m_Info.classAttribute().isNominal() ? m_Info.classAttribute().value( maxIndex) : Utils.doubleToString(m_ClassDistribution[0], getNumDecimalPlaces()); if (i == 0) { text.append(" < " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); } else { text.append(" >= " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces()));
if (i == 0) { text.append(" < " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); } else { text.append(" >= " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces()));
m_Info.classAttribute().isNominal() ? m_Info.classAttribute().value( maxIndex) : Utils.doubleToString(m_ClassDistribution[0], getNumDecimalPlaces()); if (i == 0) { text.append(" < " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); } else { text.append(" >= " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces()));
return " : " + Utils.doubleToString(classMean, getNumDecimalPlaces()) + " (" + Utils.doubleToString(m_Distribution[1], getNumDecimalPlaces()) + "/" + Utils.doubleToString(avgError, getNumDecimalPlaces()) + ")"; + Utils.doubleToString(sum, getNumDecimalPlaces()) + "/" + Utils.doubleToString(sum - maxCount, getNumDecimalPlaces()) + ")";
if (i == 0) { text.append(" < " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); } else { text.append(" >= " + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces()));
return " : " + Utils.doubleToString(classMean, getNumDecimalPlaces()) + " (" + Utils.doubleToString(m_Distribution[1], getNumDecimalPlaces()) + "/" + Utils.doubleToString(avgError, getNumDecimalPlaces()) + ")"; + Utils.doubleToString(sum, getNumDecimalPlaces()) + "/" + Utils.doubleToString(sum - maxCount, getNumDecimalPlaces()) + ")";
+ Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); text.append(m_Successors[0].toString(level + 1)); text.append("\n"); + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); text.append(m_Successors[1].toString(level + 1));
+ Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); text.append(m_Successors[0].toString(level + 1)); text.append("\n"); + Utils.doubleToString(m_SplitPoint, getNumDecimalPlaces())); text.append(m_Successors[1].toString(level + 1));
setSeed(classifier.getSeed()); setDebug(classifier.getDebug()); setNumDecimalPlaces(classifier.getNumDecimalPlaces()); setBatchSize(classifier.getBatchSize()); classifier.setDoNotCheckCapabilities(true);
setSeed(classifier.getSeed()); setDebug(classifier.getDebug()); setNumDecimalPlaces(classifier.getNumDecimalPlaces()); setBatchSize(classifier.getBatchSize()); classifier.setDoNotCheckCapabilities(true);