finalC.m_t1 = aggregationT1; try { finalC.setNumClusters(finalNumCanopies); } catch (Exception e) {
finalC.m_t1 = aggregationT1; try { finalC.setNumClusters(finalNumCanopies); } catch (Exception e) {
setNumClusters(Integer.parseInt(temp));
setNumClusters(Integer.parseInt(temp));
System.err.println("[CanopyMap] max canopy clusters: " + nC); try { m_canopy.setNumClusters(Integer.parseInt(nC)); } catch (Exception ex) { throw new DistributedWekaException(ex);
Canopy clusterer = new Canopy(); try { clusterer.setNumClusters(2); } catch (Exception e) { e.printStackTrace();
/** * Initialize with the canopy centers of the Canopy clustering method * * @param data the training data * @throws Exception if a problem occurs */ protected void canopyInit(Instances data) throws Exception { if (m_canopyClusters == null) { m_canopyClusters = new Canopy(); m_canopyClusters.setNumClusters(m_NumClusters); m_canopyClusters.setSeed(getSeed()); m_canopyClusters.setT2(getCanopyT2()); m_canopyClusters.setT1(getCanopyT1()); m_canopyClusters .setMaxNumCandidateCanopiesToHoldInMemory(getCanopyMaxNumCanopiesToHoldInMemory()); m_canopyClusters.setPeriodicPruningRate(getCanopyPeriodicPruningRate()); m_canopyClusters.setMinimumCanopyDensity(getCanopyMinimumCanopyDensity()); m_canopyClusters.setDebug(getDebug()); m_canopyClusters.buildClusterer(data); } m_ClusterCentroids = m_canopyClusters.getCanopies(); }
/** * Initialize with the canopy centers of the Canopy clustering method * * @param data the training data * @throws Exception if a problem occurs */ protected void canopyInit(Instances data) throws Exception { if (m_canopyClusters == null) { m_canopyClusters = new Canopy(); m_canopyClusters.setNumClusters(m_NumClusters); m_canopyClusters.setSeed(getSeed()); m_canopyClusters.setT2(getCanopyT2()); m_canopyClusters.setT1(getCanopyT1()); m_canopyClusters .setMaxNumCandidateCanopiesToHoldInMemory(getCanopyMaxNumCanopiesToHoldInMemory()); m_canopyClusters.setPeriodicPruningRate(getCanopyPeriodicPruningRate()); m_canopyClusters.setMinimumCanopyDensity(getCanopyMinimumCanopyDensity()); m_canopyClusters.setDebug(getDebug()); m_canopyClusters.buildClusterer(data); } m_ClusterCentroids = m_canopyClusters.getCanopies(); }
m_canopyClusters.setNumClusters(m_NumClusters); m_canopyClusters.setSeed(getSeed()); m_canopyClusters.setT2(getCanopyT2());
m_canopyClusters.setNumClusters(m_NumClusters); m_canopyClusters.setSeed(getSeed()); m_canopyClusters.setT2(getCanopyT2());