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GUIChooser window +meka.gui.guichooser.GUIChooser.Pack=true + +# the Explorer window +meka.gui.explorer.Explorer.Icon=explorer.gif +meka.gui.explorer.Explorer.Width=800 +meka.gui.explorer.Explorer.Height=600 +meka.gui.explorer.Explorer.Pack=false + +# the Experimenter window +meka.gui.experimenter.Experimenter.Icon=experimenter.gif +meka.gui.experimenter.Experimenter.Width=800 +meka.gui.experimenter.Experimenter.Height=600 +meka.gui.experimenter.Experimenter.Pack=false + +# the Arff viewer window +weka.gui.arffviewer.ArffViewerMainPanel.Icon=report.gif +weka.gui.arffviewer.ArffViewerMainPanel.Width=1024 +weka.gui.arffviewer.ArffViewerMainPanel.Height=768 +weka.gui.arffviewer.ArffViewerMainPanel.Pack=false + +# the Model viewer window +meka.gui.modelviewer.ModelViewer.Icon=model.gif +meka.gui.modelviewer.ModelViewer.Width=800 +meka.gui.modelviewer.ModelViewer.Height=600 +meka.gui.modelviewer.ModelViewer.Pack=false diff --git a/bin/main/meka/gui/core/GUILauncher.class 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a/bin/main/meka/gui/core/MeasurementEvaluationStatisticsTableModel.class b/bin/main/meka/gui/core/MeasurementEvaluationStatisticsTableModel.class new file mode 100644 index 00000000..7b2f3826 Binary files /dev/null and b/bin/main/meka/gui/core/MeasurementEvaluationStatisticsTableModel.class differ diff --git a/bin/main/meka/gui/core/MekaDialog.class b/bin/main/meka/gui/core/MekaDialog.class new file mode 100644 index 00000000..7c349cfb Binary files /dev/null and b/bin/main/meka/gui/core/MekaDialog.class differ diff --git a/bin/main/meka/gui/core/MekaFrame.class b/bin/main/meka/gui/core/MekaFrame.class new file mode 100644 index 00000000..8494cd6f Binary files /dev/null and b/bin/main/meka/gui/core/MekaFrame.class differ diff --git a/bin/main/meka/gui/core/MekaPanel.class b/bin/main/meka/gui/core/MekaPanel.class new file mode 100644 index 00000000..96ef3ab4 Binary files /dev/null and b/bin/main/meka/gui/core/MekaPanel.class differ diff --git a/bin/main/meka/gui/core/MekaPanelWithButtons.class b/bin/main/meka/gui/core/MekaPanelWithButtons.class new file mode 100644 index 00000000..d5022312 Binary files /dev/null and b/bin/main/meka/gui/core/MekaPanelWithButtons.class differ diff --git a/bin/main/meka/gui/core/MekaTable$1$1.class b/bin/main/meka/gui/core/MekaTable$1$1.class new file mode 100644 index 00000000..8529403c Binary files /dev/null and b/bin/main/meka/gui/core/MekaTable$1$1.class differ diff --git a/bin/main/meka/gui/core/MekaTable$1$2.class b/bin/main/meka/gui/core/MekaTable$1$2.class new file mode 100644 index 00000000..618055d8 Binary files /dev/null and b/bin/main/meka/gui/core/MekaTable$1$2.class differ diff --git a/bin/main/meka/gui/core/MekaTable$1.class b/bin/main/meka/gui/core/MekaTable$1.class new file mode 100644 index 00000000..50ef6d58 Binary files /dev/null and b/bin/main/meka/gui/core/MekaTable$1.class differ diff --git a/bin/main/meka/gui/core/MekaTable$2.class 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a/bin/main/meka/gui/core/RecentFilesHandler.class b/bin/main/meka/gui/core/RecentFilesHandler.class new file mode 100644 index 00000000..543f5780 Binary files /dev/null and b/bin/main/meka/gui/core/RecentFilesHandler.class differ diff --git a/bin/main/meka/gui/core/RecentFilesHandlerWithCommandline$Setup.class b/bin/main/meka/gui/core/RecentFilesHandlerWithCommandline$Setup.class new file mode 100644 index 00000000..55306b35 Binary files /dev/null and b/bin/main/meka/gui/core/RecentFilesHandlerWithCommandline$Setup.class differ diff --git a/bin/main/meka/gui/core/RecentFilesHandlerWithCommandline.class b/bin/main/meka/gui/core/RecentFilesHandlerWithCommandline.class new file mode 100644 index 00000000..93f151a0 Binary files /dev/null and b/bin/main/meka/gui/core/RecentFilesHandlerWithCommandline.class differ diff --git a/bin/main/meka/gui/core/ResultHistory.class b/bin/main/meka/gui/core/ResultHistory.class new file mode 100644 index 00000000..a04e2655 Binary files /dev/null and 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00000000..dd07578f --- /dev/null +++ b/bin/main/meka/gui/goe/MekaEditors.props @@ -0,0 +1,27 @@ +# Mappings for classes to be handled in the GenericObjectEditor +# +# Format: +# = +# +# Notes: +# - array classes have to be suffixed with "[]" +# - full classname has to be provided +# +# author: FracPete (fracpete at waikato dot ac dot nz) +# version: $Revision$ + +# classifiers +meka.classifiers.multilabel.MultiLabelClassifier=meka.gui.goe.GenericObjectEditor +meka.classifiers.multilabel.MultiLabelClassifier[]=weka.gui.GenericArrayEditor +meka.classifiers.multilabel.SemisupervisedClassifier=meka.gui.goe.GenericObjectEditor +meka.classifiers.multilabel.SemisupervisedClassifier[]=weka.gui.GenericArrayEditor +meka.classifiers.multitarget.MultiTargetClassifier=meka.gui.goe.GenericObjectEditor +meka.classifiers.multitarget.MultiTargetClassifier[]=weka.gui.GenericArrayEditor +meka.experiment.datasetproviders.DatasetProvider=meka.gui.goe.GenericObjectEditor +meka.experiment.datasetproviders.DatasetProvider[]=weka.gui.GenericArrayEditor +meka.experiment.evaluationstatistics.EvaluationStatisticsHandler=meka.gui.goe.GenericObjectEditor +meka.experiment.evaluationstatistics.EvaluationStatisticsHandler[]=weka.gui.GenericArrayEditor +meka.experiment.evaluators.Evaluator=meka.gui.goe.GenericObjectEditor +meka.experiment.evaluators.Evaluator[]=weka.gui.GenericArrayEditor +meka.experiment.statisticsexporters.EvaluationStatisticsExporter=meka.gui.goe.GenericObjectEditor +meka.experiment.statisticsexporters.EvaluationStatisticsExporter[]=weka.gui.GenericArrayEditor diff --git a/bin/main/meka/gui/goe/MekaPropertiesCreator.props b/bin/main/meka/gui/goe/MekaPropertiesCreator.props new file mode 100644 index 00000000..ada1f225 --- /dev/null +++ b/bin/main/meka/gui/goe/MekaPropertiesCreator.props @@ -0,0 +1,115 @@ +# Customises the list of options given by the GenericObjectEditor +# for various superclasses. +# +# Version: $Revision$ + +# Packages with MultiLabelClassifier implementations +meka.classifiers.multilabel.MultiLabelClassifier=\ + meka.classifiers.multilabel,\ + meka.classifiers.multilabel.meta,\ + meka.classifiers.multitarget,\ + meka.classifiers.multitarget.meta,\ + meka.classifiers.multilabel.incremental,\ + meka.classifiers.multilabel.incremental.meta + +# Packages with MultiTargetClassifier implementations +meka.classifiers.multitarget.MultiTargetClassifier=\ + meka.classifiers.multitarget,\ + meka.classifiers.multitarget.meta + +# Packages with SemisupervisedClassifier implementations +meka.classifiers.multilabel.SemisupervisedClassifier=\ + meka.classifiers.multilabel,\ + meka.classifiers.multilabel.meta + +# Packages with incremenal MultiLabelClassifier implementations +meka.classifiers.multilabel.IncrementalMultiLabelClassifier=\ + meka.classifiers.multilabel.incremental,\ + meka.classifiers.multilabel.incremental.meta + +# Lists the Classifier-Packages that should be added to WEKA's +# GenericObjectEditor +weka.classifiers.Classifier=\ + meka.classifiers.multilabel,\ + meka.classifiers.multilabel.meta,\ + meka.classifiers.multilabel.incremental,\ + meka.classifiers.multilabel.incremental.meta,\ + meka.classifiers.multitarget,\ + meka.classifiers.multitarget.meta + +# Lists the Filters-Packages I want to choose from +weka.filters.Filter= \ + meka.filters.multilabel, \ + meka.filters.supervised.attribute, \ + meka.filters.supervised.instance, \ + meka.filters.unsupervised.attribute, \ + meka.filters.unsupervised.instance + +# Lists the UnsupervisedFilters-Packages I want to choose from +weka.filters.UnsupervisedFilter = \ + meka.filters.unsupervised.attribute, \ + meka.filters.unsupervised.instance + +# The Explorer tabs +meka.gui.explorer.AbstractExplorerTab=\ + meka.gui.explorer + +# Explorer plugins for the Classify result history +meka.gui.explorer.classify.AbstractClassifyResultHistoryPlugin=\ + meka.gui.explorer.classify + +# Explorer plugins for the Classify tab's custom menu +meka.gui.explorer.classify.AbstractClassifyTabMenuItem=\ + meka.gui.explorer.classify + +# the menu items of the GUIChooser +meka.gui.guichooser.AbstractMenuItemDefinition=\ + meka.gui.guichooser + +# the renderers of the model viewer +meka.gui.modelviewer.renderers.AbstractObjectRenderer=\ + meka.gui.modelviewer.renderers + +# the types of experiment +meka.experiment.Experiment=\ + meka.experiment + +# the dataset providers +meka.experiment.datasetproviders.DatasetProvider=\ + meka.experiment.datasetproviders + +# the evaluators +meka.experiment.evaluators.Evaluator=\ + meka.experiment.evaluators + +# the evaluation statistics handlers +meka.experiment.evaluationstatistics.EvaluationStatisticsHandler=\ + meka.experiment.evaluationstatistics + +# the file-based evaluation statistics handlers +meka.experiment.evaluationstatistics.FileBasedEvaluationStatisticsHandler=\ + meka.experiment.evaluationstatistics + +# the experiment file handlers +meka.experiment.filehandlers.ExperimentFileHandler=\ + meka.experiment.filehandlers + +# the statistics exporters +meka.experiment.statisticsexporters.EvaluationStatisticsExporter=\ + meka.experiment.statisticsexporters + +# the file-based statistics exporters +meka.experiment.statisticsexporters.FileBasedEvaluationStatisticsExporter=\ + meka.experiment.statisticsexporters + +# the file-based statistics exporters for a single measurement +meka.experiment.statisticsexporters.FileBasedMeasurementEvaluationStatisticsExporter=\ + meka.experiment.statisticsexporters + +# The Experimenter tabs +meka.gui.experimenter.AbstractExperimenterTab=\ + meka.gui.experimenter + +# The additional Experimenter menu items +meka.gui.experimenter.menu.AbstractExperimenterMenuItem=\ + meka.gui.experimenter.menu diff --git a/bin/main/meka/gui/goe/PropertyText$1.class b/bin/main/meka/gui/goe/PropertyText$1.class new file mode 100644 index 00000000..9bdb4365 Binary files /dev/null and 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a/bin/main/rbms/RBM.class b/bin/main/rbms/RBM.class new file mode 100644 index 00000000..a1294ff4 Binary files /dev/null and b/bin/main/rbms/RBM.class differ diff --git a/bin/test/FilterTest.arff b/bin/test/FilterTest.arff new file mode 100644 index 00000000..57a60e50 --- /dev/null +++ b/bin/test/FilterTest.arff @@ -0,0 +1,30 @@ +@relation FilterTest +@attribute StringAtt1 string +@attribute NominalAtt1 {r, g, b} +@attribute NumericAtt1 numeric +@attribute StringAtt2 string +@attribute NominalAtt2 {a, b, c, d} +@attribute NumericAtt2 numeric +@attribute DateAtt1 date "yyyy-MM-dd" +@data +humpty ,g , 1.0 ,the ,a ,-2.3, 2001-04-03 +dumpty ,b , 2.0 ,quick ,b ,-3.3, 2001-04-03 +sat ,r , 3.0 ,brown ,c ,-2.4, 2001-04-03 +on ,r , 4.0 ,fox ,d ,-5.3, 2001-04-03 +a ,b , 5.0 ,jumped,a ,-2.6, 2001-04-03 +wall ,r , 6.0 ,over ,b ,-7.3, 2001-04-04 +humpty ,r , 7.0 ,the ,c ,-2.8, 2001-04-04 +dumpty ,g , 8.0 ,lazy ,d ,-9.3, 2001-04-04 +had ,b , 9.0 ,dog ,? ,-2.0, 2001-05-04 +a ,r , 9.4 ,? ,? ,-9.0, 2001-05-04 +great ,r , 1.4 ,the ,a ,-8.3, 2001-05-05 +fall ,b , 2.3 ,quick ,b ,-7.3, 2001-05-05 +all ,r , 3.3 ,brown ,c ,? , 2001-05-05 +the ,r , 4.3 ,fox ,d ,-5.3, 2001-05-05 +kings ,g , 5.3 ,jumped,? ,-5.6, 2001-05-06 +horses ,b , 6.5 ,over ,b ,-4.3, 2001-05-06 +and ,r , 7.5 ,the ,c ,-3.8, 2001-06-06 +all ,r , 8.5 ,lazy ,d ,-2.3, 2001-06-06 +the ,r , 9.4 ,? ,a ,-1.0, 2001-06-07 +{0 wall, 2 4.3, 3 the, 4 d} +{0 humpty, 1 b, 3 lazy, 5 3.4} diff --git a/bin/test/Music-test.arff b/bin/test/Music-test.arff new file mode 100644 index 00000000..26c63cba --- /dev/null +++ b/bin/test/Music-test.arff @@ -0,0 +1,183 @@ +@relation 'Music: -C -6' + +@attribute Mean_Acc1298_Mean_Mem40_Centroid numeric +@attribute Mean_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Mean_Mem40_Flux numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Mean_Acc1298_Std_Mem40_Centroid numeric +@attribute Mean_Acc1298_Std_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Std_Mem40_Flux numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Mean_Mem40_Centroid numeric +@attribute Std_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Std_Acc1298_Mean_Mem40_Flux numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Std_Mem40_Centroid numeric +@attribute Std_Acc1298_Std_Mem40_Rolloff numeric +@attribute Std_Acc1298_Std_Mem40_Flux numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute BH_LowPeakAmp numeric +@attribute BH_LowPeakBPM numeric +@attribute BH_HighPeakAmp numeric +@attribute BH_HighPeakBPM numeric +@attribute BHSUM1 numeric +@attribute BHSUM2 numeric +@attribute BHSUM3 numeric +@attribute amazed-suprised {0,1} +@attribute happy-pleased {0,1} +@attribute relaxing-clam {0,1} +@attribute quiet-still {0,1} +@attribute sad-lonely {0,1} +@attribute angry-aggresive {0,1} + +@data + +0.221018,0.125829,0.175673,0.636171,0.374229,0.5367,0.443909,0.388533,0.400902,0.329176,0.450092,0.335534,0.629748,0.610383,0.365428,0.445289,0.161134,0.188892,0.100932,0.168674,0.24387,0.230896,0.133842,0.198432,0.137921,0.27538,0.274092,0.233685,0.433426,0.580933,0.766817,0.47904,0.129016,0.244254,0.090994,0.138504,0.244921,0.095085,0.153084,0.168173,0.237503,0.104153,0.124729,0.098284,0.168759,0.235155,0.274645,0.127042,0.301243,0.29945,0.886401,0.446515,0.298415,0.174361,0.121881,0.174198,0.167232,0.207009,0.23308,0.157767,0.235918,0.248503,0.322752,0.286505,0.133697,0.333333,0.206725,0.315789,0.290841,0.193127,0.403205,0,1,1,0,0,0 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numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Mean_Acc1298_Std_Mem40_Centroid numeric +@attribute Mean_Acc1298_Std_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Std_Mem40_Flux numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Mean_Mem40_Centroid numeric +@attribute Std_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Std_Acc1298_Mean_Mem40_Flux numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Std_Mem40_Centroid numeric +@attribute Std_Acc1298_Std_Mem40_Rolloff numeric +@attribute Std_Acc1298_Std_Mem40_Flux numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute BH_LowPeakAmp numeric +@attribute BH_LowPeakBPM numeric +@attribute BH_HighPeakAmp numeric +@attribute BH_HighPeakBPM numeric +@attribute BHSUM1 numeric +@attribute BHSUM2 numeric +@attribute BHSUM3 numeric +@attribute amazed-suprised {0,1} +@attribute happy-pleased {0,1} +@attribute relaxing-clam {0,1} +@attribute quiet-still {0,1} +@attribute sad-lonely {0,1} +@attribute angry-aggresive {0,1} + +@data + 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+@attribute sad-lonely {0,1} +@attribute angry-aggresive {0,1} +@attribute Mean_Acc1298_Mean_Mem40_Centroid numeric +@attribute Mean_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Mean_Mem40_Flux numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Mean_Acc1298_Std_Mem40_Centroid numeric +@attribute Mean_Acc1298_Std_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Std_Mem40_Flux numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Mean_Mem40_Centroid numeric +@attribute Std_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Std_Acc1298_Mean_Mem40_Flux numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Std_Mem40_Centroid numeric +@attribute Std_Acc1298_Std_Mem40_Rolloff numeric +@attribute Std_Acc1298_Std_Mem40_Flux numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute BH_LowPeakAmp numeric +@attribute BH_LowPeakBPM numeric +@attribute BH_HighPeakAmp numeric +@attribute BH_HighPeakBPM numeric +@attribute BHSUM1 numeric +@attribute BHSUM2 numeric +@attribute BHSUM3 numeric + +@data + 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+0,1,0,0,0,0,0.340115,0.155225,0.108587,0.574244,0.573636,0.198662,0.512713,0.437441,0.38829,0.305639,0.497176,0.277949,0.581723,0.418013,0.316509,0.23469,0.081273,0.057166,0.032126,0.099072,0.083239,0.060692,0.068112,0.145098,0.222595,0.306462,0.292738,0.242661,0.387068,0.393662,0.393684,0.239699,0.046443,0.072607,0.107315,0.317136,0.244426,0.144297,0.140506,0.252652,0.208696,0.283005,0.333748,0.23356,0.381763,0.316415,0.275767,0.124532,0.292705,0.214859,0.923425,0.504737,0.261283,0.177387,0.142609,0.077298,0.167279,0.205421,0.167268,0.282384,0.259853,0.24084,0.09369,0.128566,0.033192,0.666667,0.004016,0.631579,0.048647,0.131727,0.121288 diff --git a/bin/test/meka/classifiers/multilabel/BCC.ref b/bin/test/meka/classifiers/multilabel/BCC.ref new file mode 100644 index 00000000..762fe299 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/BCC.ref @@ -0,0 +1,456 @@ +== Model info + +Model +meka.classifiers.multilabel.BCC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25087 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25087 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.791859: 1 (26.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.791859: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (13.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.365321 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.471527 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.092078: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.092078 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.156562: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.156562 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.51788: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.51788: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763: 0 (25.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.471527: 1 (10.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.365321: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 0 (117.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.332043 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.565512 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.462412: 0 (21.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.462412 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.390197: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.390197: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.565512: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072788 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.463995: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.463995: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072788: 0 (103.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.113227: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.113227 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (3.0) +| | | | | | | BH_LowPeakBPM > 0.111111: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.332043 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309785 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.657953: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.657953: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309785: 0 (13.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543 +| | | | BH_LowPeakAmp <= 0.198356: 0 (3.0) +| | | | BH_LowPeakAmp > 0.198356: 1 (11.0/1.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multilabel.BCC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 0 (36.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (31.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | BH_LowPeakBPM <= 0.111111: 0 (10.0) +| | | | | BH_LowPeakBPM > 0.111111 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.07529: 0 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.07529 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.082247: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.082247 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.184785: 0 (15.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.184785: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.248081: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.248081 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.16608: 0 (8.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.16608: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292763: 1 (23.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292763 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.349755: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.349755: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935 +| | | | | | | | | BH_LowPeakBPM <= 0.666667: 0 (16.0) +| | | | | | | | | BH_LowPeakBPM > 0.666667 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.337032: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.337032: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281 +| | | | | BHSUM1 <= 0.099943: 0 (2.0) +| | | | | BHSUM1 > 0.099943: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | relaxing-clam- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.381116 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.564878 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.339827: 0 (16.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.339827 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.435357 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.521011: 1 (8.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.521011: 0 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.435357 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.434648: 0 (14.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.434648: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.564878: 1 (6.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.381116 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.210625 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.632552: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.632552: 0 (16.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.210625: 0 (48.0) +| | | | relaxing-clam- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.147569: 1 (8.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.147569 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.172111: 1 (7.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.172111 +| | | | | | | BH_LowPeakBPM <= 0.253968 +| | | | | | | | BH_HighPeakBPM <= 0.120301: 0 (8.0) +| | | | | | | | BH_HighPeakBPM > 0.120301 +| | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (6.0) +| | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.429817 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.622447: 1 (6.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.622447: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.429817 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.502771 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.149881: 1 (3.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.149881: 0 (14.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.502771: 1 (2.0) +| | | | | | | BH_LowPeakBPM > 0.253968 +| | | | | | | | BHSUM2 <= 0.015128 +| | | | | | | | | BH_LowPeakBPM <= 0.412698: 0 (3.0) +| | | | | | | | | BH_LowPeakBPM > 0.412698: 1 (5.0/1.0) +| | | | | | | | BHSUM2 > 0.015128 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.216603 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.460282: 0 (12.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.460282: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.216603: 0 (49.0) + +Number of Leaves : 44 + +Size of the tree : 87 + + +meka.classifiers.multilabel.BCC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (47.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | | BH_LowPeakAmp <= 0.074064: 1 (8.0/1.0) +| | | BH_LowPeakAmp > 0.074064: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.47477 +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.11111 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.540599: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.540599: 1 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.11111 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.387657 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.299209: 1 (25.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.299209 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.181886: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.181886 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585818 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.275415: 1 (10.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.275415 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.573631 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.497666: 0 (3.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.497666: 1 (7.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.573631: 0 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585818: 1 (18.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.387657: 1 (48.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.47477 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.611786 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.108906: 0 (8.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.108906 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.482825 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.333808 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.2803: 1 (36.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.2803 +| | | | | | | | | | BHSUM1 <= 0.157937 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.408844: 1 (10.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.408844: 0 (7.0/1.0) +| | | | | | | | | | BHSUM1 > 0.157937: 1 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.333808 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.293861: 1 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.293861 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.090405: 1 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.090405: 0 (7.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.482825 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.127159: 1 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.127159: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.611786 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.183936 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.164855: 0 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.164855: 1 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.183936: 0 (14.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (18.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121824: 0 (111.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121824 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.060774: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.060774 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589: 0 (27.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 1 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 34 + +Size of the tree : 67 + + +meka.classifiers.multilabel.BCC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.251971 +| | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.307419 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.372821 +| | | | | angry-aggresive- = 0 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.272351: 1 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.272351 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.513094: 0 (17.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.513094 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.320443: 0 (5.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.320443: 1 (5.0/1.0) +| | | | | angry-aggresive- = 1: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.372821: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.307419: 1 (11.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.251971 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.491812 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.467411: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.467411 +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.121323: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.121323 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.46309: 1 (30.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.46309: 0 (3.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.491812: 1 (51.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (27.0/1.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.632552 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.154181: 0 (60.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.154181 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.3985 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.458346: 0 (8.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.458346: 1 (5.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.3985 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.502771: 0 (30.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.502771: 1 (3.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.632552: 0 (196.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.583054 +| | | BHSUM3 <= 0.077388: 1 (3.0) +| | | BHSUM3 > 0.077388: 0 (13.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.583054: 1 (5.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.BCC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.139464: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.139464 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.35407 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.439508 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.260476 +| | | | | BH_LowPeakBPM <= 0.095238: 1 (5.0/1.0) +| | | | | BH_LowPeakBPM > 0.095238: 0 (20.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.260476: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.439508: 1 (10.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.35407 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.137354: 0 (4.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.137354: 1 (60.0/2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.156242 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.047203 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.298469: 0 (11.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.298469: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.047203: 0 (103.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.156242 +| | BH_HighPeakBPM <= 0.406015 +| | | BH_LowPeakBPM <= 0.301587 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.314687 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.625592 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.47271 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.462982: 0 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.462982 +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.308331: 0 (11.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.308331 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.218912: 0 (5.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.218912: 1 (9.