Examples of primitives.cluster.ClusterNode

primitives.cluster.ClusterNode
Represents a Node in the cluster tree - parent to multiple ICluserLevels. @author mat

  }
        
        @Test
        public void testIsCyclic(){
            
            ClusterNode a = new ClusterNode();
            ClusterNode b = new ClusterNode();
            ClusterNode c = new ClusterNode();
            
            a.addChild(b);
            b.addChild(c);
            c.addChild(b);
            
            assertTrue(ClusterUtils.isCyclic(a));
            assertTrue(ClusterUtils.isCyclic(b));
            assertTrue(ClusterUtils.isCyclic(c));
            
            assertFalse(ClusterUtils.isCyclic(new ClusterNode()));
            
        }

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    ClusterNode parent1, parent2;


    parent1 = ClusterUtils.findParent(c1, tree);
    parent2 = ClusterUtils.findParent(c2, tree);
    
    if(parent1 == parent2 && parent1 != tree){
      break;
    }


    ClusterNode newParent = ClusterUtils.addEmptyIgnoreID(tree, tree);


    newParent.addChild(c1);
    newParent.addChild(c2);
    
    ClusterUtils.move(c1, parent1, newParent, tree, false);
    ClusterUtils.move(c2, parent2, newParent, tree, false);


    Logger.getLogger(StackInterpreter.class.getName()).log(Level.FINEST, String.format("CLUSTER (%s) (%s)", c1, c2));

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      return String.format("subgraph \"cluster%s\"{\n%s\n}", name, writeCluster(l));
    }


        int c = 0;
        int num = 0;
        ClusterNode cl = (ClusterNode) l;
        String subMods = "";
    //if there is only one child of this cluster then don't print out a box around a box
    if(cl.getChildren().size() == 1){
      //Using Set there is no get so iterate over the 1 element set:
      for(IClusterLevel el: cl.getChildren()){
        return writeCluster(el,name);
      }
    }


        for (IClusterLevel el : cl.getChildren()) {


            if (!el.encapsulates()) {
                c++;
            }
        }


    


        for (IClusterLevel el : cl.getChildren()) {
            String subMod = "";
            //if (!el.encapsulates() && c == 1) {
                // don't do anything, there's more than one clusterleaf
                // so they'll be printed as normal.

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        }
        
        goodTree = new ClusterHead();
        
        for(Node n: g.getNodes()){
            ClusterNode cn = new ClusterNode();
            cn.addNode(n);
            goodTree.addChild(cn);
        }
        
        badTree = new ClusterHead();
        
        for(Node n: g.getNodes()){
            ClusterNode cn = new ClusterNode();
            cn.addNode(n);
            badTree.addChild(cn);
        }
        ClusterNode dummy = new ClusterNode();
        badTree.addChild(dummy);
        
        goodInstance = new BunchTurboMQFitnessFunction();
        badInstance = new BunchTurboMQFitnessFunction();

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  @Test
  public void testOneSmallerComponentOneTreeLevel(){
    goodTree = new ClusterHead();
        
        ClusterNode mainThree = new ClusterNode();
    mainThree.addNode(nodes.get(0));
    mainThree.addNode(nodes.get(1));
    mainThree.addNode(nodes.get(2));
    
    ClusterNode separate = new ClusterNode();
    separate.addNode(nodes.get(3));
    
    goodTree.addChild(mainThree);
    goodTree.addChild(separate);
    groovyVersion.setTree(goodTree);
        javaVersion.setTree(goodTree);

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    @Test
  public void testTwoOneElementClustersOneLevel(){
    goodTree = new ClusterHead();
        
        ClusterNode c1 = new ClusterNode();
    c1.addNode(nodes.get(0));
    c1.addNode(nodes.get(1));
    
    ClusterNode c2 = new ClusterNode();
    c2.addNode(nodes.get(2));
    
    ClusterNode separate = new ClusterNode();
    separate.addNode(nodes.get(3));
    
    goodTree.addChild(c1);
    goodTree.addChild(c2);
    goodTree.addChild(separate);
    groovyVersion.setTree(goodTree);

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  @Test
  public void testTwoLevelClustersUnbalanced(){
    goodTree = new ClusterHead();
        
        ClusterNode c1 = new ClusterNode();
    c1.addNode(nodes.get(0));
    c1.addNode(nodes.get(1));
    
    ClusterNode c2 = new ClusterNode();
    c2.addNode(nodes.get(2));
    
    ClusterNode parentOfC1And2 = new ClusterNode();
    parentOfC1And2.addChild(c2);
    parentOfC1And2.addChild(c1);
    
    
    ClusterNode separate = new ClusterNode();
    separate.addNode(nodes.get(3));
    
    goodTree.addChild(parentOfC1And2);
    goodTree.addChild(separate);
    groovyVersion.setTree(goodTree);
        javaVersion.setTree(goodTree);

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    @Test
  public void twoLevelBalancedClusters(){
    goodTree = new ClusterHead();
        
        ClusterNode c1 = new ClusterNode();
    c1.addNode(nodes.get(0));
    c1.addNode(nodes.get(1));
    
    ClusterNode c2 = new ClusterNode();
    c2.addNode(nodes.get(2));
    
    ClusterNode parentOfC1And2 = new ClusterNode();
    parentOfC1And2.addChild(c2);
    parentOfC1And2.addChild(c1);
    
    
    ClusterNode separate = new ClusterNode();
    separate.addNode(nodes.get(3));
    
    goodTree.addChild(parentOfC1And2);
    
    ClusterNode parentOfSeparate = new ClusterNode();
    parentOfSeparate.addChild(separate);
    
    goodTree.addChild(parentOfSeparate);
    groovyVersion.setTree(goodTree);
        javaVersion.setTree(goodTree);

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Related Classes of primitives.cluster.ClusterNode

gpinterpreter.stack.StackInterpreter

gpinterpreter.vector.VecInterpreter

primitiveTests.ClusterNodeTest

primitiveTests.ClusterUtilsTest

search.fitnessfunctions.BunchTurboMQFitnessFunctionTest

search.fitnessfunctions.LutzFFTest

search.fitnessfunctions.LutzFitnessFunction

search.fitnessfunctions.util.TreeTranslator

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