Examples of TreeBuilder

de.odysseus.el.tree.TreeBuilder
Tree builder interface. A tree builder can be used to create arbitrary many trees. Furthermore, a tree builder implementation must be thread-safe. @author Christoph Beck
net.opentsdb.tree.TreeBuilder
Contains the logic and methods for building a branch from a tree definition and a TSMeta object. Use the class by loading a tree, passing it to the builder constructor, and call {@link #processTimeseriesMeta} with a TSMetaobject.
When processing, the builder runs the meta data through each of the rules in the rule set and recursively builds a tree. After running through all of the rules, if valid results were obtained, each branch is saved to storage if they haven't been processed before (in the {@link #processed_branches} map).If a leaf was found, it will be saved. If any collisions or not-matched reports occurred, they will be saved to storage.
If {@link #processTimeseriesMeta} is called with the testing flag, the tree will be built but none of the branches will be stored. This is used for RPC calls to display the results to a user and {@link #test_messages} willcontain a detailed description of the processing results.
Warning: This class is not thread safe. It should only be used by a single thread to process a TSMeta at a time. If processing multiple TSMetas you can create the builder and run all of the meta objects through the process methods. @since 2.0
net.paoding.rose.web.impl.mapping.TreeBuilder
@author 王志亮 [qieqie.wang@gmail.com]
net.sf.saxon.tree.TreeBuilder
The TreeBuilder class is responsible for taking a stream of Receiver events and constructing a Document tree using the linked tree implementation. @author Michael H. Kay
nu.validator.saxtree.TreeBuilder
Builds a SAX Tree representation of a document or a fragment streamed as ContentHandler and LexicalHandler events. The start/end event matching is expected to adhere to the SAX API contract. Things will simply break if this is not the case. Fragments are expected to omit startDocument() and endDocument() calls. @version $Id$ @author hsivonen
org.apache.mahout.classifier.df.builder.TreeBuilder
Abstract base class for TreeBuilders
org.apache.mahout.df.builder.TreeBuilder
Abstract base class for TreeBuilders
org.apache.myfaces.trinidadinternal.share.xml.TreeBuilder
Class responsible for building a tree of objects from an XML stack. TreeBuilders are thread safe, and so can be used from multiple threads simultaneously.
@version $Name: $ ($Revision: adfrt/faces/adf-faces-impl/src/main/java/oracle/adfinternal/view/faces/share/xml/TreeBuilder.java#0 $) $Date: 10-nov-2005.18:59:16 $ @author The Oracle ADF Faces Team
org.apache.ode.ql.jcc.TreeBuilder
org.nextime.ion.backoffice.tree.TreeBuilder
org.pdf4j.saxon.tree.TreeBuilder
The TreeBuilder class is responsible for taking a stream of Receiver events and constructing a Document tree using the linked tree implementation. @author Michael H. Kay
org.renjin.compiler.ir.tree.TreeBuilder
org.spoofax.jsglr.client.imploder.TreeBuilder
quickml.supervised.classifier.decisionTree.TreeBuilder
ru.spbu.math.ontologycomparison.zhukova.visualisation.modelbuilding.tree.TreeBuilder
@author Anna R. Zhukova

Examples of org.nextime.ion.backoffice.tree.TreeBuilder


      TreeControl control = new TreeControl(root);


      if (treeBuildersStr != null) {
        Class treeBuilderImpl;
        TreeBuilder treeBuilderBase;


        ArrayList treeBuilders = new ArrayList(INIT_PLUGIN_MAX);
        int i = 0;
        StringTokenizer st = new StringTokenizer(treeBuildersStr, ",");
        while (st.hasMoreTokens()) {
          treeBuilders.add(st.nextToken().trim());
        }


        if (treeBuilders.size() == 0)
          treeBuilders.add(treeBuildersStr.trim());


        for (i = 0; i < treeBuilders.size(); i++) {


          try {
            treeBuilderImpl =
              Class.forName((String) treeBuilders.get(i));
            treeBuilderBase =
              (TreeBuilder) treeBuilderImpl.newInstance();
            treeBuilderBase.buildTree(control, servlet, request);
          } catch (Throwable t) {
            t.printStackTrace(System.out);
          }
        }
      }

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Examples of org.pdf4j.saxon.tree.TreeBuilder

            // we have a SAXSource or StreamSource
            Builder b;
            if (config.getTreeModel() == Builder.TINY_TREE) {
                b = new TinyBuilder();
            } else {
                b = new TreeBuilder();
            }
            b.setPipelineConfiguration(pipe);
            if (config.isLineNumbering() ||
                    (source instanceof AugmentedSource && ((AugmentedSource)source).isLineNumbering())) {
                b.setLineNumbering(true);

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Examples of org.renjin.compiler.ir.tree.TreeBuilder

  }
  
  private void compileBody(IRBody body) {
    
    ControlFlowGraph cfg = new ControlFlowGraph(body);
    TreeBuilder builder = new TreeBuilder();
   
  }

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Examples of org.spoofax.jsglr.client.imploder.TreeBuilder

  
    // list of imports that contain Stratego extensions
    availableSTRImports = new ArrayList<String>();
    availableSTRImports.add(baseLanguage.getInitTransModuleName());
  
    sdfParser = new SGLR(new TreeBuilder(), ATermCommands.parseTableManager.loadFromFile(StdLib.sdfTbl.getAbsolutePath()));
    strParser = new SGLR(new TreeBuilder(), ATermCommands.parseTableManager.loadFromFile(StdLib.strategoTbl.getAbsolutePath()));
    editorServicesParser = new SGLR(new TreeBuilder(), ATermCommands.parseTableManager.loadFromFile(StdLib.editorServicesTbl.getAbsolutePath()));
  }

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Examples of quickml.supervised.classifier.decisionTree.TreeBuilder

  private ExecutorService executorService;
  private int baggingSampleSize = 0;
  private Serializable id;


    public RandomForestBuilder() {
    this(new TreeBuilder().ignoreAttributeAtNodeProbability(0.5));
  }

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Examples of ru.spbu.math.ontologycomparison.zhukova.visualisation.modelbuilding.tree.TreeBuilder

            GraphModel graphModel = myGraphModelBuilder.buildGraphModel(main.getGraphPane(), main.areUnmappedConceptsVisible(), main.areUnmappedConceptsWithSynsetsVisible());
            OWLOntologyManager manager = OWLManager.createOWLOntologyManager();
            OWLOntology result = OntologyManager.saveOntologies(manager, firstOntologyManager.getOntology(), secondOntologyManager.getOntology());
            onGraphModelBuilt(manager, result);
            this.main.setGraphModel(graphModel);
            ITreeBuilder firstTreeBuilder = new TreeBuilder(firstFile.getName(), firstOntologyGraph[0].getRoots());
            ITreeBuilder secondTreeBuilder = new TreeBuilder(secondFile.getName(), secondOntologyGraph.getRoots());
            this.main.setTrees(firstTreeBuilder.buildTree(main.areUnmappedConceptsVisible(), main.areUnmappedConceptsWithSynsetsVisible()), secondTreeBuilder.buildTree(main.areUnmappedConceptsVisible(), main.areUnmappedConceptsWithSynsetsVisible()));
            int similarityCount = myGraphModelBuilder.getSimilarity();
            this.main.info(String.format(
                    "Comparing ontology %s (blue) to %s (green). (Absolutely equal concepts are colored orange) <br> The similarity is %d %%. <br> To remove a mapping right-click on it",
                    firstFile.getName(), secondFile.getName(), similarityCount)
            );

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