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.47271: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.625592: 0 (15.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.314687: 0 (39.0/1.0) +| | | BH_LowPeakBPM > 0.301587 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.171399: 0 (14.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.171399 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.421766 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.180628: 1 (16.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.180628 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.536043: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.536043: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.421766: 0 (6.0) +| | BH_HighPeakBPM > 0.406015 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.412267 +| | | | BH_LowPeakAmp <= 0.056409 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.498845 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.578563 +| | | | | | | BH_LowPeakAmp <= 0.008161: 1 (2.0) +| | | | | | | BH_LowPeakAmp > 0.008161: 0 (34.0/3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.578563: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.498845: 1 (4.0) +| | | | BH_LowPeakAmp > 0.056409: 0 (34.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.412267: 0 (39.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.BCC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.171535 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.476219 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.170377 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.433263 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.391808 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.228531 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.51942: 1 (35.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.51942 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.159007: 1 (8.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.159007: 0 (8.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.228531 +| | | | | | | BHSUM1 <= 0.370239 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.24638: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.24638 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.065075: 1 (12.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.065075 +| | | | | | | | | | BH_HighPeakBPM <= 0.360902 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.317405: 1 (3.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.317405 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.102109: 0 (8.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.102109: 1 (4.0/1.0) +| | | | | | | | | | BH_HighPeakBPM > 0.360902: 1 (13.0/1.0) +| | | | | | | BHSUM1 > 0.370239 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.036421: 1 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.036421 +| | | | | | | | | BH_LowPeakBPM <= 0.126984: 1 (2.0) +| | | | | | | | | BH_LowPeakBPM > 0.126984: 0 (23.0/2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.391808: 0 (7.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.433263: 1 (15.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.170377 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.170371: 0 (21.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.170371 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.513891 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.060409: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.060409 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.64477 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.091007: 0 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.091007: 1 (11.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.64477: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.513891: 0 (6.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.476219: 1 (48.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.171535 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.086783: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.086783: 0 (36.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (36.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (171.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.BCC +Options [-X, Ibf, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info [0, 2, 1, 4, 5, 3] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/BPNN.ref b/bin/test/meka/classifiers/multilabel/BPNN.ref new file mode 100644 index 00000000..34d4ca0a --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/BPNN.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.BPNN +Options [-H, 10, -E, 100, -r, 0.1, -m, 0.1, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info h=10, E=100 +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/BR.ref b/bin/test/meka/classifiers/multilabel/BR.ref new file mode 100644 index 00000000..95be6fbf --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/BR.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.BR +Options [-W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/BRq.ref b/bin/test/meka/classifiers/multilabel/BRq.ref new file mode 100644 index 00000000..b3531866 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/BRq.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.BRq +Options [-P, 0.75, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/CC.ref b/bin/test/meka/classifiers/multilabel/CC.ref new file mode 100644 index 00000000..9e9376a5 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/CC.ref @@ -0,0 +1,456 @@ +== Model info + +Model +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25087 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25087 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.791859: 1 (26.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.791859: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (13.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.365321 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.471527 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.092078: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.092078 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.156562: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.156562 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.51788: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.51788: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763: 0 (25.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.471527: 1 (10.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.365321: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 0 (117.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.332043 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.565512 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.462412: 0 (21.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.462412 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.390197: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.390197: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.565512: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072788 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.463995: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.463995: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072788: 0 (103.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.113227: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.113227 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (3.0) +| | | | | | | BH_LowPeakBPM > 0.111111: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.332043 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309785 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.657953: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.657953: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309785: 0 (13.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543 +| | | | BH_LowPeakAmp <= 0.198356: 0 (3.0) +| | | | BH_LowPeakAmp > 0.198356: 1 (11.0/1.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 0 (36.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (31.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | BH_LowPeakBPM <= 0.111111: 0 (10.0) +| | | | | BH_LowPeakBPM > 0.111111 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.07529: 0 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.07529 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.082247: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.082247 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.184785: 0 (15.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.184785: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.248081: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.248081 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.16608: 0 (8.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.16608: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292763: 1 (23.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292763 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.349755: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.349755: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935 +| | | | | | | | | BH_LowPeakBPM <= 0.666667: 0 (16.0) +| | | | | | | | | BH_LowPeakBPM > 0.666667 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.337032: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.337032: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281 +| | | | | BHSUM1 <= 0.099943: 0 (2.0) +| | | | | BHSUM1 > 0.099943: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.60961: 0 (49.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.60961 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.634682: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.634682: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.215319 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.19897: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.19897 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.272647 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.254213 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.468044: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.468044 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.254213: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.272647 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.423528 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.19282: 0 (23.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.19282 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.673533 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.340063: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.340063 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238 +| | | | | | | | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (3.0) +| | | | | | | | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.488621: 0 (13.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.488621: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 0 (22.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.673533: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.423528: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.215319 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.678322: 1 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.678322: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 0 (17.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.235533 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.300987 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 1 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.300987: 1 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.235533: 0 (20.0/1.0) + +Number of Leaves : 44 + +Size of the tree : 87 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (47.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | | BH_LowPeakAmp <= 0.074064: 1 (8.0/1.0) +| | | BH_LowPeakAmp > 0.074064: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795 +| | | | happy-pleased- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.47477 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.093861: 0 (6.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.093861 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.229801: 1 (29.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.229801 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.304422 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.521198 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585418: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585418: 1 (5.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.521198 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.126911: 0 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.126911: 1 (13.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.304422: 1 (28.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.47477 +| | | | | | BHSUM3 <= 0.050393: 0 (7.0) +| | | | | | BHSUM3 > 0.050393 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.25455 +| | | | | | | | BH_HighPeakBPM <= 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.348523: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.348523 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.142582: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.142582 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.53614: 1 (28.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.53614: 0 (3.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.32499: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.32499 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.129771: 0 (5.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.129771 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.708545 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.311456: 0 (5.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.311456 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.209743: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.209743 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.088329 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.009323: 1 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.009323: 0 (2.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.088329: 1 (22.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.708545: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.25455: 0 (5.0) +| | | | happy-pleased- = 1 +| | | | | BHSUM2 <= 0.195962: 1 (49.0) +| | | | | BHSUM2 > 0.195962 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.370678: 0 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.370678: 1 (13.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (18.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121824: 0 (111.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121824 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | happy-pleased- = 0: 0 (16.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.236267: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.236267 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.183372: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.183372: 0 (10.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 36 + +Size of the tree : 71 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.459437: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.459437: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.449254 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.475707: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.475707: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.449254: 1 (94.0/2.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (22.0/1.0) +| amazed-suprised- = 1: 0 (17.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (214.0) +| | relaxing-clam- = 1 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.483131: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.483131: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.34292: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.34292: 1 (4.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.548333: 0 (40.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.548333: 1 (3.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.185862: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.185862 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.564216: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.564216: 1 (2.0) +| | happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | relaxing-clam- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.301923 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.174982 +| | | | | | BHSUM1 <= 0.184166: 0 (8.0) +| | | | | | BHSUM1 > 0.184166: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.174982 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.411047: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.411047: 1 (12.0) +| | | | amazed-suprised- = 1 +| | | | | BH_HighPeakAmp <= 0.097743: 0 (21.0) +| | | | | BH_HighPeakAmp > 0.097743 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502689 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.426252: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.426252 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.25777: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.25777: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502689: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.301923: 0 (112.0/3.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.489365: 0 (11.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.489365 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.155423: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.155423 +| | | | | BH_HighPeakAmp <= 0.334574 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40569: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40569 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.31743 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.478139: 0 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.478139 +| | | | | | | | | BHSUM1 <= 0.271004 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.526906: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.526906: 0 (2.0) +| | | | | | | | | BHSUM1 > 0.271004: 0 (8.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.31743: 1 (5.0) +| | | | | BH_HighPeakAmp > 0.334574: 1 (4.0) +| happy-pleased- = 1: 0 (128.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.101394 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.227777: 0 (6.0/1.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.227777: 1 (77.0/6.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.101394 +| | | BH_LowPeakAmp <= 0.008701: 1 (5.0) +| | | BH_LowPeakAmp > 0.008701 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.427854: 1 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.427854 +| | | | | relaxing-clam- = 0 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.369251: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.369251: 1 (2.0) +| | | | | relaxing-clam- = 1: 0 (14.0) +| happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (63.0) +| | | | amazed-suprised- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.171535 +| | | | | | BHSUM3 <= 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.501619: 1 (31.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.501619 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.356511: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.356511 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.30497: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.30497: 1 (7.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.468649: 1 (25.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.468649 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.561516: 0 (4.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.561516: 1 (4.0) +| | | | | | BHSUM3 > 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.592453: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.592453: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.171535: 0 (5.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.246989 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.330108 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.835713: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.835713: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.330108: 0 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.246989: 1 (6.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.366876 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.07883 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.07883: 0 (35.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.366876 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.196681 +| | | | | BH_HighPeakBPM <= 0.721805: 0 (12.0/1.0) +| | | | | BH_HighPeakBPM > 0.721805: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.196681: 1 (4.0) +| quiet-still- = 1: 0 (36.0/1.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (36.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (171.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.CC +Options [-S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info [0, 1, 2, 3, 4, 5] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/CCq.ref b/bin/test/meka/classifiers/multilabel/CCq.ref new file mode 100644 index 00000000..ecd76232 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/CCq.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.CCq +Options [-P, 0.75, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/CDN.ref b/bin/test/meka/classifiers/multilabel/CDN.ref new file mode 100644 index 00000000..4dddac35 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/CDN.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.CDN +Options [-I, 1000, -Ic, 100, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/CDT.ref b/bin/test/meka/classifiers/multilabel/CDT.ref new file mode 100644 index 00000000..579b63bf --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/CDT.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.CDT +Options [-H, -1, -L, 1, -X, None, -I, 1000, -Ic, 100, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/CT.ref b/bin/test/meka/classifiers/multilabel/CT.ref new file mode 100644 index 00000000..ef4e5a20 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/CT.ref @@ -0,0 +1,474 @@ +== Model info + +Model +meka.classifiers.multilabel.CT: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25087 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25087 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.791859: 1 (26.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.791859: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (13.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.365321 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.471527 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.092078: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.092078 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.156562: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.156562 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.51788: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.51788: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763: 0 (25.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.471527: 1 (10.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.365321: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 0 (117.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.332043 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.565512 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.462412: 0 (21.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.462412 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.390197: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.390197: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.565512: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072788 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.463995: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.463995: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072788: 0 (103.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.113227: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.113227 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (3.0) +| | | | | | | BH_LowPeakBPM > 0.111111: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.332043 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309785 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.657953: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.657953: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309785: 0 (13.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543 +| | | | BH_LowPeakAmp <= 0.198356: 0 (3.0) +| | | | BH_LowPeakAmp > 0.198356: 1 (11.0/1.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multilabel.CT: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 0 (36.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (31.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | BH_LowPeakBPM <= 0.111111: 0 (10.0) +| | | | | BH_LowPeakBPM > 0.111111 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.07529: 0 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.07529 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.082247: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.082247 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.184785: 0 (15.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.184785: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.248081: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.248081 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.16608: 0 (8.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.16608: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292763: 1 (23.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292763 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.349755: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.349755: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935 +| | | | | | | | | BH_LowPeakBPM <= 0.666667: 0 (16.0) +| | | | | | | | | BH_LowPeakBPM > 0.666667 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.337032: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.337032: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281 +| | | | | BHSUM1 <= 0.099943: 0 (2.0) +| | | | | BHSUM1 > 0.099943: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.60961: 0 (49.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.60961 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.634682: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.634682: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.215319 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.19897: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.19897 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.272647 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.254213 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.468044: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.468044 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.254213: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.272647 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.423528 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.19282: 0 (23.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.19282 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.673533 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.340063: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.340063 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238 +| | | | | | | | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (3.0) +| | | | | | | | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.488621: 0 (13.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.488621: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 0 (22.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.673533: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.423528: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.215319 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.678322: 1 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.678322: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 0 (17.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.235533 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.300987 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 1 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.300987: 1 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.235533: 0 (20.0/1.0) + +Number of Leaves : 44 + +Size of the tree : 87 + + +meka.classifiers.multilabel.CT: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (47.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | | BH_LowPeakAmp <= 0.074064: 1 (8.0/1.0) +| | | BH_LowPeakAmp > 0.074064: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.47477 +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.11111 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.540599: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.540599: 1 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.11111 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.387657 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.299209: 1 (25.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.299209 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.181886: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.181886 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585818 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.275415: 1 (10.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.275415 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.573631 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.497666: 0 (3.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.497666: 1 (7.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.573631: 0 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585818: 1 (18.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.387657: 1 (48.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.47477 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.611786 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.108906: 0 (8.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.108906 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.482825 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.333808 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.2803: 1 (36.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.2803 +| | | | | | | | | | BHSUM1 <= 0.157937 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.408844: 1 (10.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.408844: 0 (7.0/1.0) +| | | | | | | | | | BHSUM1 > 0.157937: 1 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.333808 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.293861: 1 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.293861 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.090405: 1 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.090405: 0 (7.