</w> <w lemma="have" pos="vvz" xml:id="A19883-003-a-0110">hath</w> <w lemma="be" pos="vvn" xml:id="A19883-003-a-0120">been</w> <w lemma="say" pos="vvn" xml:id="A19883-003-a-0130">said</w> <w lemma="of" pos="acp-p" xml:id="A19883-003-a-0140">of</w> <w lemma="old" pos="j" xml:id="A19883-003-a-0150">old</w> <pc xml:id="A19883-003-a-0160">,</pc> <w lemma="that" pos="cs" xml:id="A19883-003-a-0170">that</w> <w lemma="play" pos="vvz" xml:id="A19883-003-a-0180"> <choice> <orig>Playes</orig> <reg>Plays</reg> </choice> </w> <w lemma="be" pos="vvb" xml:id="A19883-003-a-0190">are</w> <w lemma="feast" pos="n2" xml:id="A19883-003-a-0200">Feasts</w> <pc xml:id="A19883-003-a-0210">,</pc> </l> <l xml:id="A19883-e100220"> <w lemma="poet" pos="n2" xml:id="A19883-003-a-0220">Poets</w> <w lemma="the" pos="d" xml:id="A19883-003-a-0230">the</w> <w lemma="cook" pos="n2" xml:id="A19883-003-a-0240"> <choice> <orig>Cookes</orig> <reg>Cooks</reg> </choice> </w> <pc xml:id="A19883-003-a-0250">,</pc> <w lemma="and" pos="cc" xml:id="A19883-003-a-0260">and</w> <w lemma="the" pos="d" xml:id="A19883-003-a-0270">the</w> <w lemma="spectator" pos="n2" xml:id="A19883-003-a-0280">Spectators</w> <w lemma="guest" pos="n2" xml:id="A19883-003-a-0290">Guests</w> <pc xml:id="A19883-003-a-0300">,</pc> </l> <l xml:id="A19883-e100230"> <w lemma="the" pos="d" xml:id="A19883-003-a-0310">The</w> <w lemma="actor" pos="n2" xml:id="A19883-003-a-0320">Actors</w> <w lemma="waiter" pos="n2" xml:id="A19883-003-a-0330">Waiters</w> <pc xml:id="A19883-003-a-0340">:</pc> <!-- ... --> </l> |
| Schematron |
Words should always contain a pc
<sch:rule context="tei:w[not(@part)]"> <sch:assert test="descendant::tei:pc[@force='weak'] and descendant::tei:lb">ERROR: Word elements must include a pc and an lb, since the element should only be used to flag words separated across line boundaries</sch:assert> </sch:rule> Words should always contain a pc
<sch:rule context="tei:w"> <sch:assert test="not(descendant::tei:fw or descendant::tei:pb)">ERROR: Do not include formeworks or page beginnings in a word element; if a word is split across pages, then use the @part attribute to signal the initial and final parts of the word.</sch:assert> </sch:rule> Words should always contain a pc
<sch:rule context="tei:w"> <sch:let name="text" value="string-join(descendant::text(),'')"/> <sch:assert test="not(matches($text,'^\s|\s$'))">ERROR:<sch:name/>should begin or end with spaces.</sch:assert> </sch:rule> <sch:rule context="tei:text[descendant::tei:w[@part]]"> <sch:assert test="count(descendant::tei:w[@part]) mod 2 = 0">ERROR: Odd number of split words found in this transcription.</sch:assert> </sch:rule> <sch:rule context="tei:w[@part = 'F']"> <sch:assert test="preceding-sibling::tei:w[1][@part = 'I']">ERROR: Initial word part missing following final part.</sch:assert> </sch:rule> <sch:rule context="tei:w[@part = 'I']"> <sch:assert test="following-sibling::tei:w[1][@part = 'F']">ERROR: Final word part missing preceding initial part.</sch:assert> </sch:rule> |
| Source | Github
<elementSpec rend="change" module="analysis" ident="w"> <gloss>word</gloss> <desc>represents a grammatical (not necessarily orthographic) word.</desc> <classes> <memberOf key="att.global"/> <memberOf key="model.segLike"/> <memberOf key="model.linePart"/> </classes> <content> <alternate minOccurs="0" maxOccurs="unbounded"> <textNode/> <classRef key="model.gLike"/> <elementRef key="seg"/> <elementRef key="w"/> <elementRef key="m"/> <elementRef key="c"/> <elementRef key="pc"/> <classRef key="model.global"/> <classRef key="model.lPart"/> <classRef key="model.hiLike"/> <classRef key="model.pPart.edit"/> </alternate> </content> <attList/> </elementSpec> |