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'''Trmorph''' is a GPL morphological analyser and generator for Turkish that can be compiled with HFST. |
'''Trmorph''' is a GPL morphological analyser and generator for [[Turkish]] that can be compiled with HFST. |
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== Current State == |
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* Number of stems: {{:Trmorph/stems}} |
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* Coverage: {{:Trmorph/coverage/average}} |
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{| class="wikitable" |
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|- |
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! corpus !! words !! coverage |
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|- |
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|SETimes |
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|align="right"| 4.1M |
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| ~{{:Trmorph/coverage/SETimes}}% |
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|- |
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|} |
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==Installation== |
==Installation== |
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<pre> |
<pre> |
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$ git clone |
$ git clone https://github.com/coltekin/TRmorph trmorph |
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</pre> |
</pre> |
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You should have a directory now called <code>trmorph/</code>, switch into it, and run the following command: |
You should have a directory now called <code>trmorph/</code>, switch into it, and run the following command: |
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<pre> |
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$ cd trmorph/ |
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</pre> |
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Now switch to the apertium branch: |
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<pre> |
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$ git checkout apertium |
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</pre> |
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Then do: |
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<pre> |
<pre> |
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This should build the transducer <code>trmorph.a</code>, now you need to turn that into a format suitable for use with <code>hfst-proc</code> |
This should build the transducer <code>trmorph.a</code>, now you need to turn that into a format suitable for use with <code>hfst-proc</code> |
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<pre> |
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$ hfst-invert -i trmorph.a | hfst-fst2fst -O -o tr.automorf.hfst |
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</pre> |
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If you want a generator, you can simply do: |
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<pre> |
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$ hfst-fst2fst -O -i trmorph.a -o tr.autogen.hfst |
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</pre> |
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==Usage== |
==Usage== |
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You can use it, as with other [[HFST]] compatible transducers with hfst-proc: |
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<pre> |
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$ echo "Römorkör, büyük tekneleri iterek veya çekerek manevra yapmalarına yardımcı olur. " | hfst-proc tr.automorf.hfst |
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^Römorkör/Römorkör<n>/Römorkör<n><3s>$, |
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^büyük/büyük<adj>/büyük<adj><Djn_0><n>/büyük<adj><Djn_0><n><3s>$ |
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^tekneleri/tekne<n><p3p>/tekne<n><p3p><3s>/tekne<n><pl><acc>/tekne<n><pl><acc><3s>/tekne<n><pl><p3s>/tekne<n><pl><p3s><3s>$ |
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^iterek/it<v><cv>$ |
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^veya/veya<cnjadv>/veya<cnjcoo>/veya<n>/veya<n><3s>$ |
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^çekerek/çek<v><cv>/çekerek<np>/çekerek<np><3s>$ ^manevra/manevra<n>/manevra<n><3s>$ |
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^yapmalarına/yap<v><D_mA><n><p3p><dat>/yap<v><D_mA><n><p3p><dat><3s>/yap<v><D_mA><n><pl><p2s><dat>/yap<v><D_mA><n><pl><p2s><dat><3s>/yap<v><D_mA><n><pl><p3s><dat>/yap<v><D_mA><n><pl><p3s><dat><3s>/yap<v><vn><p3p><dat>/yap<v><vn><p3p><dat><3s>/yap<v><vn><pl><p2s><dat>/yap<v><vn><pl><p2s><dat><3s>/yap<v><vn><pl><p3s><dat>/yap<v><vn><pl><p3s><dat><3s>$ |
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^yardımcı/yardım<n><D_CI><adj>/yardım<n><D_CI><adj><Djn_0><n>/yardım<n><D_CI><adj><Djn_0><n><3s>/yardım<n><D_CI><n>/yardım<n><D_CI><n><3s>$ |
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^olur/ol<v><t_aor><3s>/olur<n>/olur<n><3s>/olur<np>/olur<np><3s>$. |
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</pre> |
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==Development== |
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===Update=== |
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<pre> |
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$ git pull origin <branchname> |
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</pre> |
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===Switch branch=== |
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<pre> |
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$ git checkout apertium |
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Switched to branch 'apertium' |
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Your branch is behind 'origin/apertium' by 11 commits, and can be fast-forwarded. |
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$ git pull origin apertium |
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</pre> |
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[[Category:Tools]] |
[[Category:Tools]] |
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Latest revision as of 18:12, 8 January 2012
Trmorph is a GPL morphological analyser and generator for Turkish that can be compiled with HFST.
Current State[edit]
- Number of stems: 37,300
- Coverage: ~90.6%
| corpus | words | coverage |
|---|---|---|
| SETimes | 4.1M | ~90.6% |
Installation[edit]
$ git clone https://github.com/coltekin/TRmorph trmorph
You should have a directory now called trmorph/, switch into it, and run the following command:
$ cd trmorph/
Now switch to the apertium branch:
$ git checkout apertium
Then do:
$ FSTC=hfst make
This should build the transducer trmorph.a, now you need to turn that into a format suitable for use with hfst-proc
$ hfst-invert -i trmorph.a | hfst-fst2fst -O -o tr.automorf.hfst
If you want a generator, you can simply do:
$ hfst-fst2fst -O -i trmorph.a -o tr.autogen.hfst
Usage[edit]
You can use it, as with other HFST compatible transducers with hfst-proc:
$ echo "Römorkör, büyük tekneleri iterek veya çekerek manevra yapmalarına yardımcı olur. " | hfst-proc tr.automorf.hfst ^Römorkör/Römorkör<n>/Römorkör<n><3s>$, ^büyük/büyük<adj>/büyük<adj><Djn_0><n>/büyük<adj><Djn_0><n><3s>$ ^tekneleri/tekne<n><p3p>/tekne<n><p3p><3s>/tekne<n><pl><acc>/tekne<n><pl><acc><3s>/tekne<n><pl><p3s>/tekne<n><pl><p3s><3s>$ ^iterek/it<v><cv>$ ^veya/veya<cnjadv>/veya<cnjcoo>/veya<n>/veya<n><3s>$ ^çekerek/çek<v><cv>/çekerek<np>/çekerek<np><3s>$ ^manevra/manevra<n>/manevra<n><3s>$ ^yapmalarına/yap<v><D_mA><n><p3p><dat>/yap<v><D_mA><n><p3p><dat><3s>/yap<v><D_mA><n><pl><p2s><dat>/yap<v><D_mA><n><pl><p2s><dat><3s>/yap<v><D_mA><n><pl><p3s><dat>/yap<v><D_mA><n><pl><p3s><dat><3s>/yap<v><vn><p3p><dat>/yap<v><vn><p3p><dat><3s>/yap<v><vn><pl><p2s><dat>/yap<v><vn><pl><p2s><dat><3s>/yap<v><vn><pl><p3s><dat>/yap<v><vn><pl><p3s><dat><3s>$ ^yardımcı/yardım<n><D_CI><adj>/yardım<n><D_CI><adj><Djn_0><n>/yardım<n><D_CI><adj><Djn_0><n><3s>/yardım<n><D_CI><n>/yardım<n><D_CI><n><3s>$ ^olur/ol<v><t_aor><3s>/olur<n>/olur<n><3s>/olur<np>/olur<np><3s>$.
Development[edit]
Update[edit]
$ git pull origin <branchname>
Switch branch[edit]
$ git checkout apertium Switched to branch 'apertium' Your branch is behind 'origin/apertium' by 11 commits, and can be fast-forwarded. $ git pull origin apertium