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.482825 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.127159: 1 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.127159: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.611786 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.183936 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.164855: 0 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.164855: 1 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.183936: 0 (14.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (18.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121824: 0 (111.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121824 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.060774: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.060774 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589: 0 (27.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 1 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 34 + +Size of the tree : 67 + + +meka.classifiers.multilabel.CT: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | happy-pleased- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.064635: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.064635 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.45037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.475707: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.475707: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.45037 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.102435 +| | | | | | BH_LowPeakAmp <= 0.081941 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.63236: 1 (18.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.63236: 0 (2.0) +| | | | | | BH_LowPeakAmp > 0.081941: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.102435: 1 (80.0/1.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (18.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (27.0/1.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (214.0) +| | relaxing-clam- = 1 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.483131: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.483131: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.34292: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.34292: 1 (4.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.548333: 0 (40.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.548333: 1 (3.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.185862: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.185862 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.564216: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.564216: 1 (2.0) +| | happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CT: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.139464: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.139464 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.35407 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.439508 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.260476 +| | | | | BH_LowPeakBPM <= 0.095238: 1 (5.0/1.0) +| | | | | BH_LowPeakBPM > 0.095238: 0 (20.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.260476: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.439508: 1 (10.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.35407 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.137354: 0 (4.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.137354: 1 (60.0/2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.156242 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.047203 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.298469: 0 (11.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.298469: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.047203: 0 (103.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.156242 +| | BH_HighPeakBPM <= 0.406015 +| | | BH_LowPeakBPM <= 0.301587 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.314687 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.625592 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.47271 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.462982: 0 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.462982 +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.308331: 0 (11.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.308331 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.218912: 0 (5.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.218912: 1 (9.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.47271: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.625592: 0 (15.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.314687: 0 (39.0/1.0) +| | | BH_LowPeakBPM > 0.301587 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.171399: 0 (14.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.171399 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.421766 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.180628: 1 (16.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.180628 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.536043: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.536043: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.421766: 0 (6.0) +| | BH_HighPeakBPM > 0.406015 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.412267 +| | | | BH_LowPeakAmp <= 0.056409 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.498845 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.578563 +| | | | | | | BH_LowPeakAmp <= 0.008161: 1 (2.0) +| | | | | | | BH_LowPeakAmp > 0.008161: 0 (34.0/3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.578563: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.498845: 1 (4.0) +| | | | BH_LowPeakAmp > 0.056409: 0 (34.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.412267: 0 (39.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CT: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.704861 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.145508 +| | | | BH_HighPeakBPM <= 0.503759 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.025176: 1 (11.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.025176 +| | | | | | sad-lonely- = 0 +| | | | | | | BHSUM1 <= 0.370525 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.160722 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.109233 +| | | | | | | | | | BHSUM3 <= 0.212759: 1 (11.0) +| | | | | | | | | | BHSUM3 > 0.212759 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.313427 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.15389: 0 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.15389: 1 (8.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.313427: 0 (5.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.109233: 1 (20.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.160722 +| | | | | | | | | BHSUM2 <= 0.289251: 0 (9.0) +| | | | | | | | | BHSUM2 > 0.289251: 1 (4.0) +| | | | | | | BHSUM1 > 0.370525 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.245387 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.159007: 1 (5.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.159007 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.64551: 0 (18.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.64551 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.095515: 1 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.095515 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.474534: 0 (11.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.474534: 1 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.245387: 1 (7.0) +| | | | | | sad-lonely- = 1 +| | | | | | | BH_HighPeakAmp <= 0: 1 (3.0) +| | | | | | | BH_HighPeakAmp > 0 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.40921: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.40921: 0 (7.0) +| | | | BH_HighPeakBPM > 0.503759: 1 (31.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.145508 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.209833 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.348299: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.348299: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.209833 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.120315 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.279445: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.279445: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.120315: 0 (20.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.704861: 1 (18.0) +| quiet-still- = 1: 0 (14.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.396559 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.074965 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.195874: 0 (2.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.195874: 1 (8.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.074965 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.743176 +| | | | BH_LowPeakBPM <= 0: 1 (4.0/1.0) +| | | | BH_LowPeakBPM > 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.079576: 1 (5.0/2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.079576 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.5507: 0 (54.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.5507 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.138614: 1 (5.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.138614: 0 (8.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.743176: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.396559 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.101917 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.705803: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.705803: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.101917: 0 (164.0) + +Number of Leaves : 36 + +Size of the tree : 71 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.CT +Options [-H, -1, -L, 1, -X, Ibf, -Is, 0, -Iy, 10, -P, Exact match, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info 0.0 +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/DBPNN.ref b/bin/test/meka/classifiers/multilabel/DBPNN.ref new file mode 100644 index 00000000..daa40e95 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/DBPNN.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.DBPNN +Options [-N, 2, -H, 10, -E, 1000, -r, 0.1, -m, 0.1, -W, meka.classifiers.multilabel.BPNN, --, -H, 10, -E, 100, -r, 0.1, -m, 0.1, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info h=10, E=1000 +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/FW.ref b/bin/test/meka/classifiers/multilabel/FW.ref new file mode 100644 index 00000000..79791e65 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/FW.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.FW +Options [-W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/LC.ref b/bin/test/meka/classifiers/multilabel/LC.ref new file mode 100644 index 00000000..a1f75fd4 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/LC.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.LC +Options [-W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info K = 27, N = 491 +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/MCC.ref b/bin/test/meka/classifiers/multilabel/MCC.ref new file mode 100644 index 00000000..5aa2008b --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/MCC.ref @@ -0,0 +1,456 @@ +== Model info + +Model +meka.classifiers.multilabel.MCC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25087 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25087 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.791859: 1 (26.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.791859: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (13.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.365321 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.471527 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.092078: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.092078 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.156562: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.156562 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.51788: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.51788: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763: 0 (25.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.471527: 1 (10.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.365321: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 0 (117.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.332043 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.565512 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.462412: 0 (21.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.462412 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.390197: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.390197: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.565512: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072788 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.463995: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.463995: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072788: 0 (103.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.113227: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.113227 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (3.0) +| | | | | | | BH_LowPeakBPM > 0.111111: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.332043 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309785 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.657953: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.657953: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309785: 0 (13.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543 +| | | | BH_LowPeakAmp <= 0.198356: 0 (3.0) +| | | | BH_LowPeakAmp > 0.198356: 1 (11.0/1.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multilabel.MCC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 0 (36.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (31.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | BH_LowPeakBPM <= 0.111111: 0 (10.0) +| | | | | BH_LowPeakBPM > 0.111111 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.07529: 0 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.07529 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.082247: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.082247 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.184785: 0 (15.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.184785: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.248081: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.248081 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.16608: 0 (8.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.16608: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292763: 1 (23.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292763 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.349755: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.349755: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935 +| | | | | | | | | BH_LowPeakBPM <= 0.666667: 0 (16.0) +| | | | | | | | | BH_LowPeakBPM > 0.666667 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.337032: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.337032: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281 +| | | | | BHSUM1 <= 0.099943: 0 (2.0) +| | | | | BHSUM1 > 0.099943: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.60961: 0 (49.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.60961 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.634682: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.634682: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.215319 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.19897: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.19897 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.272647 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.254213 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.468044: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.468044 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.254213: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.272647 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.423528 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.19282: 0 (23.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.19282 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.673533 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.340063: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.340063 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238 +| | | | | | | | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (3.0) +| | | | | | | | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.488621: 0 (13.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.488621: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 0 (22.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.673533: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.423528: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.215319 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.678322: 1 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.678322: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 0 (17.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.235533 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.300987 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 1 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.300987: 1 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.235533: 0 (20.0/1.0) + +Number of Leaves : 44 + +Size of the tree : 87 + + +meka.classifiers.multilabel.MCC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (47.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | | BH_LowPeakAmp <= 0.074064: 1 (8.0/1.0) +| | | BH_LowPeakAmp > 0.074064: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795 +| | | | happy-pleased- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.47477 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.093861: 0 (6.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.093861 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.229801: 1 (29.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.229801 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.304422 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.521198 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585418: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585418: 1 (5.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.521198 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.126911: 0 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.126911: 1 (13.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.304422: 1 (28.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.47477 +| | | | | | BHSUM3 <= 0.050393: 0 (7.0) +| | | | | | BHSUM3 > 0.050393 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.25455 +| | | | | | | | BH_HighPeakBPM <= 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.348523: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.348523 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.142582: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.142582 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.53614: 1 (28.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.53614: 0 (3.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.32499: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.32499 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.129771: 0 (5.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.129771 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.708545 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.311456: 0 (5.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.311456 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.209743: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.209743 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.088329 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.009323: 1 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.009323: 0 (2.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.088329: 1 (22.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.708545: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.25455: 0 (5.0) +| | | | happy-pleased- = 1 +| | | | | BHSUM2 <= 0.195962: 1 (49.0) +| | | | | BHSUM2 > 0.195962 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.370678: 0 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.370678: 1 (13.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (18.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121824: 0 (111.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121824 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | happy-pleased- = 0: 0 (16.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.236267: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.236267 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.183372: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.183372: 0 (10.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 36 + +Size of the tree : 71 + + +meka.classifiers.multilabel.MCC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.459437: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.459437: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.449254 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.475707: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.475707: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.449254: 1 (94.0/2.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (22.0/1.0) +| amazed-suprised- = 1: 0 (17.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (214.0) +| | relaxing-clam- = 1 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.483131: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.483131: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.34292: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.34292: 1 (4.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.548333: 0 (40.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.548333: 1 (3.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.185862: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.185862 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.564216: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.564216: 1 (2.0) +| | happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.MCC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | relaxing-clam- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.301923 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.174982 +| | | | | | BHSUM1 <= 0.184166: 0 (8.0) +| | | | | | BHSUM1 > 0.184166: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.174982 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.411047: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.411047: 1 (12.0) +| | | | amazed-suprised- = 1 +| | | | | BH_HighPeakAmp <= 0.097743: 0 (21.0) +| | | | | BH_HighPeakAmp > 0.097743 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502689 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.426252: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.426252 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.25777: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.25777: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502689: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.301923: 0 (112.0/3.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.489365: 0 (11.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.489365 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.155423: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.155423 +| | | | | BH_HighPeakAmp <= 0.334574 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40569: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40569 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.31743 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.478139: 0 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.478139 +| | | | | | | | | BHSUM1 <= 0.271004 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.526906: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.526906: 0 (2.0) +| | | | | | | | | BHSUM1 > 0.271004: 0 (8.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.31743: 1 (5.0) +| | | | | BH_HighPeakAmp > 0.334574: 1 (4.0) +| happy-pleased- = 1: 0 (128.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.101394 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.227777: 0 (6.0/1.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.227777: 1 (77.0/6.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.101394 +| | | BH_LowPeakAmp <= 0.008701: 1 (5.0) +| | | BH_LowPeakAmp > 0.008701 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.427854: 1 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.427854 +| | | | | relaxing-clam- = 0 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.369251: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.369251: 1 (2.0) +| | | | | relaxing-clam- = 1: 0 (14.0) +| happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.MCC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (63.0) +| | | | amazed-suprised- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.171535 +| | | | | | BHSUM3 <= 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.501619: 1 (31.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.501619 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.356511: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.356511 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.30497: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.30497: 1 (7.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.468649: 1 (25.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.468649 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.561516: 0 (4.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.561516: 1 (4.0) +| | | | | | BHSUM3 > 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.592453: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.592453: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.171535: 0 (5.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.246989 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.330108 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.835713: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.835713: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.330108: 0 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.246989: 1 (6.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.366876 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.07883 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.07883: 0 (35.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.366876 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.196681 +| | | | | BH_HighPeakBPM <= 0.721805: 0 (12.0/1.0) +| | | | | BH_HighPeakBPM > 0.721805: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.196681: 1 (4.0) +| quiet-still- = 1: 0 (36.0/1.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (36.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (171.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.MCC +Options [-Is, 0, -Iy, 10, -P, Exact match, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info [0, 1, 2, 3, 4, 5] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/MLCBMaD.ref b/bin/test/meka/classifiers/multilabel/MLCBMaD.ref new file mode 100644 index 00000000..428ab392 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/MLCBMaD.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.MLCBMaD +Options [-size, 5, -threshold, 0.5, -W, meka.classifiers.multilabel.BR, --, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/MULAN.ref b/bin/test/meka/classifiers/multilabel/MULAN.ref new file mode 100644 index 00000000..aefe9822 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/MULAN.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.MULAN +Options [-S, RAkEL1, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/MajorityLabelset.ref b/bin/test/meka/classifiers/multilabel/MajorityLabelset.ref new file mode 100644 index 00000000..b724a122 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/MajorityLabelset.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.MajorityLabelset +Options [] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/Maniac.ref b/bin/test/meka/classifiers/multilabel/Maniac.ref new file mode 100644 index 00000000..a81fc87e --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/Maniac.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.Maniac +Options [-compression, 0.85, -numberAutoencoders, 1, -W, meka.classifiers.multitarget.CR, --, -W, weka.classifiers.functions.LinearRegression, --, -S, 0, -R, 1.0E-8, -num-decimal-places, 4] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/PCC.ref b/bin/test/meka/classifiers/multilabel/PCC.ref new file mode 100644 index 00000000..afaeef0c --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/PCC.ref @@ -0,0 +1,456 @@ +== Model info + +Model +meka.classifiers.multilabel.PCC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25087 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25087 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.791859: 1 (26.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.791859: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (13.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.365321 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.471527 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.092078: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.092078 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.156562: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.156562 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.51788: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.51788: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763: 0 (25.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.471527: 1 (10.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.365321: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 0 (117.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.332043 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.565512 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.462412: 0 (21.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.462412 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.390197: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.390197: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.565512: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072788 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.463995: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.463995: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072788: 0 (103.