<surface>

<surface> 矩形の座標により,書記の表面を定義する.選択的に,空間や矩形範囲中のひ とつ以上の図表表現をまとめる. [11.1 Digital Facsimiles 11.2.2 Embedded Transcription]
モジュールtranscr — Representation of Primary Sources
属性att.global (@xml:id, @n, @xml:lang, @xml:base, @xml:space) (att.global.rendition (@rend, @style, @rendition)) (att.global.linking (@corresp, @synch, @sameAs, @copyOf, @next, @prev, @exclude, @select)) (att.global.analytic (@ana)) (att.global.facs (@facs)) (att.global.change (@change)) (att.global.responsibility (@cert, @resp)) (att.global.source (@source)) att.coordinated (@start, @ulx, @uly, @lrx, @lry, @points) att.declaring (@decls) att.typed (@type, @subtype)
attachmentdescribes the method by which this surface is or was connected to the main surface
状態 任意
データ型 teidata.enumerated
例としての値は以下の通り:
glued
glued in place
pinned
pinned or stapled in place
sewn
sewn in place
flippingindicates whether the surface is attached and folded in such a way as to provide two writing surfaces
状態 任意
データ型 teidata.truthValue
上位
下位
解説

当該要素surfaceは,素材表面にある矩形範囲を示す. 例えば,紙,碑,掲示板,パピルスの巻子など,2次元の面を持つもの.

当該要素で定義される座標空間は,幅が属性lrx - ulx,高さが属 性uly - lryによるグリッド単位で示される.このグリッドは,要 素surfaceを含む画面全体に重ね合わされる.この表面に含まれてい る要素zoneで使われる座標値は,同じグリッドに対する参照と解釈 される.

<facsimile>
 <surface ulx="0uly="0lrx="200lry="300">
  <graphic url="Bovelles-49r.png"/>
 </surface>
</facsimile>
Content model
<content>
 <sequence>
  <alternate minOccurs="0"
   maxOccurs="unbounded">

   <classRef key="model.global"/>
   <classRef key="model.labelLike"/>
   <classRef key="model.graphicLike"/>
  </alternate>
  <sequence minOccurs="0"
   maxOccurs="unbounded">

   <alternate>
    <elementRef key="zone"/>
    <elementRef key="line"/>
    <elementRef key="surface"/>
    <elementRef key="surfaceGrp"/>
   </alternate>
   <classRef key="model.global"
    minOccurs="0maxOccurs="unbounded"/>

  </sequence>
 </sequence>
</content>
宣言
<rng:element name="surface">
 <rng:ref name="att.global.attributes"/>
 <rng:ref name="att.global.rendition.attributes"/>
 <rng:ref name="att.global.linking.attributes"/>
 <rng:ref name="att.global.analytic.attributes"/>
 <rng:ref name="att.global.facs.attributes"/>
 <rng:ref name="att.global.change.attributes"/>
 <rng:ref name="att.global.responsibility.attributes"/>
 <rng:ref name="att.global.source.attributes"/>
 <rng:ref name="att.coordinated.attributes"/>
 <rng:ref name="att.declaring.attributes"/>
 <rng:ref name="att.typed.attributes"/>
 <rng:optional>
  <rng:attribute name="attachment">
   <rng:ref name="teidata.enumerated"/>
  </rng:attribute>
 </rng:optional>
 <rng:optional>
  <rng:attribute name="flipping">
   <rng:ref name="teidata.truthValue"/>
  </rng:attribute>
 </rng:optional>
 <rng:group>
  <rng:zeroOrMore>
   <rng:choice>
    <rng:ref name="model.global"/>
    <rng:ref name="model.labelLike"/>
    <rng:ref name="model.graphicLike"/>
   </rng:choice>
  </rng:zeroOrMore>
  <rng:zeroOrMore>
   <rng:group>
    <rng:choice>
     <rng:ref name="zone"/>
     <rng:ref name="line"/>
     <rng:ref name="surface"/>
     <rng:ref name="surfaceGrp"/>
    </rng:choice>
    <rng:zeroOrMore>
     <rng:ref name="model.global"/>
    </rng:zeroOrMore>
   </rng:group>
  </rng:zeroOrMore>
 </rng:group>
</rng:element>
element surface
{
   att.global.attributes,
   att.global.rendition.attributes,
   att.global.linking.attributes,
   att.global.analytic.attributes,
   att.global.facs.attributes,
   att.global.change.attributes,
   att.global.responsibility.attributes,
   att.global.source.attributes,
   att.coordinated.attributes,
   att.declaring.attributes,
   att.typed.attributes,
   attribute attachment { teidata.enumerated }?,
   attribute flipping { teidata.truthValue }?,
   (
      ( model.global | model.labelLike | model.graphicLike )*,
      ( ( zone | line | surface | surfaceGrp ), model.global* )*
   )
}