Package org.apache.jorphan.math

Examples of org.apache.jorphan.math.NumberComparator

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            long total = p_model.getCount();
            Collection<Number[]> values = p_model.getDistribution().values();
            Number[][] objval = values.toArray(new Number[][]{});
            // we sort the objects
            Arrays.sort(objval, new NumberComparator());
            int len = objval.length;
            for (int count = 0; count < len; count++) {
                // calculate the height
                Number[] num = objval[count];
                double iper = (double) num[1].intValue() / (double) total;
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            long total = p_model.getCount();
            Collection<Number[]> values = p_model.getDistribution().values();
            Number[][] objval = values.toArray(new Number[values.size()][]);
            // we sort the objects
            Arrays.sort(objval, new NumberComparator());
            int len = objval.length;
            for (int count = 0; count < len; count++) {
                // calculate the height
                Number[] num = objval[count];
                double iper = (double) num[1].intValue() / (double) total;
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      int total = p_model.getCount();
      Collection values = p_model.getDistribution().values();
      Object[] objval = new Object[values.size()];
      objval = values.toArray(objval);
      // we sort the objects
      Arrays.sort(objval, new NumberComparator());
      int len = objval.length;
      for (int count = 0; count < len; count++) {
        // calculate the height
        Number[] num = (Number[]) objval[count];
        double iper = (double) num[1].intValue() / (double) total;
View Full Code Here
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            long total = p_model.getCount();
            Collection<Number[]> values = p_model.getDistribution().values();
            Number[][] objval = values.toArray(new Number[values.size()][]);
            // we sort the objects
            Arrays.sort(objval, new NumberComparator());
            int len = objval.length;
            for (int count = 0; count < len; count++) {
                // calculate the height
                Number[] num = objval[count];
                double iper = (double) num[1].intValue() / (double) total;
View Full Code Here
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            int total = p_model.getCount();
            Collection<Number[]> values = p_model.getDistribution().values();
            Number[][] objval = values.toArray(new Number[][]{});
            // we sort the objects
            Arrays.sort(objval, new NumberComparator());
            int len = objval.length;
            for (int count = 0; count < len; count++) {
                // calculate the height
                Number[] num = objval[count];
                double iper = (double) num[1].intValue() / (double) total;
View Full Code Here
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            int total = p_model.getCount();
            Collection values = p_model.getDistribution().values();
            Object[] objval = new Object[values.size()];
            objval = values.toArray(objval);
            // we sort the objects
            Arrays.sort(objval, new NumberComparator());
            int len = objval.length;
            for (int count = 0; count < len; count++) {
                // calculate the height
                Number[] num = (Number[]) objval[count];
                double iper = (double) num[1].intValue() / (double) total;
View Full Code Here
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      total = p_model.getCount();
      Collection values = p_model.getDistribution().values();
      Object[] objval = new Object[values.size()];
      objval = values.toArray(objval);
      // we sort the objects
      Arrays.sort(objval, new NumberComparator());
      int len = objval.length;
      for (int count = 0; count < len; count++) {
        // calculate the height
        Number[] num = (Number[]) objval[count];
        double iper = (double) num[1].intValue() / (double) total;
View Full Code Here
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      total = p_model.getCount();
      Collection values = p_model.getDistribution().values();
      Object[] objval = new Object[values.size()];
      objval = values.toArray(objval);
      // we sort the objects
      Arrays.sort(objval, new NumberComparator());
      int len = objval.length;
      for (int count = 0; count < len; count++) {
        // calculate the height
        Number[] num = (Number[]) objval[count];
        double iper = (double) num[1].intValue() / (double) total;
View Full Code Here
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Related Classes of org.apache.jorphan.math.NumberComparator

  • org.apache.jmeter.visualizers.DistributionGraph
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