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.113227: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.113227 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (3.0) +| | | | | | | BH_LowPeakBPM > 0.111111: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.332043 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309785 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.657953: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.657953: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309785: 0 (13.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543 +| | | | BH_LowPeakAmp <= 0.198356: 0 (3.0) +| | | | BH_LowPeakAmp > 0.198356: 1 (11.0/1.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multilabel.PCC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 0 (36.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (31.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | BH_LowPeakBPM <= 0.111111: 0 (10.0) +| | | | | BH_LowPeakBPM > 0.111111 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.07529: 0 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.07529 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.082247: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.082247 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.184785: 0 (15.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.184785: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.248081: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.248081 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.16608: 0 (8.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.16608: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292763: 1 (23.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292763 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.349755: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.349755: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935 +| | | | | | | | | BH_LowPeakBPM <= 0.666667: 0 (16.0) +| | | | | | | | | BH_LowPeakBPM > 0.666667 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.337032: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.337032: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281 +| | | | | BHSUM1 <= 0.099943: 0 (2.0) +| | | | | BHSUM1 > 0.099943: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.60961: 0 (49.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.60961 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.634682: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.634682: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.215319 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.19897: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.19897 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.272647 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.254213 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.468044: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.468044 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.254213: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.272647 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.423528 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.19282: 0 (23.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.19282 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.673533 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.340063: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.340063 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238 +| | | | | | | | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (3.0) +| | | | | | | | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.488621: 0 (13.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.488621: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 0 (22.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.673533: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.423528: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.215319 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.678322: 1 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.678322: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 0 (17.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.235533 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.300987 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 1 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.300987: 1 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.235533: 0 (20.0/1.0) + +Number of Leaves : 44 + +Size of the tree : 87 + + +meka.classifiers.multilabel.PCC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (47.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | | BH_LowPeakAmp <= 0.074064: 1 (8.0/1.0) +| | | BH_LowPeakAmp > 0.074064: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795 +| | | | happy-pleased- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.47477 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.093861: 0 (6.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.093861 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.229801: 1 (29.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.229801 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.304422 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.521198 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585418: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585418: 1 (5.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.521198 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.126911: 0 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.126911: 1 (13.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.304422: 1 (28.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.47477 +| | | | | | BHSUM3 <= 0.050393: 0 (7.0) +| | | | | | BHSUM3 > 0.050393 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.25455 +| | | | | | | | BH_HighPeakBPM <= 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.348523: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.348523 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.142582: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.142582 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.53614: 1 (28.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.53614: 0 (3.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.32499: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.32499 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.129771: 0 (5.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.129771 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.708545 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.311456: 0 (5.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.311456 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.209743: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.209743 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.088329 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.009323: 1 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.009323: 0 (2.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.088329: 1 (22.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.708545: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.25455: 0 (5.0) +| | | | happy-pleased- = 1 +| | | | | BHSUM2 <= 0.195962: 1 (49.0) +| | | | | BHSUM2 > 0.195962 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.370678: 0 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.370678: 1 (13.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (18.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121824: 0 (111.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121824 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | happy-pleased- = 0: 0 (16.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.236267: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.236267 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.183372: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.183372: 0 (10.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 36 + +Size of the tree : 71 + + +meka.classifiers.multilabel.PCC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.459437: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.459437: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.449254 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.475707: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.475707: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.449254: 1 (94.0/2.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (22.0/1.0) +| amazed-suprised- = 1: 0 (17.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (214.0) +| | relaxing-clam- = 1 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.483131: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.483131: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.34292: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.34292: 1 (4.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.548333: 0 (40.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.548333: 1 (3.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.185862: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.185862 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.564216: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.564216: 1 (2.0) +| | happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.PCC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | relaxing-clam- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.301923 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.174982 +| | | | | | BHSUM1 <= 0.184166: 0 (8.0) +| | | | | | BHSUM1 > 0.184166: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.174982 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.411047: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.411047: 1 (12.0) +| | | | amazed-suprised- = 1 +| | | | | BH_HighPeakAmp <= 0.097743: 0 (21.0) +| | | | | BH_HighPeakAmp > 0.097743 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502689 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.426252: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.426252 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.25777: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.25777: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502689: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.301923: 0 (112.0/3.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.489365: 0 (11.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.489365 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.155423: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.155423 +| | | | | BH_HighPeakAmp <= 0.334574 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40569: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40569 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.31743 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.478139: 0 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.478139 +| | | | | | | | | BHSUM1 <= 0.271004 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.526906: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.526906: 0 (2.0) +| | | | | | | | | BHSUM1 > 0.271004: 0 (8.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.31743: 1 (5.0) +| | | | | BH_HighPeakAmp > 0.334574: 1 (4.0) +| happy-pleased- = 1: 0 (128.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.101394 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.227777: 0 (6.0/1.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.227777: 1 (77.0/6.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.101394 +| | | BH_LowPeakAmp <= 0.008701: 1 (5.0) +| | | BH_LowPeakAmp > 0.008701 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.427854: 1 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.427854 +| | | | | relaxing-clam- = 0 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.369251: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.369251: 1 (2.0) +| | | | | relaxing-clam- = 1: 0 (14.0) +| happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.PCC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (63.0) +| | | | amazed-suprised- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.171535 +| | | | | | BHSUM3 <= 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.501619: 1 (31.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.501619 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.356511: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.356511 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.30497: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.30497: 1 (7.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.468649: 1 (25.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.468649 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.561516: 0 (4.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.561516: 1 (4.0) +| | | | | | BHSUM3 > 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.592453: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.592453: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.171535: 0 (5.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.246989 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.330108 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.835713: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.835713: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.330108: 0 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.246989: 1 (6.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.366876 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.07883 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.07883: 0 (35.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.366876 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.196681 +| | | | | BH_HighPeakBPM <= 0.721805: 0 (12.0/1.0) +| | | | | BH_HighPeakBPM > 0.721805: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.196681: 1 (4.0) +| quiet-still- = 1: 0 (36.0/1.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (36.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (171.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.PCC +Options [-S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info [0, 1, 2, 3, 4, 5] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/PLST.ref b/bin/test/meka/classifiers/multilabel/PLST.ref new file mode 100644 index 00000000..82d3aa9a --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/PLST.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.PLST +Options [-size, 3, -W, meka.classifiers.multitarget.CR, --, -W, weka.classifiers.functions.LinearRegression, --, -S, 0, -R, 1.0E-8, -num-decimal-places, 4] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/PMCC.ref b/bin/test/meka/classifiers/multilabel/PMCC.ref new file mode 100644 index 00000000..c0ee086f --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/PMCC.ref @@ -0,0 +1,22 @@ +== Model info + +Model No model built yet +== Evaluation Info + +Classifier meka.classifiers.multilabel.PMCC +Options [-M, 10, -O, 0, -B, 0.03, -Is, 50, -Iy, 10, -P, Exact match, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info null +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/PS.ref b/bin/test/meka/classifiers/multilabel/PS.ref new file mode 100644 index 00000000..dc1660fa --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/PS.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.PS +Options [-P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/PSt.ref b/bin/test/meka/classifiers/multilabel/PSt.ref new file mode 100644 index 00000000..7d1bcda3 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/PSt.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.PSt +Options [-P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/RAkEL.ref b/bin/test/meka/classifiers/multilabel/RAkEL.ref new file mode 100644 index 00000000..830512de --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/RAkEL.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.RAkEL +Options [-M, 10, -k, 3, -P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info {[1, 2, 4][2, 3, 4][0, 3, 4][1, 3, 5][2, 4, 5][1, 2, 5][1, 2, 3][1, 3, 5][3, 4, 5][0, 1, 5]} +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/RAkELd.ref b/bin/test/meka/classifiers/multilabel/RAkELd.ref new file mode 100644 index 00000000..360d674a --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/RAkELd.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.RAkELd +Options [-k, 3, -P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info {[1, 2, 4][0, 3, 5]} +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/RT.ref b/bin/test/meka/classifiers/multilabel/RT.ref new file mode 100644 index 00000000..0a1700e1 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/RT.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.RT +Options [-W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/incremental/BRUpdateable.ref b/bin/test/meka/classifiers/multilabel/incremental/BRUpdateable.ref new file mode 100644 index 00000000..239568eb --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/incremental/BRUpdateable.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.incremental.BRUpdateable +Options [-W, weka.classifiers.trees.HoeffdingTree, --, -L, 2, -S, 1, -E, 1.0E-7, -H, 0.05, -M, 0.01, -G, 200.0, -N, 0.0] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/incremental/CCUpdateable.ref b/bin/test/meka/classifiers/multilabel/incremental/CCUpdateable.ref new file mode 100644 index 00000000..98ab7855 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/incremental/CCUpdateable.ref @@ -0,0 +1,22 @@ +== Model info + +Model No model built yet +== Evaluation Info + +Classifier meka.classifiers.multilabel.incremental.CCUpdateable +Options [-S, 0, -W, weka.classifiers.trees.HoeffdingTree, --, -L, 2, -S, 1, -E, 1.0E-7, -H, 0.05, -M, 0.01, -G, 200.0, -N, 0.0] +Additional Info null +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/incremental/MajorityLabelsetUpdateable.ref b/bin/test/meka/classifiers/multilabel/incremental/MajorityLabelsetUpdateable.ref new file mode 100644 index 00000000..7de7c127 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/incremental/MajorityLabelsetUpdateable.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.incremental.MajorityLabelsetUpdateable +Options [] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/incremental/PSUpdateable.ref b/bin/test/meka/classifiers/multilabel/incremental/PSUpdateable.ref new file mode 100644 index 00000000..e8bb004b --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/incremental/PSUpdateable.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.incremental.PSUpdateable +Options [-I, 1000, -support, 10, -P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.HoeffdingTree, --, -L, 2, -S, 1, -E, 1.0E-7, -H, 0.05, -M, 0.01, -G, 200.0, -N, 0.0] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/incremental/RTUpdateable.ref b/bin/test/meka/classifiers/multilabel/incremental/RTUpdateable.ref new file mode 100644 index 00000000..bba50318 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/incremental/RTUpdateable.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.incremental.RTUpdateable +Options [-W, weka.classifiers.trees.HoeffdingTree, --, -L, 2, -S, 1, -E, 1.0E-7, -H, 0.05, -M, 0.01, -G, 200.0, -N, 0.0] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/BaggingML.ref b/bin/test/meka/classifiers/multilabel/meta/BaggingML.ref new file mode 100644 index 00000000..a7693ce9 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/BaggingML.ref @@ -0,0 +1,3264 @@ +== Model info + +Model +meka.classifiers.multilabel.meta.BaggingML: Model #1 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.062609: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.062609 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.085235: 1 (37.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.085235 +| | | | | BH_LowPeakBPM <= 0.126984: 1 (16.0) +| | | | | BH_LowPeakBPM > 0.126984 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.46524 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.173605 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.307977 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.254326 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.139798 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.43009 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.171128: 1 (31.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.171128 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.505425: 1 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.505425: 0 (5.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.43009: 0 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.139798 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.134218: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.134218: 0 (12.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.254326: 0 (7.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.307977: 0 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.173605: 1 (30.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.46524: 0 (10.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.550262 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884: 0 (34.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.40629: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.40629: 1 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.550262: 1 (3.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.285892: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.285892 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.038976: 1 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.038976: 0 (45.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.209473 +| | BH_HighPeakAmp <= 0.038984: 0 (14.0) +| | BH_HighPeakAmp > 0.038984 +| | | sad-lonely- = 0: 1 (6.0) +| | | sad-lonely- = 1: 0 (2.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.209473 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.336869 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.338679: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.338679: 0 (7.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.336869: 0 (180.0/1.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Mean_Mem40_Centroid <= 0.25266 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.075313 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.185687: 0 (47.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.185687: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.075313 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.231562 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.363976: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.363976: 0 (28.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.231562 +| | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.037281: 1 (15.0) +| | | | Std_Acc1298_Mean_Mem40_Centroid > 0.037281 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.58792 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.062231: 0 (15.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.062231 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.332912 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.053199: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.053199 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.07409: 0 (5.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.07409 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.191358 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.186189 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.066702: 0 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.066702 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.298876: 1 (20.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.298876: 0 (3.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.186189: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.191358: 1 (53.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.332912 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.17008: 0 (17.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.17008 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.378935: 1 (10.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.378935 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.825112 +| | | | | | | | | | | BHSUM1 <= 0.020902: 1 (5.0) +| | | | | | | | | | | BHSUM1 > 0.020902 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.2296 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.184712 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.130768: 0 (4.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.130768: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.184712: 0 (25.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.2296 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.638742: 1 (11.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.638742: 0 (7.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.825112: 1 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.58792 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.156986: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.156986 +| | | | | | | BH_LowPeakBPM <= 0.15873 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.512752: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.512752: 0 (3.0) +| | | | | | | BH_LowPeakBPM > 0.15873: 0 (23.0) +| Std_Acc1298_Mean_Mem40_Centroid > 0.25266: 0 (33.0) +sad-lonely- = 1: 0 (140.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.109627 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.122423 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.627866: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.627866: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.122423: 0 (116.0) +Std_Acc1298_Mean_Mem40_MFCC_7 > 0.109627 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.081579: 0 (32.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.081579 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.110312 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.140396: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.140396: 0 (19.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.110312 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.234127 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.293291: 0 (13.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.293291: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.234127 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.851509 +| | | | | | BHSUM2 <= 0.268022 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.605375 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.564565 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.218647 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.386964: 1 (7.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.386964: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.218647 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.70408: 1 (152.0/3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.70408 +| | | | | | | | | | | BH_HighPeakBPM <= 0.421053: 1 (7.0) +| | | | | | | | | | | BH_HighPeakBPM > 0.421053: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.564565 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.241799: 1 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.241799: 0 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.605375 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.517785 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.194512: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.194512: 1 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.517785: 0 (8.0) +| | | | | | BHSUM2 > 0.268022 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.265536 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.167958: 0 (16.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.167958: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.265536: 1 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.851509 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.477852: 1 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.477852 +| | | | | | | BH_LowPeakAmp <= 0.014247: 1 (2.0) +| | | | | | | BH_LowPeakAmp > 0.014247: 0 (15.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.30849: 0 (37.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.30849: 1 (2.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.155448 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.170668 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.302253 +| | | | | sad-lonely- = 0: 0 (6.0/1.0) +| | | | | sad-lonely- = 1: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.302253: 1 (100.0/2.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.170668 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.465933: 0 (24.0/2.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.465933: 1 (7.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.36763: 0 (22.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.36763: 1 (4.0) +| amazed-suprised- = 1: 0 (14.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.155448 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.486461 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.672727: 0 (259.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.672727 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.164488: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.164488 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.674618: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.674618: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.486461 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.722982: 0 (14.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.722982: 1 (6.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.097773 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.094467: 0 (11.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.094467 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.374341 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.152256 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.451149 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.09124: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.09124 +| | | | | | BHSUM3 <= 0.076709 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.546357: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.546357: 0 (2.0) +| | | | | | BHSUM3 > 0.076709: 1 (34.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.451149 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.319273: 1 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.319273 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.496532: 0 (15.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.496532: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.152256: 0 (6.