Difference between revisions of "Lttoolbox and lexc"
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A <code>.lexc</code> file defines how morphemes in the language are joined together, ''morphotactics''. |
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[[lttoolbox et lexc]] |
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{{TOCD}} |
{{TOCD}} |
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This page describes some how [[lttoolbox]] and [[HFST]]'s <code>lexc</code> are similar. |
This page describes some how [[lttoolbox]] and [[HFST]]'s <code>lexc</code> are similar, so that people more familiar with one can get to grips more easily with the other. |
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==Terminology== |
==Terminology== |
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! lttoolbox !! lexc !! Notes |
! lttoolbox !! lexc !! Notes |
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|- |
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| Paradigm || Continuation lexicon || |
| Paradigm || Continuation lexicon || So each time you see <code>LEXICON foo</code>, think <code><pardef n="foo"/></code> |
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|- |
|- |
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| Section || Root lexicon || |
| Section || Root lexicon || |
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| Symbol || Multichar symbol || Sequences of one or more symbol which are treated as one symbol |
| Symbol || Multichar symbol || Sequences of one or more symbol which are treated as one symbol |
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==Example== |
==Example== |
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<pre> |
<pre> |
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<dictionary> |
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<sdefs> |
<sdefs> |
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<sdef n="n"/> |
<sdef n="n"/> |
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<pardefs> |
<pardefs> |
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<pardef n="RegNounInfl"> |
<pardef n="RegNounInfl"> |
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<e><p><l/><r><s n="n"/><s n="sg"/></p></e> |
<e><p><l/><r><s n="n"/><s n="sg"/></r></p></e> |
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<e><p><l>s</l><r><s n="n"/><s n="pl"/></p></e> |
<e><p><l>s</l><r><s n="n"/><s n="pl"/></r></p></e> |
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</pardef> |
</pardef> |
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</pardefs> |
</pardefs> |
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<section id=" |
<section id="Root" type="standard"> |
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<e lm="cat"><i>cat</i><par n="RegNounInfl"/></e> <!-- A noun --> |
<e lm="cat"><i>cat</i><par n="RegNounInfl"/></e> <!-- A noun --> |
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</section> |
</section> |
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</dictionary> |
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</pre> |
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And to compile and use this dictionary: |
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<pre> |
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$ lt-comp lr test.dix test.bin |
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Root@standard 7 7 |
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$ echo "cat" | lt-proc test.bin |
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^cat/cat<n><sg>$ |
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$ echo "cats" | lt-proc test.bin |
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^cats/cat<n><pl>$ |
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</pre> |
</pre> |
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===lexc=== |
===lexc=== |
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''See also: [[Apertium-specific conventions for lexc]]'' |
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<pre> |
<pre> |
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Multichar_Symbols |
Multichar_Symbols |
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%<n%> |
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+N +Pl +Sg |
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%<pl%> |
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%<sg%> |
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LEXICON Root |
LEXICON Root |
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LEXICON RegNounInfl |
LEXICON RegNounInfl |
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%<n%>%<sg%>: # ; |
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%<n%>%<pl%>:s # ; |
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</pre> |
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And to compile and use this dictionary: |
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<pre> |
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$ hfst-lexc test.lexc -o test.gen.hfst |
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$ hfst-invert -i test.gen.hfst -o test.mor.hfst |
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$ echo "cat" | hfst-lookup test.mor.hfst |
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cat cat<n><sg> |
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$ echo "cats" | hfst-lookup test.mor.hfst |
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cats cat<n><pl> |
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</pre> |
</pre> |
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[[Category:Lttoolbox]] |
[[Category:Lttoolbox]] |
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[[Category:HFST]] |
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[[Category:Documentation in English]] |
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[[Category:Lexc]] |
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Latest revision as of 08:10, 30 December 2014
A .lexc file defines how morphemes in the language are joined together, morphotactics.
Contents |
This page describes some how lttoolbox and HFST's lexc are similar, so that people more familiar with one can get to grips more easily with the other.
Terminology[edit]
| lttoolbox | lexc | Notes |
|---|---|---|
| Paradigm | Continuation lexicon | So each time you see LEXICON foo, think <pardef n="foo"/>
|
| Section | Root lexicon | |
| Left | Up | Both left and upper correspond to surface form |
| Right | Down | Corresponds to lexical form |
| Symbol | Multichar symbol | Sequences of one or more symbol which are treated as one symbol |
Example[edit]
lttoolbox[edit]
<dictionary>
<sdefs>
<sdef n="n"/>
<sdef n="pl"/>
<sdef n="sg"/>
</sdefs>
<pardefs>
<pardef n="RegNounInfl">
<e><p><l/><r><s n="n"/><s n="sg"/></r></p></e>
<e><p><l>s</l><r><s n="n"/><s n="pl"/></r></p></e>
</pardef>
</pardefs>
<section id="Root" type="standard">
<e lm="cat"><i>cat</i><par n="RegNounInfl"/></e> <!-- A noun -->
</section>
</dictionary>
And to compile and use this dictionary:
$ lt-comp lr test.dix test.bin Root@standard 7 7 $ echo "cat" | lt-proc test.bin ^cat/cat<n><sg>$ $ echo "cats" | lt-proc test.bin ^cats/cat<n><pl>$
lexc[edit]
See also: Apertium-specific conventions for lexc
Multichar_Symbols %<n%> %<pl%> %<sg%> LEXICON Root NounRoot ; LEXICON NounRoot cat RegNounInfl ; ! A noun LEXICON RegNounInfl %<n%>%<sg%>: # ; %<n%>%<pl%>:s # ;
And to compile and use this dictionary:
$ hfst-lexc test.lexc -o test.gen.hfst $ hfst-invert -i test.gen.hfst -o test.mor.hfst $ echo "cat" | hfst-lookup test.mor.hfst cat cat<n><sg> $ echo "cats" | hfst-lookup test.mor.hfst cats cat<n><pl>
