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test_data/pdt/tdata_schema.xml  view on Meta::CPAN

<?xml version="1.0" encoding="utf-8"?>
<pml_schema xmlns="http://ufal.mff.cuni.cz/pdt/pml/schema/" version="1.1">
  <revision>1.0.0</revision>
  <description>PDT 2.0 tectogrammatic trees</description>
  <reference name="adata" readas="trees"/>

  <root name="tdata" type="t-tdata.type"/>

  <type name="t-tdata.type">
    <structure>
      <member name="meta" required="0" type="t-meta.type"/>
      <member name="trees" role="#TREES" required="1">
        <list ordered="1" type="t-root.type"/>
      </member>
    </structure>
  </type>

  <type name="t-meta.type">
    <structure>
      <member name="annotation_info" type="t-annotation-info.type"/>
    </structure>
  </type>

  <type name="t-annotation-info.type">
    <structure name="t-annotation-info">
      <member name="version_info">
        <cdata format="any"/>
      </member>
      <member name="desc">
        <cdata format="any"/>
      </member>
    </structure>
  </type>

  <type name="t-root.type">
    <structure role="#NODE" name="t-root">
      <member as_attribute="1" name="id" role="#ID" required="1">
        <cdata format="ID"/>
      </member>
      <member name="atree.rf">
        <cdata format="PMLREF"/>
      </member>
      <member name="nodetype">
        <constant>root</constant>
      </member>
      <member name="deepord" role="#ORDER" required="0">
        <cdata format="nonNegativeInteger"/>
      </member>
      <member name="children" role="#CHILDNODES">
        <list ordered="1" type="t-node.type"/>
      </member>
    </structure>
  </type>

  <type name="t-node.type">
    <structure role="#NODE" name="t-node">
      <member as_attribute="1" name="id" role="#ID" required="1">
        <cdata format="ID"/>
      </member>
      <member name="a" type="t-a.type"/>
      <member name="compl.rf">
        <list ordered="0">
          <cdata format="PMLREF"/>
        </list>
      </member>
      <member name="coref_text.rf">
        <list ordered="0">
          <cdata format="PMLREF"/>
        </list>
      </member>
      <member name="coref_gram.rf">
        <list ordered="0">
          <cdata format="PMLREF"/>
        </list>
      </member>
      <member name="coref_special" type="coref_special.type"/>
      <member name="val_frame.rf">
        <alt>
          <cdata format="PMLREF"/>
        </alt>
      </member>
      <member name="nodetype" required="1" type="t-nodetype.type"/>
      <member name="is_generated" type="bool.type"/>
      <member name="t_lemma" required="1">
        <cdata format="any"/>
      </member>
      <member name="functor" required="1">
        <alt type="func.type"/>
      </member>
      <member name="subfunctor" type="t-subfunctor.type"/>
      <member name="is_member" type="bool.type"/>
      <member name="is_name_of_person" type="bool.type"/>
      <member name="quot">
        <list ordered="0">
          <structure>
            <member name="type" required="1" type="t-type.type"/>
            <member name="set_id" required="1">
              <cdata format="any"/>
            </member>
          </structure>
        </list>
      </member>
      <member name="is_dsp_root" type="bool.type"/>
      <member name="sentmod" type="t-sentmod.type"/>
      <member name="gram" type="t-gram.type"/>
      <member name="tfa" type="t-tfa.type"/>
      <member name="is_parenthesis" type="bool.type"/>
      <member name="is_state" type="bool.type"/>
      <member name="deepord" role="#ORDER" required="1">
        <cdata format="nonNegativeInteger"/>
      </member>
      <member name="children" role="#CHILDNODES">
        <list ordered="1" type="t-node.type"/>
      </member>
    </structure>
  </type>

  <type name="t-tfa.type">
    <choice>
      <value>t</value>
      <value>f</value>
      <value>c</value>
    </choice>
  </type>