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.374341: 1 (33.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.097773 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.278622 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.038966 +| | | BH_LowPeakBPM <= 0.142857: 1 (2.0) +| | | BH_LowPeakBPM > 0.142857: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.038966: 0 (127.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.278622 +| | BHSUM3 <= 0.057093 +| | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.27632: 1 (10.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.27632: 0 (3.0) +| | BHSUM3 > 0.057093 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.201931 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.852536: 0 (65.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.852536 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.423468: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.423468: 0 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.201931 +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.137961: 0 (34.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.137961 +| | | | | BH_LowPeakBPM <= 0.174603: 0 (15.0) +| | | | | BH_LowPeakBPM > 0.174603 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.408677 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.157023: 1 (24.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.157023: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.408677 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.127159: 1 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.127159 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44194: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44194 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.315692 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.337936: 1 (8.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.337936 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.409839: 1 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.409839 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.512611 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.275672 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.333808: 1 (3.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.333808: 0 (2.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.275672: 0 (18.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.512611: 1 (3.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.315692: 0 (18.0) + +Number of Leaves : 31 + +Size of the tree : 61 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.475018 +| | happy-pleased- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.362829 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.179201: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.179201 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.502735: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.502735: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.541782 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.087013: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.087013: 1 (77.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.541782 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.573498: 1 (8.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.573498 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.60191: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.60191: 0 (12.0) +| | | | sad-lonely- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.727606 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.225772: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.225772: 0 (19.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.727606: 1 (8.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.362829: 0 (27.0/1.0) +| | happy-pleased- = 1 +| | | BHSUM3 <= 0.126293: 1 (4.0/1.0) +| | | BHSUM3 > 0.126293 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.125611: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.125611 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.085729 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.242453: 0 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.242453: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.085729: 0 (47.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.475018: 1 (35.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.085854 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.156952: 1 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.156952: 0 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.085854: 0 (201.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.meta.BaggingML: Model #2 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_9 <= 0.166935 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.186135 +| | Std_Acc1298_Std_Mem40_Flux <= 0.843976 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.490084: 0 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.490084: 1 (3.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.843976 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.293394 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.722933 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.091185 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.174692: 1 (10.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.174692: 0 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.091185: 1 (68.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.722933 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.235598: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.235598: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.293394: 0 (5.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.186135: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_9 > 0.166935 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.791142 +| | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.109499 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.536586: 1 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.536586: 0 (7.0) +| | Std_Acc1298_Std_Mem40_MFCC_3 > 0.109499 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.40699 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.243007 +| | | | | BH_HighPeakAmp <= 0.023816: 0 (23.0) +| | | | | BH_HighPeakAmp > 0.023816 +| | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.364261: 1 (13.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.364261: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.243007: 0 (218.0/3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.40699 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.687798 +| | | | | BH_HighPeakAmp <= 0.002477: 0 (6.0) +| | | | | BH_HighPeakAmp > 0.002477 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.079358: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.079358 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.374187 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.224895: 0 (3.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.224895: 1 (16.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.374187: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.687798: 0 (16.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.791142 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.169033: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.169033 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.305575: 0 (9.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.305575 +| | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.035793: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_Centroid > 0.035793: 1 (31.0/1.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.322293 +| | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.275346 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.175514 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.534735 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.206905: 1 (14.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.206905 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.424305 +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.186372: 0 (34.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.186372 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.63253: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.63253: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.424305: 1 (6.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.534735: 0 (62.0/2.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.175514 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.586563: 1 (16.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.586563: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.275346 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.475561 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.163121 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.726286: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.726286: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.163121 +| | | | | amazed-suprised- = 0 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.428211: 1 (34.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.428211 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.295048: 1 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.295048 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.275415 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.307994: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.307994: 1 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.275415: 1 (6.0) +| | | | | amazed-suprised- = 1: 1 (20.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.475561 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.290836: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.290836: 1 (4.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.322293: 0 (83.0/3.0) +angry-aggresive- = 1 +| BH_HighPeakBPM <= 0.721805 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.394482: 0 (147.0/4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.394482 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.315836: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.315836: 1 (5.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.261102: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.261102: 1 (5.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.085022: 0 (29.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.085022 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.479538 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.290861 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.507365: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.507365: 1 (16.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.290861 +| | | | | | BHSUM2 <= 0.008314 +| | | | | | | quiet-still- = 0: 1 (4.0) +| | | | | | | quiet-still- = 1: 0 (2.0) +| | | | | | BHSUM2 > 0.008314: 1 (113.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.479538 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.102056: 0 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.102056 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.351892: 1 (35.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.351892 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (8.0) +| | | | | | | BH_LowPeakBPM > 0.111111 +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.076277 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.038582 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.247543: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.247543: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.038582: 1 (11.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.076277 +| | | | | | | | | quiet-still- = 0 +| | | | | | | | | | happy-pleased- = 0: 1 (2.0) +| | | | | | | | | | happy-pleased- = 1: 0 (3.0) +| | | | | | | | | quiet-still- = 1: 0 (15.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (13.0/1.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.415002 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.805173 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.034486: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.034486: 0 (42.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.805173: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.415002: 1 (5.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.410181: 0 (147.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.410181 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.095475: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.095475: 0 (13.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.066702 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.491812: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.491812: 1 (8.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.066702: 0 (303.0/3.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.170371 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.197742 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.086724: 0 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.086724: 1 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.197742 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.643657: 1 (83.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.643657 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.416762: 1 (17.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.416762: 0 (6.0) +| | | happy-pleased- = 1 +| | | | BH_HighPeakBPM <= 0.661654: 0 (19.0) +| | | | BH_HighPeakBPM > 0.661654: 1 (3.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (11.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.170371: 0 (17.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.139123: 0 (16.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.139123 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.531428 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.696986 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.154191: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.154191 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.384324 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.221873: 0 (11.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.221873: 1 (9.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.384324 +| | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.927346: 1 (30.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.927346 +| | | | | | | | | relaxing-clam- = 0: 1 (3.0) +| | | | | | | | | relaxing-clam- = 1: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.696986: 0 (7.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.531428: 0 (8.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.868497 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.474006: 0 (108.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.474006 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.113433: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.113433: 0 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.868497 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.320498: 0 (13.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.320498: 1 (6.0) +| | | relaxing-clam- = 1: 1 (4.0/1.0) +| happy-pleased- = 1 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.212478: 0 (127.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.212478 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373: 0 (5.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 1 (2.0) +quiet-still- = 1 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178599: 0 (14.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.178599 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.404122 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081653: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081653 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.405595 +| | | | | | BH_LowPeakAmp <= 0.06301: 1 (65.0) +| | | | | | BH_LowPeakAmp > 0.06301 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.227995: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.227995: 1 (17.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.405595 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.656119: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.656119: 1 (2.0) +| | | happy-pleased- = 1: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.404122: 0 (7.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.15049 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.050479: 0 (21.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.050479 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.233924 +| | | BH_HighPeakBPM <= 0.548872 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.157275: 1 (16.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.157275 +| | | | | BH_LowPeakAmp <= 0.361027 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.387806 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.243457 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.237803: 1 (9.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.237803 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.192076 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.352784: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.352784: 1 (5.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.192076: 0 (13.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.243457 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.148866: 1 (48.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.148866 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.299474: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.299474: 1 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 0 (12.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.387806 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.065699: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.065699: 0 (26.0) +| | | | | BH_LowPeakAmp > 0.361027 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.322782 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.330281: 1 (3.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.330281: 0 (37.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.322782: 1 (3.0) +| | | BH_HighPeakBPM > 0.548872 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515: 1 (56.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (3.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.233924 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.694119: 0 (37.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.694119: 1 (5.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.15049 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.14816 +| | Std_Acc1298_Std_Mem40_Flux <= 0.920943: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.920943: 1 (5.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.14816 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.295795: 0 (150.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.295795 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.433987: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.433987: 0 (14.0/1.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.meta.BaggingML: Model #3 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.283809: 1 (54.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.283809 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.305565: 0 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.305565: 1 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.193843 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.259561: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.259561 +| | | BH_LowPeakBPM <= 0.793651 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.035926: 0 (4.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.035926 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.421635: 1 (36.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.421635: 0 (2.0) +| | | BH_LowPeakBPM > 0.793651: 0 (4.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.193843 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.143859 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.322092: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.322092: 1 (12.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.143859 +| | | quiet-still- = 0 +| | | | BH_LowPeakBPM <= 0.222222 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.58361 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.391525 +| | | | | | | BHSUM1 <= 0.266955 +| | | | | | | | BH_LowPeakBPM <= 0.142857: 1 (4.0) +| | | | | | | | BH_LowPeakBPM > 0.142857: 0 (11.0) +| | | | | | | BHSUM1 > 0.266955: 1 (13.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.391525: 0 (39.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.58361 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502689: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502689: 1 (11.0) +| | | | BH_LowPeakBPM > 0.222222 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.169456 +| | | | | | BH_LowPeakBPM <= 0.365079: 0 (6.0) +| | | | | | BH_LowPeakBPM > 0.365079: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.169456 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.539543: 0 (132.0/4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.539543 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557981: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557981: 0 (4.0) +| | | quiet-still- = 1: 0 (125.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.363992 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.270138 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.295436: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.295436: 0 (15.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.270138 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.433199 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.181771 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.149626: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.149626 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.550035: 0 (22.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.550035: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.181771: 1 (11.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.433199 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557352 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.696724 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.145504: 1 (56.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.145504 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.210736: 0 (4.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.210736 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.316121: 1 (26.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.316121: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.696724: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557352 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.4427 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.681785: 0 (16.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.681785 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.08301: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.08301: 1 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.4427: 1 (9.0) +| | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.363992 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.532626: 0 (20.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.532626: 1 (2.0) +| quiet-still- = 1 +| | Std_Acc1298_Std_Mem40_Flux <= 0.888361 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.203059: 0 (12.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.203059: 1 (8.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.888361: 0 (104.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.447112: 0 (102.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.447112 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.437244 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.464785: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.464785 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.438773 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.292411: 1 (4.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.292411: 0 (22.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.438773: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.437244: 0 (24.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.374609: 1 (84.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.374609 +| | | | BHSUM3 <= 0.049143: 0 (10.0) +| | | | BHSUM3 > 0.049143 +| | | | | BHSUM3 <= 0.526409 +| | | | | | BHSUM1 <= 0.159058 +| | | | | | | BH_LowPeakAmp <= 0.018945 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.642218: 1 (33.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.642218: 0 (2.0) +| | | | | | | BH_LowPeakAmp > 0.018945 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.426585 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.147292 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.55755: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.55755: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.147292: 1 (13.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.426585: 0 (17.0) +| | | | | | BHSUM1 > 0.159058 +| | | | | | | BHSUM2 <= 0.00244 +| | | | | | | | BHSUM2 <= 0: 1 (4.0) +| | | | | | | | BHSUM2 > 0: 0 (2.0) +| | | | | | | BHSUM2 > 0.00244: 1 (68.0) +| | | | | BHSUM3 > 0.526409: 0 (9.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942 +| | | quiet-still- = 0: 0 (13.0) +| | | quiet-still- = 1: 1 (2.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.110373: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.110373 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.415002: 0 (56.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.415002 +| | | | happy-pleased- = 0: 0 (2.0) +| | | | happy-pleased- = 1: 1 (4.0) +angry-aggresive- = 1 +| quiet-still- = 0 +| | sad-lonely- = 0: 0 (147.0) +| | sad-lonely- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.547819: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.547819: 1 (2.0) +| quiet-still- = 1: 1 (3.0/1.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.143949 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.20444 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.409224: 0 (15.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.409224: 1 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.20444 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.436554: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.436554: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | | | BH_HighPeakAmp <= 0.117264: 1 (94.0/1.0) +| | | | BH_HighPeakAmp > 0.117264 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.426441: 1 (12.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.426441: 0 (7.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (18.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.143949 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.557478 +| | BH_LowPeakAmp <= 0.021065 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.539398: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.539398: 0 (25.0) +| | BH_LowPeakAmp > 0.021065: 0 (280.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.557478 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.641021 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.362416: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.362416: 0 (11.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.641021: 1 (5.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.123344 +| | | angry-aggresive- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.428103: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.428103: 0 (31.0/2.0) +| | | angry-aggresive- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.182772: 0 (107.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.182772 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.204007: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.204007: 0 (12.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.123344 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.228626: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.228626 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.204762: 0 (14.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.204762 +| | | | | BH_HighPeakAmp <= 0.361813 +| | | | | | BHSUM2 <= 0.29703 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.446291 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.442462 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.395868: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.395868: 1 (16.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.442462: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.446291: 0 (8.0) +| | | | | | BHSUM2 > 0.29703: 0 (16.0) +| | | | | BH_HighPeakAmp > 0.361813: 1 (7.0) +| happy-pleased- = 1: 0 (133.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.549084 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.095636: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.095636 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.069906: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.069906 +| | | | | | BHSUM1 <= 0.274486: 1 (84.0/3.0) +| | | | | | BHSUM1 > 0.274486 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.375001: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.375001: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (6.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.549084: 0 (13.0/1.0) +| happy-pleased- = 1: 0 (8.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.121093 +| Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.552866 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.194919 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.290377 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.246527 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.760202 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.426395: 1 (40.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.426395 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.081927: 0 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.081927: 1 (10.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.760202: 0 (3.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.246527: 0 (15.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.290377: 1 (62.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.194919: 0 (8.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.552866 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.479539: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.479539: 0 (16.