private void RunTagInference()
{
this.InitializeScorer();
if (Thread.Interrupted())
{
// Allow interrupting
throw new RuntimeInterruptedException();
}
IBestSequenceFinder ti = new ExactBestSequenceFinder();
//new BeamBestSequenceFinder(50);
//new KBestSequenceFinder()
int[] bestTags = ti.BestSequence(this);
finalTags = new string[bestTags.Length];
for (int j = 0; j < size; j++)
{
finalTags[j] = maxentTagger.tags.GetTag(bestTags[j + LeftWindow()]);
}
if (Thread.Interrupted())
{
// Allow interrupting
throw new RuntimeInterruptedException();
}
CleanUpScorer();
}
public virtual void TestExactBestSequenceFinder()
{
IBestSequenceFinder bsf = new ExactBestSequenceFinder();
BestSequenceFinderTest.ITestSequenceModel tsm = new BestSequenceFinderTest.TestSequenceModel1();
RunSequenceFinder(tsm, bsf);
RunPossibleValuesChecker(tsm, bsf);
BestSequenceFinderTest.ITestSequenceModel tsm2 = new BestSequenceFinderTest.TestSequenceModel2();
RunSequenceFinder(tsm2, bsf);
RunPossibleValuesChecker(tsm2, bsf);
BestSequenceFinderTest.ITestSequenceModel tsm2nr = new BestSequenceFinderTest.TestSequenceModel2nr();
RunSequenceFinder(tsm2nr, bsf);
RunPossibleValuesChecker(tsm2nr, bsf);
BestSequenceFinderTest.ITestSequenceModel tsm3 = new BestSequenceFinderTest.TestSequenceModel3();
RunSequenceFinder(tsm3, bsf);
RunPossibleValuesChecker(tsm3, bsf);
}
