/** * Get the classifier used as the base learner. * * @return the classifier used as the classifier */ public Classifier getClassifier() { return m_wrapperTemplate.getClassifier(); }
/** * Get the classifier used as the base learner. * * @return the classifier used as the classifier */ public Classifier getClassifier() { return m_wrapperTemplate.getClassifier(); }
/** * Returns the capabilities of this evaluator. * * @return the capabilities of this evaluator * @see Capabilities */ @Override public Capabilities getCapabilities() { Capabilities result; result = m_wrapperTemplate.getClassifier().getCapabilities(); result.setOwner(this); return result; }
/** * Returns the capabilities of this evaluator. * * @return the capabilities of this evaluator * @see Capabilities */ @Override public Capabilities getCapabilities() { Capabilities result; result = m_wrapperTemplate.getClassifier().getCapabilities(); result.setOwner(this); return result; }
int current = 0; if (getClassifier() != null) { options[current++] = "-B"; options[current++] = getClassifier().getClass().getName();
int current = 0; if (getClassifier() != null) { options[current++] = "-B"; options[current++] = getClassifier().getClass().getName();
text.append("\tWrapper Subset Evaluator\n"); text.append( "\tLearning scheme: " + getClassifier().getClass().getName() + "\n"); text.append("\tScheme options: "); String[] classifierOptions = new String[0];
text.append("\tWrapper Subset Evaluator\n"); text.append( "\tLearning scheme: " + getClassifier().getClass().getName() + "\n"); text.append("\tScheme options: "); String[] classifierOptions = new String[0];
Capabilities result; if (getClassifier() == null) { result = super.getCapabilities(); result.disableAll(); } else { result = getClassifier().getCapabilities();
Capabilities result; if (getClassifier() == null) { result = super.getCapabilities(); result.disableAll(); } else { result = getClassifier().getCapabilities();