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.121093 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.575966 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.128497 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.199413 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.08124: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.08124 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.559408: 1 (19.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.559408: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.199413: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.128497 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.102305 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.158314: 1 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.158314 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.294587: 0 (18.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.294587: 1 (4.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.102305 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.810956 +| | | | | BH_LowPeakBPM <= 0.730159: 0 (225.0) +| | | | | BH_LowPeakBPM > 0.730159 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.382031: 0 (15.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.382031: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.810956 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.305358: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.305358: 0 (9.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.575966 +| | BH_LowPeakBPM <= 0.031746: 0 (4.0) +| | BH_LowPeakBPM > 0.031746: 1 (13.0/1.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.meta.BaggingML: Model #4 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.095517 +| BH_HighPeakBPM <= 0.466165 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.46198: 1 (36.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.46198: 0 (2.0) +| BH_HighPeakBPM > 0.466165: 0 (4.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.095517 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194223 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.829167 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.400994 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.166442 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.119115: 1 (8.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.119115: 0 (9.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.166442 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.364725: 1 (42.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.364725 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.297967: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.297967: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.400994 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.405975: 0 (18.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.405975: 1 (8.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.829167: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.194223 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.753977 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.223955 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.372853: 0 (11.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.372853 +| | | | | BH_LowPeakBPM <= 0.52381: 1 (7.0) +| | | | | BH_LowPeakBPM > 0.52381: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.223955 +| | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.504755 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.189811 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.408644: 0 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.408644: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.189811 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.267981 +| | | | | | | BHSUM2 <= 0.127063 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.498937: 0 (6.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.498937: 1 (5.0) +| | | | | | | BHSUM2 > 0.127063: 0 (22.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.267981: 0 (96.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.504755: 0 (139.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.753977 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.327734: 0 (13.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.327734 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.261102: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.261102 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.270821: 1 (22.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.270821: 0 (2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.614183 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.103044: 0 (24.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.103044 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.84084 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.214329 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.505404: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.505404: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.214329: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.84084 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.254326 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.273736 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.066671 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.332239: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.332239: 0 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.066671: 0 (26.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.273736 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.541101 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.414115 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.478309 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.140202 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.601899 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.089192: 1 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.089192 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.442281: 0 (25.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.442281: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.601899: 1 (7.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.140202 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.347842 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.440309: 0 (7.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.440309: 1 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.347842 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.053396 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.341726: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.341726: 0 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.053396 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.228468 +| | | | | | | | | | | | | BH_HighPeakAmp <= 0.30389: 1 (70.0/1.0) +| | | | | | | | | | | | | BH_HighPeakAmp > 0.30389 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.711746: 0 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.711746: 1 (2.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.228468 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.211957: 0 (4.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.211957: 1 (7.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.478309: 0 (8.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.414115 +| | | | | | | | BHSUM1 <= 0.054897: 1 (5.0/1.0) +| | | | | | | | BHSUM1 > 0.054897 +| | | | | | | | | BH_HighPeakAmp <= 0.309826: 0 (30.0) +| | | | | | | | | BH_HighPeakAmp > 0.309826: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.541101: 0 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.254326: 0 (25.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.614183: 0 (34.0) +sad-lonely- = 1: 0 (151.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.174061: 0 (17.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.174061 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.117655 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.141606 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.076123: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.076123: 0 (8.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.141606 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.16829 +| | | | | | sad-lonely- = 0: 1 (2.0) +| | | | | | sad-lonely- = 1: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.16829 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.267091 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.724971 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.533854 +| | | | | | | | | BH_HighPeakAmp <= 0 +| | | | | | | | | | BH_LowPeakBPM <= 0.285714: 0 (2.0) +| | | | | | | | | | BH_LowPeakBPM > 0.285714 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.938496: 1 (18.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.938496: 0 (2.0) +| | | | | | | | | BH_HighPeakAmp > 0: 1 (85.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.533854 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.572874: 1 (11.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.572874: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.724971 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.316826: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.316826: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.267091 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.188101: 1 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.188101 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.281078: 0 (14.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.281078: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.117655: 1 (82.0/2.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.396642: 0 (65.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_5 > 0.396642 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.332402: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.332402: 0 (3.0) +angry-aggresive- = 1 +| BH_HighPeakBPM <= 0.721805: 0 (133.0/1.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.277977: 0 (4.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.277977: 1 (3.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.137331 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | happy-pleased- = 0 +| | | amazed-suprised- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.45037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.477599: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.477599: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.45037: 1 (111.0/4.0) +| | | amazed-suprised- = 1: 0 (5.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.282428: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.282428: 0 (23.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (26.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.137331 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.435987 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.242282: 0 (244.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.242282 +| | | BHSUM3 <= 0.063282: 1 (3.0) +| | | BHSUM3 > 0.063282 +| | | | Std_Acc1298_Std_Mem40_Flux <= 0.932485: 0 (47.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Flux > 0.932485: 1 (3.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.435987 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.113631: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.113631: 1 (11.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.369604 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.27948: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.27948 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.5624 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.469335 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.32813 +| | | | | | | BHSUM3 <= 0.080549: 0 (3.0) +| | | | | | | BHSUM3 > 0.080549: 1 (14.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.32813: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.469335: 1 (31.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.5624: 0 (8.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.369604: 1 (42.0) +| amazed-suprised- = 1: 0 (8.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.232022: 0 (151.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_5 > 0.232022 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.904534 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.433078 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.203778 +| | | | | amazed-suprised- = 0 +| | | | | | BH_LowPeakBPM <= 0.174603: 0 (16.0) +| | | | | | BH_LowPeakBPM > 0.174603 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.197722 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.592975 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.214794: 1 (7.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.214794 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.650743 +| | | | | | | | | | | BHSUM1 <= 0.647661 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.192116 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.379098 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.40699: 1 (4.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.40699: 0 (2.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.379098 +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.483605: 0 (34.0) +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.483605 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.486689: 0 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.486689: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.192116: 1 (3.0) +| | | | | | | | | | | BHSUM1 > 0.647661: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.650743: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.592975: 1 (12.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.197722: 1 (14.0) +| | | | | amazed-suprised- = 1 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.068933: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.068933: 0 (36.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.203778: 0 (27.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.433078: 0 (37.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.904534: 1 (11.0/1.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.178071 +| happy-pleased- = 0 +| | quiet-still- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.756032 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.284701 +| | | | | | amazed-suprised- = 0: 1 (2.0) +| | | | | | amazed-suprised- = 1 +| | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.316024: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.316024: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.284701 +| | | | | | BHSUM1 <= 0.293689: 1 (66.0) +| | | | | | BHSUM1 > 0.293689 +| | | | | | | BHSUM1 <= 0.311388: 0 (3.0) +| | | | | | | BHSUM1 > 0.311388 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.804806 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.574664: 1 (33.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.574664 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.500503: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.500503: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.804806: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.756032 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.482434: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.482434: 0 (8.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.006142: 1 (8.0) +| | | | BH_HighPeakAmp > 0.006142 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.32909: 1 (3.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.32909: 0 (16.0) +| | quiet-still- = 1: 0 (13.0) +| happy-pleased- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.081718 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.46132: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.46132: 0 (8.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.081718: 0 (43.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.178071 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.164508 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.109627: 1 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.109627 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.578563: 0 (13.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.578563: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.164508: 0 (238.0/4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.meta.BaggingML: Model #5 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.147491 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.262223 +| | BH_HighPeakAmp <= 0.020741: 0 (4.0/1.0) +| | BH_HighPeakAmp > 0.020741: 1 (46.0/2.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.262223: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_5 > 0.147491 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.079769 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.154782 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.30414: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.30414: 1 (22.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.154782: 0 (4.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.079769 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.807595 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194402 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.283223: 0 (18.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.283223 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.573073 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.399481 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.139611: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.139611: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.399481: 1 (15.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.573073: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.194402 +| | | | quiet-still- = 0 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.321353 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.234843 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.670198 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.653148: 0 (40.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.653148: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.670198: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.234843: 0 (137.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.321353 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.215493: 1 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.215493 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.742526: 0 (17.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.742526: 1 (3.0) +| | | | quiet-still- = 1: 0 (123.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.807595 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.198083 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.181922: 0 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.181922: 1 (19.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.198083: 0 (9.0/1.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Centroid <= 0.106705: 0 (35.0) +Mean_Acc1298_Mean_Mem40_Centroid > 0.106705 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.074951: 0 (46.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.074951 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.275288 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.218037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.268279: 0 (23.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.268279 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.146806: 0 (23.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.146806 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.336321 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.094251 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.415951: 1 (12.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.415951: 0 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.094251 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.246089: 0 (25.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.246089 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.322359: 1 (9.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.322359 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.384134 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.337075: 1 (7.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.337075 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.524656 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.06397 +| | | | | | | | | | | | | | | BHSUM1 <= 0.318752: 1 (17.0/1.0) +| | | | | | | | | | | | | | | BHSUM1 > 0.318752: 0 (4.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.06397 +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.166725 +| | | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.296584 +| | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.084356: 1 (5.0) +| | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.084356 +| | | | | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.097886: 1 (4.0) +| | | | | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.097886 +| | | | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.29877: 0 (25.0/1.0) +| | | | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.29877 +| | | | | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.094874: 0 (2.0) +| | | | | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.094874: 1 (4.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.296584: 1 (5.0) +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.166725: 0 (32.0/1.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.524656: 1 (6.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.384134: 0 (17.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.336321: 0 (17.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.218037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.649467: 1 (16.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.649467: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.275288 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.679223 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.088181: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.088181: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.364235: 1 (36.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.364235 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.437941: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.437941: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.679223: 0 (10.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.405327 +| | | | BH_HighPeakBPM <= 0.210526 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.465351: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.465351: 0 (10.0/1.0) +| | | | BH_HighPeakBPM > 0.210526: 0 (54.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.405327 +| | | | BH_HighPeakAmp <= 0.094972 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.809573: 0 (16.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.809573: 1 (2.0) +| | | | BH_HighPeakAmp > 0.094972: 1 (7.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.084987: 0 (35.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.084987 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759494 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.118101 +| | | | happy-pleased- = 0 +| | | | | sad-lonely- = 0: 0 (28.0) +| | | | | sad-lonely- = 1: 1 (2.0) +| | | | happy-pleased- = 1: 1 (8.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.118101 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.171222: 1 (9.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.171222 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.369251: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.369251: 0 (19.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.850346 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.08164 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.265184: 0 (8.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.265184: 1 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.08164 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.459001 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.545791: 1 (185.0/5.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.545791 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 1 (10.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.459001 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.517647: 0 (7.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.517647: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.850346 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.458363: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.458363: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759494 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.376511: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.376511: 0 (23.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.250064: 0 (108.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.250064 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.325644: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.325644: 0 (14.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.118518 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | happy-pleased- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.091182 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.690951: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.690951: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.091182: 1 (104.0/1.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.504469: 0 (13.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.504469: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (24.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.118518 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.401023 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.11524: 0 (9.0/1.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.11524: 1 (11.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.401023 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.232299 +| | | BH_LowPeakAmp <= 0.021065 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.578041: 0 (35.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.578041: 1 (5.0) +| | | BH_LowPeakAmp > 0.021065: 0 (260.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.232299 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.400977: 1 (7.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.400977: 0 (15.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.299243 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.584559 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.478405 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.369211: 0 (54.0/3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.369211 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.374734: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.374734: 0 (9.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.478405 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.352265: 0 (11.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.352265 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.134224: 0 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.134224 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.566164 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.243466 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.045649: 1 (3.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.045649: 0 (7.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.243466: 1 (24.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.566164: 0 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.584559: 1 (12.0/1.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.299243 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.128254: 0 (68.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.128254 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.406135 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.455339: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.455339: 0 (15.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.406135: 1 (2.0) +| happy-pleased- = 1: 0 (137.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.106099: 0 (14.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.106099 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.54545 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.215493: 0 (9.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.215493 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.354494: 1 (67.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.354494 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.388614: 0 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.388614 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.069906: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.069906: 1 (15.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (5.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.54545: 0 (11.0/1.0) +| happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.119543 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_Flux <= 0.814008: 0 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.814008 +| | | sad-lonely- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.106267 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.378176: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.378176 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.252225: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.252225: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.106267: 1 (87.0/2.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.470117: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.470117: 0 (7.0/1.0) +| happy-pleased- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.516707: 0 (21.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_0 > 0.516707: 1 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.119543 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.138465 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.255761 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.882902 +| | | | BH_HighPeakBPM <= 0.684211 +| | | | | relaxing-clam- = 0 +| | | | | | BHSUM1 <= 0.067087: 1 (5.0) +| | | | | | BHSUM1 > 0.067087 +| | | | | | | BH_HighPeakAmp <= 0.003617 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.742495: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.742495: 1 (3.0) +| | | | | | | BH_HighPeakAmp > 0.003617: 0 (26.0/1.0) +| | | | | relaxing-clam- = 1: 0 (38.0) +| | | | BH_HighPeakBPM > 0.684211: 1 (7.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.882902: 1 (9.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.255761: 1 (9.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.138465 +| | relaxing-clam- = 0 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.616456 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.057038: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.057038 +| | | | | | BHSUM3 <= 0.117945: 1 (3.0/1.0) +| | | | | | BHSUM3 > 0.117945: 0 (30.