  <type name="t-gram.type">
    <structure>
      <member name="sempos" required="1" type="t-sempos.type"/>
      <member name="gender" type="t-gender.type"/>
      <member name="number" type="t-number.type"/>
      <member name="degcmp" type="t-degcmp.type"/>
      <member name="verbmod" type="t-verbmod.type"/>
      <member name="deontmod" type="t-deontmod.type"/>
      <member name="tense" type="t-tense.type"/>
      <member name="aspect" type="t-aspect.type"/>
      <member name="resultative" type="t-resultative.type"/>
      <member name="dispmod" type="t-dispmod.type"/>
      <member name="iterativeness" type="t-iterativeness.type"/>
      <member name="indeftype" type="t-indeftype.type"/>
      <member name="person" type="t-person.type"/>
      <member name="numertype" type="t-numertype.type"/>
      <member name="politeness" type="t-politeness.type"/>
      <member name="negation" type="t-negation.type"/>
    </structure>
  </type>

  <type name="t-negation.type">
    <choice>
      <value>neg0</value>
      <value>neg1</value>
      <value>nr</value>
    </choice>
  </type>

  <type name="t-politeness.type">
    <choice>
      <value>polite</value>
      <value>basic</value>
      <value>inher</value>
      <value>nr</value>
    </choice>
  </type>

  <type name="t-numertype.type">
    <choice>
      <value>basic</value>
      <value>set</value>
      <value>kind</value>
      <value>ord</value>
      <value>frac</value>

test_data/pdt/tdata_schema.xml  view on Meta::CPAN

      <value>dsp</value>
      <value>meta</value>
      <value>other</value>
      <value>title</value>
    </choice>
  </type>

  <type name="t-subfunctor.type">
    <choice>
      <value>above</value>
      <value>abstr</value>
      <value>across</value>
      <value>after</value>
      <value>agst</value>
      <value>along</value>
      <value>approx</value>
      <value>around</value>
      <value>basic</value>
      <value>before</value>
      <value>begin</value>
      <value>behind</value>
      <value>below</value>
      <value>betw</value>
      <value>circ</value>
      <value>elsew</value>
      <value>end</value>
      <value>ext</value>
      <value>flow</value>
      <value>front</value>
      <value>incl</value>
      <value>in</value>
      <value>less</value>
      <value>mid</value>
      <value>more</value>
      <value>near</value>
      <value>opp</value>
      <value>target</value>
      <value>than</value>
      <value>to</value>
      <value>wout</value>
      <value>wrt</value>
      <value>nr</value>
    </choice>
  </type>

  <type name="t-nodetype.type">
    <choice>
      <value>atom</value>
      <value>coap</value>
      <value>complex</value>
      <value>dphr</value>
      <value>fphr</value>
      <value>list</value>
      <value>qcomplex</value>
    </choice>
  </type>

  <type name="t-a.type">
    <structure>
      <member name="lex.rf">
        <cdata format="PMLREF"/>
      </member>
      <member name="aux.rf">
        <list ordered="0">
          <cdata format="PMLREF"/>
        </list>
      </member>
    </structure>
  </type>

  <type name="coref_special.type">
    <choice>
      <value>segm</value>
      <value>exoph</value>
    </choice>
  </type>

  <type name="func.type">
    <choice>
      <value>ACT</value>
      <value>AUTH</value>
      <value>PAT</value>
      <value>ADDR</value>
      <value>EFF</value>
      <value>ORIG</value>
      <value>ACMP</value>
      <value>ADVS</value>
      <value>AIM</value>
      <value>APP</value>
      <value>APPS</value>
      <value>ATT</value>
      <value>BEN</value>
      <value>CAUS</value>
      <value>CNCS</value>
      <value>CM</value>
      <value>COMPL</value>
      <value>CONJ</value>
      <value>COND</value>
      <value>CONFR</value>
      <value>CONTRA</value>
      <value>CONTRD</value>
      <value>CPHR</value>
      <value>CPR</value>
      <value>CRIT</value>
      <value>CSQ</value>
      <value>DENOM</value>
      <value>DIFF</value>
      <value>DIR1</value>
      <value>DIR2</value>
      <value>DIR3</value>
      <value>DISJ</value>
      <value>DPHR</value>
      <value>EXT</value>
      <value>FPHR</value>
      <value>GRAD</value>
      <value>HER</value>
      <value>ID</value>
      <value>INTF</value>
      <value>INTT</value>
      <value>LOC</value>
      <value>MANN</value>
      <value>MAT</value>
      <value>MEANS</value>
      <value>MOD</value>
      <value>OPER</value>