ClusterIterator.iterateSeq(conf, input, priorClustersPath, output, maxIterations); } else { ClusterIterator.iterateMR(conf, input, priorClustersPath, output, maxIterations);
FileSystem fs = FileSystem.get(outPath.toUri(), conf); iteration++; if (isConverged(clustersOut, conf, fs)) { break;
System.out.println(cluster.asFormatString(null)); ClusterIterator.iterateSeq(conf, pointsPath, path, outPath, 5);
System.out.println(cluster.asFormatString(null)); ClusterIterator.iterateMR(conf, pointsPath, path, outPath, 5);
@Test public void testClusterIteratorKMeans() { List<Vector> data = TestKmeansClustering.getPoints(TestKmeansClustering.REFERENCE); ClusterClassifier prior = newKlusterClassifier(); ClusterClassifier posterior = ClusterIterator.iterate(data, prior, 5); assertEquals(3, posterior.getModels().size()); for (Cluster cluster : posterior.getModels()) { System.out.println(cluster.asFormatString(null)); } }
@Test public void testClusterIteratorDirichlet() { List<Vector> data = TestKmeansClustering.getPoints(TestKmeansClustering.REFERENCE); ClusterClassifier prior = newKlusterClassifier(); ClusterClassifier posterior = ClusterIterator.iterate(data, prior, 5); assertEquals(3, posterior.getModels().size()); for (Cluster cluster : posterior.getModels()) { System.out.println(cluster.asFormatString(null)); } }
ClusterIterator.iterateSeq(conf, input, priorClustersPath, output, maxIterations); } else { ClusterIterator.iterateMR(conf, input, priorClustersPath, output, maxIterations);
FileSystem fs = FileSystem.get(outPath.toUri(), conf); iteration++; if (isConverged(clustersOut, conf, fs)) { break;
ClusterIterator.iterateSeq(conf, input, priorClustersPath, output, maxIterations); } else { ClusterIterator.iterateMR(conf, input, priorClustersPath, output, maxIterations);
FileSystem fs = FileSystem.get(outPath.toUri(), conf); iteration++; if (isConverged(clustersOut, conf, fs)) { break;
ClusterIterator.iterateSeq(conf, input, priorClustersPath, output, maxIterations); } else { ClusterIterator.iterateMR(conf, input, priorClustersPath, output, maxIterations);
FileSystem fs = FileSystem.get(outPath.toUri(), conf); iteration++; if (isConverged(clustersOut, conf, fs)) { break;
ClusterIterator.iterateSeq(conf, input, priorClustersPath, output, maxIterations); } else { ClusterIterator.iterateMR(conf, input, priorClustersPath, output, maxIterations);
FileSystem fs = FileSystem.get(outPath.toUri(), conf); iteration++; if (isConverged(clustersOut, conf, fs)) { break;
ClusterIterator.iterateSeq(conf, input, priorClustersPath, output, maxIterations); } else { ClusterIterator.iterateMR(conf, input, priorClustersPath, output, maxIterations);
FileSystem fs = FileSystem.get(outPath.toUri(), conf); iteration++; if (isConverged(clustersOut, conf, fs)) { break;