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.616456: 1 (3.0) +| | | quiet-still- = 1: 0 (34.0) +| | relaxing-clam- = 1: 0 (177.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.meta.BaggingML: Model #6 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.009431: 0 (9.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.009431 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.068934: 1 (40.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.068934 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.069062 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.185074: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.185074: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.069062 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.688956 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.418787 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.10335: 1 (14.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.10335 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.220639 +| | | | | | | | | BH_HighPeakBPM <= 0.105263: 1 (4.0) +| | | | | | | | | BH_HighPeakBPM > 0.105263 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.380412: 0 (18.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.380412: 1 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.220639: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.418787: 1 (36.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.688956: 0 (5.0) +| quiet-still- = 1: 0 (8.0) +Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.066703 +| | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.204762: 0 (3.0) +| | Std_Acc1298_Std_Mem40_MFCC_3 > 0.204762: 1 (14.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.066703 +| | sad-lonely- = 0 +| | | quiet-still- = 0 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.636224 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.35428 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.743176 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.383851 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.804038 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.210574 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.49411: 0 (15.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.49411: 1 (5.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.210574: 0 (61.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.804038 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.86923: 1 (10.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.86923: 0 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.383851: 1 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.743176: 1 (9.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.35428: 0 (44.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.636224 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.554375: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.554375: 1 (10.0) +| | | quiet-still- = 1: 0 (28.0) +| | sad-lonely- = 1: 0 (119.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.250873 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.354895 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.595022 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.096174: 0 (6.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.096174 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.379195 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.116532: 1 (7.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.116532: 0 (8.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.379195 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.064812 +| | | | | | | | | BH_LowPeakBPM <= 0.253968: 0 (4.0) +| | | | | | | | | BH_LowPeakBPM > 0.253968: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.064812: 1 (85.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.595022: 0 (7.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.354895 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.295398: 0 (14.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.295398: 1 (6.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.250873: 0 (10.0/1.0) +| | quiet-still- = 1 +| | | BH_HighPeakAmp <= 0.038984: 0 (27.0/1.0) +| | | BH_HighPeakAmp > 0.038984: 1 (4.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.312025 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.411893: 0 (126.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.411893 +| | | | BH_HighPeakBPM <= 0.691729: 0 (36.0/1.0) +| | | | BH_HighPeakBPM > 0.691729: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.312025 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.544424: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.544424: 1 (4.0) +sad-lonely- = 1: 0 (135.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.13393 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.198495: 0 (140.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.198495 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.658041: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.658041: 0 (7.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.13393 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.23659: 0 (45.0/2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.23659 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.198707 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.327038: 0 (16.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.327038: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.198707 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.250892: 1 (50.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.250892 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.680508 +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.088329 +| | | | | | | sad-lonely- = 0: 1 (2.0) +| | | | | | | sad-lonely- = 1: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.088329 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.178978 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.353008 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.148269: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.148269: 0 (15.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.353008: 1 (10.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.178978 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.426365 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.311468: 1 (72.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.311468 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.311009 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.213105: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.213105: 1 (28.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.311009: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.426365 +| | | | | | | | | BH_HighPeakAmp <= 0.095854 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.054325: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.054325: 1 (13.0) +| | | | | | | | | BH_HighPeakAmp > 0.095854: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.680508 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.614567: 0 (11.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.614567: 1 (4.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.059895: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.059895 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.269648 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.492025: 0 (35.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.492025 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.341491: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.341491: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.269648: 1 (4.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.143949 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.174013 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.143314: 0 (11.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.143314 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.13079: 0 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.13079 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.67596 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.328087 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.70408 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.204473: 1 (22.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.204473: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.70408: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.328087: 1 (64.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.67596 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.296292: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.296292: 0 (10.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.174013: 0 (33.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.143949 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.557478: 0 (315.0/5.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.557478 +| | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.394163: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.394163: 1 (9.0/1.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.198187: 0 (91.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.198187 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.179849 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.555691 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.43565: 1 (9.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.43565 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.074909: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.074909 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.904534: 0 (23.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.904534: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.555691: 1 (11.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.179849 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.81913 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235891: 0 (86.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235891 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.171347 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.236247: 1 (9.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.236247: 0 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.171347 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.388463 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.400666: 0 (24.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.400666 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.363421 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.33828 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.362582: 1 (17.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.362582: 0 (2.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.33828: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.363421 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.399125: 0 (20.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.399125: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.388463: 0 (65.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.81913 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.579396: 1 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.579396: 0 (5.0) +quiet-still- = 1 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.09677 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.143795 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.044063 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.150112: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.150112: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.044063: 1 (51.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.143795: 0 (4.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.09677 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.219612: 1 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.219612 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.288658: 0 (14.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.288658 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.34761: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.34761: 0 (5.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.130044 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.352371 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.324417 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.246089 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.596907: 1 (55.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.596907 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.214892: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.214892: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.246089 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.360392 +| | | | | | BH_LowPeakBPM <= 0.253968: 0 (21.0/1.0) +| | | | | | BH_LowPeakBPM > 0.253968 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.101212: 1 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.101212: 0 (6.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.360392: 1 (7.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.324417: 0 (13.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.352371 +| | | BH_LowPeakAmp <= 0.4068: 1 (91.0/1.0) +| | | BH_LowPeakAmp > 0.4068 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.499981: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.499981: 1 (8.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.130044 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.553061: 0 (61.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.553061: 1 (8.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.57853: 0 (189.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.57853 +| | BH_HighPeakAmp <= 0.026653: 1 (6.0) +| | BH_HighPeakAmp > 0.026653: 0 (5.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.meta.BaggingML: Model #7 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.103109: 0 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.103109 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.299209 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.838488 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.063902: 1 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.063902: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.838488: 1 (51.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.299209: 0 (4.0/1.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.187917 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.051196: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.051196 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.554976: 1 (32.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.554976: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.187917 +| | quiet-still- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.298875 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.204145: 0 (13.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.204145 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.348934 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.242578 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.463524 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.056745: 0 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.056745: 1 (22.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.463524: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.242578 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.531186 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.485055: 0 (31.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.485055: 1 (3.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.531186: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.348934: 1 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.298875 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.136645 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.121453: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.121453: 1 (7.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.136645 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.200016 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.489556: 1 (8.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.489556: 0 (6.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.200016 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.707683: 0 (124.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.707683 +| | | | | | | BHSUM3 <= 0.109909: 1 (4.0) +| | | | | | | BHSUM3 > 0.109909: 0 (10.0) +| | quiet-still- = 1: 0 (133.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.361774 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.088546: 0 (53.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.088546 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.470348 +| | | | BH_HighPeakBPM <= 0.120301: 0 (28.0) +| | | | BH_HighPeakBPM > 0.120301 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.640916 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.319365 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.678127 +| | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.84341 +| | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.072218: 0 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.072218: 1 (17.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.84341 +| | | | | | | | | BH_HighPeakBPM <= 0.150376: 1 (8.0/1.0) +| | | | | | | | | BH_HighPeakBPM > 0.150376 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.138701: 0 (16.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.138701 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.113424 +| | | | | | | | | | | | amazed-suprised- = 0: 1 (10.0) +| | | | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.225869: 1 (8.0/1.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.225869: 0 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.113424 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.615945 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.583585 +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.504558 +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.10284 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.638742: 1 (6.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.638742: 0 (2.0) +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.10284 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.351745 +| | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (3.0) +| | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.351745: 0 (30.0/1.0) +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.504558: 1 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.583585: 1 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.615945 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.120726: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.120726: 0 (37.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.678127: 1 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.319365: 0 (34.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.640916: 0 (27.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.470348 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.163471: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.163471: 1 (12.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.361774 +| | BH_LowPeakBPM <= 0.460317: 1 (24.0) +| | BH_LowPeakBPM > 0.460317 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.804806: 0 (5.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.804806: 1 (2.0) +quiet-still- = 1 +| BHSUM2 <= 0.211311: 0 (121.0/1.0) +| BHSUM2 > 0.211311 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.100745: 0 (9.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.100745: 1 (3.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081151 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.35428: 0 (124.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.35428 +| | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.478235: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.478235: 1 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081151 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.780447 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.722905 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.108906: 0 (16.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.108906 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.036224 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.315412: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.315412: 0 (10.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.036224 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.336041: 1 (60.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.336041 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.414278 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.637227 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.137076 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.148174: 1 (8.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.148174: 0 (9.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.137076 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.267384 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.15888 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.073783: 0 (3.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.073783: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.15888 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.164553 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.082685: 1 (9.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.082685: 0 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.164553: 1 (84.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.267384 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.421271 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.494029: 1 (6.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.494029: 0 (7.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.421271: 1 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.637227 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.184448: 1 (10.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.184448 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.404959: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.404959: 0 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.414278: 0 (13.0/1.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.479597 +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.086242: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.086242: 0 (24.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.479597: 1 (7.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.722905: 0 (18.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.780447: 0 (38.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14619 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | BH_HighPeakAmp <= 0.044178 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.201072 +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.161374: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.161374: 0 (12.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.201072 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.186887 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.112549: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.112549: 0 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.186887: 1 (105.0) +| | BH_HighPeakAmp > 0.044178 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.294423: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.294423 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.543654: 0 (23.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.543654 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.314586: 0 (7.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.314586: 1 (6.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (22.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.14619 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.180312 +| | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.67305 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.666164: 0 (34.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.666164: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.67305: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.180312: 0 (257.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.327673 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.325447 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.121649: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.121649 +| | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.037693: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_Flux > 0.037693: 1 (24.0/2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.325447 +| | | | amazed-suprised- = 0 +| | | | | BH_HighPeakAmp <= 0.476671 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.412802 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.873161 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.04197: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.04197 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.703326: 0 (41.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.703326 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.264461: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.264461: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.873161: 1 (8.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.412802: 1 (9.0/1.0) +| | | | | BH_HighPeakAmp > 0.476671: 1 (6.0) +| | | | amazed-suprised- = 1: 0 (37.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.327673: 0 (101.0/2.0) +| happy-pleased- = 1: 0 (114.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (13.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.405041 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.227995 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.144257: 0 (8.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.144257: 1 (6.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.227995 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.799575 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.22185: 1 (85.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.22185 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.122165: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.122165: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.799575: 0 (6.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.405041: 0 (6.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.249621: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.249621 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.242975 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.425965 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.058347: 1 (37.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.058347 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.202822: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.202822 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.057297: 0 (6.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.057297 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.451835 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.088281: 1 (42.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.088281 +| | | | | | | | | | | BH_LowPeakBPM <= 0.238095 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.382095: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.382095: 0 (5.0) +| | | | | | | | | | | BH_LowPeakBPM > 0.238095: 1 (12.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.451835 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25745: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25745: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.425965: 1 (48.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.242975 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.471402: 0 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.471402: 1 (6.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.512601 +| | | | BH_HighPeakBPM <= 0.360902: 0 (31.0) +| | | | BH_HighPeakBPM > 0.360902 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.163963 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.208137: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.208137: 1 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.163963: 0 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.512601: 1 (3.0) +| quiet-still- = 1 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.027364: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.027364: 0 (43.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.546885 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.072883: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.072883: 0 (35.0) +| | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.546885: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (166.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.meta.BaggingML: Model #8 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.08273 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.213636: 1 (33.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.213636: 0 (2.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.08273 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077771 +| | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.087275: 0 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.087275 +| | | BHSUM3 <= 0.173169: 0 (3.0) +| | | BHSUM3 > 0.173169: 1 (24.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.077771 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194223 +| | | quiet-still- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.554597: 1 (20.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.554597 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.216426: 0 (20.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.216426 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.153154: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.153154: 1 (14.0/1.0) +| | | quiet-still- = 1: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.194223 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.318416 +| | | | | BH_HighPeakBPM <= 0.593985 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.376531: 1 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.376531: 0 (18.0/1.0) +| | | | | BH_HighPeakBPM > 0.593985: 1 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.318416 +| | | | | BH_LowPeakBPM <= 0.095238 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.451012: 0 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.451012 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.526107: 1 (10.