Examples of MidResult


Examples of org.ictclas4j.bean.MidResult

      SentenceSeg ss = new SentenceSeg(src);
      ArrayList<Sentence> sens = ss.getSens();

      for (Sentence sen : sens) {
        logger.debug(sen);
        MidResult mr = new MidResult();
        mr.setIndex(index++);
        mr.setSource(sen.getContent());
        if (sen.isSeg()) {

          // ԭ�ӷִ�
          AtomSeg as = new AtomSeg(sen.getContent());
          ArrayList<Atom> atoms = as.getAtoms();
          mr.setAtoms(atoms);

          // ���ɷִ�ͼ��,�Ƚ��г����ִʣ�Ȼ������Ż��������д��Ա��
          SegGraph segGraph = GraphGenerate.generate(atoms, dictLib);
          mr.setSegGraph(segGraph.getSnList());
          // ���ɶ���ִ�ͼ��
          SegGraph biSegGraph = GraphGenerate.biGenerate(segGraph, dictLib);
          mr.setBiSegGraph(biSegGraph.getSnList());

          // ��N���·��
          NShortPath nsp = new NShortPath(biSegGraph, segPathCount);
          ArrayList<ArrayList<Integer>> bipath = nsp.getPaths();
          mr.setBipath(bipath);

          for (ArrayList<Integer> onePath : bipath) {
            // �õ����ηִ�·��
            ArrayList<SegNode> segPath = getSegPath(segGraph, onePath);
            ArrayList<SegNode> firstPath = AdjustSeg.firstAdjust(segPath);
            SegResult firstResult = outputResult(firstPath);
            mr.addFirstResult(firstResult.toString());

            if (isRecogniseUnknown)
              midResult = optinium(mr, firstPath);
            else {
              PosTagger lexTagger = new PosTagger(Utility.TAG_TYPE.TT_NORMAL, dictLib);
              lexTagger.recognise(firstPath);
              SegResult optResult = outputResult(firstPath);
              mr.addOptResult(optResult.toString());
              ArrayList<SegNode> adjResult = AdjustSeg.finalAdjust(firstPath, dictLib);

              midResult = outputResult(adjResult);
            }
            break;
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Examples of org.ictclas4j.bean.MidResult

      sr.setRawContent(src);
      SentenceSeg ss = new SentenceSeg(src);
      ArrayList<Sentence> sens = ss.getSens();
      for (Sentence sen : sens) {
        logger.debug(sen);
        MidResult mr = new MidResult();
        mr.setIndex(index++);
        mr.setSource(sen.getContent());
        if (sen.isSeg()) {

          // ԭ�ӷִ�
          AtomSeg as = new AtomSeg(sen.getContent());
          ArrayList<Atom> atoms = as.getAtoms();
          mr.setAtoms(atoms);

          // ���ɷִ�ͼ��,�Ƚ��г����ִʣ�Ȼ������Ż��������д��Ա��
          SegGraph segGraph = GraphGenerate.generate(atoms, coreDict);
          mr.setSegGraph(segGraph.getSnList());
          // ���ɶ���ִ�ͼ��
          SegGraph biSegGraph = GraphGenerate.biGenerate(segGraph, coreDict, bigramDict);
          mr.setBiSegGraph(biSegGraph.getSnList());
          // ��N���·��
          NShortPath nsp = new NShortPath(biSegGraph, segPathCount);
          ArrayList<ArrayList<Integer>> bipath = nsp.getPaths();
          mr.setBipath(bipath);

          for (ArrayList<Integer> onePath : bipath) {
            // �õ����ηִ�·��
            ArrayList<SegNode> segPath = getSegPath(segGraph, onePath);
            ArrayList<SegNode> firstPath = AdjustSeg.firstAdjust(segPath);
            String firstResult = outputResult(firstPath);
            mr.addFirstResult(firstResult);

            // ����δ��½�ʣ����Գ��ηִʽ�������Ż�
            SegGraph optSegGraph = new SegGraph(firstPath);
            ArrayList<SegNode> sns = clone(firstPath);
            personTagger.recognition(optSegGraph, sns);
            transPersonTagger.recognition(optSegGraph, sns);
            placeTagger.recognition(optSegGraph, sns);
            mr.setOptSegGraph(optSegGraph.getSnList());

            // �����Ż���Ľ�������½������ɶ���ִ�ͼ��
            SegGraph optBiSegGraph = GraphGenerate.biGenerate(optSegGraph, coreDict, bigramDict);
            mr.setOptBiSegGraph(optBiSegGraph.getSnList());

