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} public IClustering kmeans(int k) { KMeansClustering clustering = new KMeansClustering(); kmeans(clustering, new EuclideanDistance(), k, 1000); return (clustering); }
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return (clustering); } public IClustering kmeans(IDataInput data, int k, int maxIter) { return (kmeans(data, new EuclideanDistance(), k, maxIter)); }
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return (kmeans(data, new EuclideanDistance(), k, maxIter)); } public IClustering kmeans(IDataSequence data, int k, int maxIter) { return (kmeans(data, new EuclideanDistance(), k, maxIter)); }
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return (kmeans(data, new EuclideanDistance(), k, maxIter)); } public IClustering kmeans(IDataInput data, int k) { return (kmeans(data, new EuclideanDistance(), k, 1000)); }
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return (kmeans(data, new EuclideanDistance(), k, 1000)); } public IClustering kmeans(IDataSequence data, int k) { return (kmeans(data, new EuclideanDistance(), k, 1000)); }
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return (kcenter(data, metric, k)); } public IClustering kcenter(IDataInput data, int k) { return (kcenter(data, new EuclideanDistance(), k)); }
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return (kcenter(data, new EuclideanDistance(), k)); } public IClustering kcenter(IDataSequence data, int k) { return (kcenter(data, new EuclideanDistance(), k)); }
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return regspace(data, metric, dmin); } public IClustering regspace(IDataInput data, double dmin) { return (regspace(data, new EuclideanDistance(), dmin)); }
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return (regspace(data, new EuclideanDistance(), dmin)); } public IClustering regspace(IDataSequence data, double dmin) { return (regspace(data, new EuclideanDistance(), dmin)); }
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return (clustering); } public IClustering densitybased(IDataSequence data, double dmin, int minpts) { return densitybased(data, new EuclideanDistance(), dmin, minpts); }