get whether an m5 tree is being used rather than rules concode_field_sep boolean m_smoothPredictions concode_elem_sep double[] m_splitVals concode_elem_sep double m_minNumInstances concode_elem_sep int LEFT concode_elem_sep long serialVersionUID concode_elem_sep int[] m_splitAtts concode_elem_sep boolean m_regressionTree concode_elem_sep int RIGHT concode_elem_sep RuleNode[] m_internalNodes concode_elem_sep RuleNode m_topOfTree concode_elem_sep Instances m_notCovered concode_elem_sep boolean m_useUnpruned concode_elem_sep Instances m_covered concode_elem_sep Instances m_instances concode_elem_sep int[] m_relOps concode_elem_sep double m_globalStdDev concode_elem_sep int m_numCovered concode_elem_sep boolean m_useTree concode_elem_sep RuleNode m_ruleModel concode_elem_sep int m_numInstances concode_elem_sep int m_classIndex concode_elem_sep boolean m_saveInstances concode_elem_sep int m_numAttributes concode_elem_sep double m_globalAbsDev concode_field_sep void setRegressionTree concode_elem_sep void setSmoothing concode_elem_sep boolean getSmoothing concode_elem_sep void buildClassifier concode_elem_sep void makeRule concode_elem_sep double absDev concode_elem_sep boolean getUnpruned concode_elem_sep String ruleToString concode_elem_sep String treeToString concode_elem_sep void setMinNumInstances concode_elem_sep void setSaveInstances concode_elem_sep void setUseTree concode_elem_sep void setUnpruned concode_elem_sep RuleNode getM5RootNode concode_elem_sep RuleNode topOfTree concode_elem_sep void freeNotCoveredInstances concode_elem_sep String toString concode_elem_sep Instances notCoveredInstances concode_elem_sep double stdDev concode_elem_sep boolean getRegressionTree concode_elem_sep double classifyInstance concode_elem_sep double getMinNumInstances concode_elem_sep String getRevision
boolean function ( ) { return m_useTree ; }