            // ������ȡN�����·��
            NShortPath optNsp = new NShortPath(optBiSegGraph, segPathCount);
            ArrayList<ArrayList<Integer>> optBipath = optNsp.getPaths();
            mr.setOptBipath(optBipath);

            // �����Ż���ķִʽ�������Խ�����д��Ա�Ǻ������Ż���������
            ArrayList<SegNode> adjResult = null;
            for (ArrayList<Integer> optOnePath : optBipath) {
              ArrayList<SegNode> optSegPath = getSegPath(optSegGraph, optOnePath);
              lexTagger.recognition(optSegPath);
              String optResult = outputResult(optSegPath);
              mr.addOptResult(optResult);
              adjResult = AdjustSeg.finaAdjust(optSegPath, personTagger, placeTagger);
              String adjrs = outputResult(adjResult);
              if (midResult == null)
                midResult = adjrs;
              break;
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Examples of org.ictclas4j.bean.MidResult

      ArrayList<Sentence> sens = ss.getSens();
     
      for (Sentence sen : sens) {
       
        long start=System.currentTimeMillis();
        MidResult mr = new MidResult();
        mr.setIndex(index++);
        mr.setSource(sen.getContent());
        if (sen.isSeg()) {

          // ԭ�ӷִ�
          AtomSeg as = new AtomSeg(sen.getContent());
          ArrayList<Atom> atoms = as.getAtoms();
          mr.setAtoms(atoms);

          start=System.currentTimeMillis();
         
          // ���ɷִ�ͼ��,�Ƚ��г����ִʣ�Ȼ������Ż��������д��Ա��
          SegGraph segGraph = GraphGenerate.generate(atoms, coreDict);
          mr.setSegGraph(segGraph.getSnList());
          // ���ɶ���ִ�ͼ��
          SegGraph biSegGraph = GraphGenerate.biGenerate(segGraph, coreDict, bigramDict);
          mr.setBiSegGraph(biSegGraph.getSnList());

          start=System.currentTimeMillis();
         
          // ��N���·��
          NShortPath nsp = new NShortPath(biSegGraph, segPathCount);
          ArrayList<ArrayList<Integer>> bipath = nsp.getPaths();
          mr.setBipath(bipath);

          start=System.currentTimeMillis();
         
          for (ArrayList<Integer> onePath : bipath) {
            // �õ����ηִ�·��
            ArrayList<SegNode> segPath = getSegPath(segGraph, onePath);
            ArrayList<SegNode> firstPath = AdjustSeg.firstAdjust(segPath);
            String firstResult = outputResult(firstPath);
            mr.addFirstResult(firstResult);

            start=System.currentTimeMillis();

            // ����δ��½�ʣ����Գ��ηִʽ�������Ż�
            SegGraph optSegGraph = new SegGraph(firstPath);
            ArrayList<SegNode> sns = clone(firstPath);
            personTagger.recognition(optSegGraph, sns);
            transPersonTagger.recognition(optSegGraph, sns);
            placeTagger.recognition(optSegGraph, sns);
            mr.setOptSegGraph(optSegGraph.getSnList());
            start=System.currentTimeMillis();

            // �����Ż���Ľ�������½������ɶ���ִ�ͼ��
            SegGraph optBiSegGraph = GraphGenerate.biGenerate(optSegGraph, coreDict, bigramDict);
            mr.setOptBiSegGraph(optBiSegGraph.getSnList());

            // ������ȡN�����·��
            NShortPath optNsp = new NShortPath(optBiSegGraph, segPathCount);
            ArrayList<ArrayList<Integer>> optBipath = optNsp.getPaths();
            mr.setOptBipath(optBipath);

            // �����Ż���ķִʽ�������Խ�����д��Ա�Ǻ������Ż���������
            ArrayList<SegNode> adjResult = null;
            for (ArrayList<Integer> optOnePath : optBipath) {
              ArrayList<SegNode> optSegPath = getSegPath(optSegGraph, optOnePath);
              lexTagger.recognition(optSegPath);
              String optResult = outputResult(optSegPath);
              mr.addOptResult(optResult);
              adjResult = AdjustSeg.finaAdjust(optSegPath, personTagger, placeTagger);
              String adjrs = outputResult(adjResult);
              start=System.currentTimeMillis();
              if (midResult == null)
                midResult = adjrs;
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