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.526107: 0 (3.0) +| | | | | BH_LowPeakBPM > 0.095238 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.192847 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.405041: 0 (15.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.405041: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.192847: 0 (156.0/2.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.668506: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.668506: 1 (4.0) +| | | quiet-still- = 1: 0 (118.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.062127: 0 (14.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.062127 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.209598: 0 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.209598 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.130073: 1 (34.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.130073 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.595575 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.245557 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.326404 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.173252 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.653049 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.345509 +| | | | | | | | | | | BHSUM2 <= 0.074079: 1 (2.0) +| | | | | | | | | | | BHSUM2 > 0.074079: 0 (7.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.345509 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.116981: 0 (6.0/2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.116981 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.925734 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.362582: 1 (53.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.362582 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.578144: 1 (5.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.578144: 0 (3.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.925734 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.147569: 1 (3.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.147569: 0 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.653049 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.454178: 0 (8.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.454178: 1 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.173252 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.269008: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.269008: 0 (13.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.326404: 0 (11.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.245557: 1 (13.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.595575 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.231974: 0 (23.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.231974: 1 (2.0) +| quiet-still- = 1 +| | BHSUM2 <= 0.309466 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.227826 +| | | | BH_LowPeakBPM <= 0.285714: 1 (5.0) +| | | | BH_LowPeakBPM > 0.285714: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.227826 +| | | | Std_Acc1298_Std_Mem40_Flux <= 0.888492 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.506955: 0 (8.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.506955: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_Flux > 0.888492: 0 (90.0) +| | BHSUM2 > 0.309466 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.232065: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.232065: 1 (5.0) +angry-aggresive- = 1: 0 (152.0/4.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.186887 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.135905: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.135905: 0 (10.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.186887 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032249 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.368869 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.104363: 0 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.104363: 1 (18.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.368869: 0 (12.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032249 +| | | | BHSUM3 <= 0.525943 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.645783 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.361179 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071943: 1 (55.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071943 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.780237 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.399167 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.062231: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.062231 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.06487 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.354487: 1 (5.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.354487: 0 (2.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.06487: 1 (46.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.399167: 0 (5.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.780237: 0 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.361179: 1 (81.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.645783 +| | | | | | BH_HighPeakAmp <= 0.005291: 0 (6.0) +| | | | | | BH_HighPeakAmp > 0.005291: 1 (7.0) +| | | | BHSUM3 > 0.525943 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.611729: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.611729: 0 (8.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.408502: 0 (56.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.408502: 1 (7.0) +angry-aggresive- = 1 +| Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.263164 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.122856: 0 (9.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.122856: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.263164: 0 (139.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.443173 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.18226: 0 (266.0/3.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.18226 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.556538: 0 (20.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.556538: 1 (9.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.443173 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.171053 +| | BH_HighPeakAmp <= 0.055924 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.219049 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.307368: 0 (18.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.307368: 1 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.219049 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.184077 +| | | | | BH_LowPeakAmp <= 0.075693: 1 (84.0) +| | | | | BH_LowPeakAmp > 0.075693 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.124814: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.124814: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.184077: 0 (5.0/2.0) +| | BH_HighPeakAmp > 0.055924 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.232065 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.051395: 0 (4.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.051395: 1 (9.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.232065: 0 (38.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.171053: 0 (23.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.077081 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.099462 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.60295: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.60295: 1 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.099462: 1 (53.0/1.0) +| happy-pleased- = 1: 0 (4.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.077081 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | angry-aggresive- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.583168 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.859047 +| | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.837355: 1 (6.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_Flux > 0.837355 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.165309: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.165309 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.5474: 0 (50.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.5474 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.444923: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.444923: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.859047: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.583168 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.615393: 1 (16.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.615393: 0 (3.0) +| | | angry-aggresive- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.399306 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.430082 +| | | | | | BH_HighPeakBPM <= 0.75188: 0 (30.0/1.0) +| | | | | | BH_HighPeakBPM > 0.75188: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.430082: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.399306: 0 (107.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.227521 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.538051: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.538051: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.227521: 0 (115.0) +| quiet-still- = 1 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.222271: 0 (10.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.222271 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.624402 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.26257: 1 (17.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.26257 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.477365 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.614573 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.251553: 0 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.251553: 1 (15.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.614573: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.477365: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.624402: 0 (8.0) +| | happy-pleased- = 1: 0 (13.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.173138 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.176012 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.32359 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.139365: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.139365: 0 (9.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.32359 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.19304 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.256227 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.041661: 1 (17.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.041661 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.433263 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.547203 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.104018 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.386292: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.386292 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.74454: 0 (24.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.74454: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.104018 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.135095: 1 (15.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.135095: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.547203: 1 (9.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.433263: 1 (13.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.256227: 1 (54.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.19304 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.586563: 0 (10.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.586563: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.176012 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517105: 0 (27.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517105: 1 (7.0/1.0) +| quiet-still- = 1: 0 (15.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.173138 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.094073 +| | BH_LowPeakBPM <= 0.142857: 0 (7.0) +| | BH_LowPeakBPM > 0.142857 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.089802: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.089802: 1 (15.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.094073 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.65077 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.400913: 0 (200.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.400913 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.216215: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.216215 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.0489: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.0489: 0 (37.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.65077 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.377164: 1 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.377164: 0 (7.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.meta.BaggingML: Model #9 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.176389 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.714529: 1 (52.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.714529: 0 (4.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.176389: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14846 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.123957 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.336266: 1 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.336266: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.123957: 0 (170.0/3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.14846 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.338679 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.509501 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.550761 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.306664 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.197706 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.303664 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.48095 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.256041: 0 (7.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.256041 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.391461: 1 (24.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.391461: 0 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.48095: 0 (6.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.303664: 0 (12.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.197706: 1 (31.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.306664: 0 (12.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.550761 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.156981: 0 (27.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.156981 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.165361 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.163262: 0 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.163262: 1 (3.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.165361: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.509501: 1 (9.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.338679 +| | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.455344 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.444002: 0 (73.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.444002 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.393768: 1 (4.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.393768: 0 (13.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.455344 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.421538: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.421538: 0 (4.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.241935: 0 (13.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.241935 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.666069 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.483521 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.559905 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.235776: 0 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.235776: 1 (13.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679: 1 (94.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.559905 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.087942: 0 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.087942 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.632432 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.450154: 0 (8.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.450154: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.632432: 1 (19.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.483521 +| | | | | | BH_LowPeakBPM <= 0.269841: 1 (5.0) +| | | | | | BH_LowPeakBPM > 0.269841 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.134986: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.134986: 0 (9.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.666069 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.572476: 0 (13.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.572476: 1 (2.0) +| | quiet-still- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.46867: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.46867 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.108502: 1 (3.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.108502: 0 (25.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.201413 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.075705: 1 (6.0/2.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.075705: 0 (100.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.201413 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.672645 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.285605: 1 (9.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.285605: 0 (3.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.672645: 0 (8.0) +sad-lonely- = 1: 0 (143.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.130755 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.216983: 0 (122.0/3.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.216983 +| | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.514616: 1 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.514616: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.130755 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.726286 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.095025 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.825112: 0 (11.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.825112: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.095025 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.543939 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.873264 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.582614 +| | | | | | | BH_HighPeakBPM <= 0.090226 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.148628: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.148628: 1 (6.0) +| | | | | | | BH_HighPeakBPM > 0.090226 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.402731: 1 (95.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.402731 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.137796: 0 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.137796 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.262885 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.127813: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.127813: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.262885: 1 (52.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.582614 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.272679: 0 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.272679 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.632344 +| | | | | | | | | BHSUM1 <= 0.039677: 0 (3.0) +| | | | | | | | | BHSUM1 > 0.039677 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.52388: 1 (32.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.52388: 0 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.632344: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.873264 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.139603: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.139603: 0 (10.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.543939 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.395131: 1 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.395131: 0 (17.0/1.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.152732: 1 (6.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.152732 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.275266 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.400809 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.411198: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.411198: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.400809: 0 (22.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.275266: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.726286 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.223632: 0 (47.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.223632 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.166122: 0 (6.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.166122: 1 (6.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.114412 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.206195 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.45695: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.45695 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.148455 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.117947: 0 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.117947: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.148455 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.426594: 1 (91.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.426594 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.039516: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.039516: 1 (11.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.206195: 0 (9.0) +| amazed-suprised- = 1: 0 (10.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.114412 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.394889 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.728857 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.081719: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.081719: 1 (16.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.728857: 0 (5.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.394889 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.225639: 0 (300.0/2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.225639 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.277042: 1 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.277042: 0 (16.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.510856 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.103168 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.309628: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.309628: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.103168 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.416546 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.103638 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.158771: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.158771: 1 (13.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.103638: 1 (79.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.416546 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.328087: 0 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.328087: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.510856: 0 (7.0) +| amazed-suprised- = 1: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.286978 +| | BHSUM2 <= 0.010258 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.174329: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.174329: 0 (5.0) +| | BHSUM2 > 0.010258: 0 (131.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.286978 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.502771 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.048568 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.36085: 1 (7.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.36085: 0 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.048568 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.387461 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.508874: 0 (90.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.508874 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.493248 +| | | | | | | BHSUM2 <= 0.161277: 1 (9.0/1.0) +| | | | | | | BHSUM2 > 0.161277 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.651919: 0 (11.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.651919: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.493248: 0 (27.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.387461 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.374863: 1 (8.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.374863 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.145528: 0 (20.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.145528 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.459593: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.459593: 0 (15.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.502771 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.545184: 1 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.545184: 0 (13.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.471353 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.049708 +| | | | BH_HighPeakAmp <= 0.220196: 1 (25.0) +| | | | BH_HighPeakAmp > 0.220196: 0 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.049708 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.041661: 1 (12.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.041661 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.666069 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.204528 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.210326: 0 (31.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.210326 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.203326: 1 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.203326: 0 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.204528 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.152758 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.221337: 1 (21.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.221337: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.152758 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.126408: 1 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.126408 +| | | | | | | | | BHSUM2 <= 0.028147: 1 (6.0/1.0) +| | | | | | | | | BHSUM2 > 0.028147 +| | | | | | | | | | BHSUM1 <= 0.140254 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.362047: 0 (12.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.362047: 1 (4.0) +| | | | | | | | | | BHSUM1 > 0.140254: 0 (27.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.666069: 1 (7.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.471353: 1 (55.0/1.0) +| quiet-still- = 1: 0 (36.0/1.0) +relaxing-clam- = 1: 0 (228.0/1.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.meta.BaggingML: Model #10 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.093526 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.673213 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.260361 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.289807: 1 (12.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.289807: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.260361: 1 (49.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.325008: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.325008: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.673213: 0 (4.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.093526 +| relaxing-clam- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.141306: 0 (48.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.141306 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.575221 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.578225 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.586563 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.3203 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.149072 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.090185: 1 (5.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.090185 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.545872 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.255749 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.3071 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.200242: 0 (21.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.200242: 1 (2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.3071 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.206158: 1 (9.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.206158: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.255749: 0 (17.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.545872: 1 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.149072: 1 (20.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.3203 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.312107: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.312107: 0 (27.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.586563: 1 (8.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.578225: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.575221: 0 (23.0) +| relaxing-clam- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.230649 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.339397: 0 (27.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.339397 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.243435: 1 (8.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.243435: 0 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.230649: 0 (174.0/2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.216321: 0 (18.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.216321 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.318037 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.684527 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.265201 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.211848: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.211848 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.310313: 0 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.310313: 1 (56.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.265201 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.606749 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.377745 +| | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.839664: 1 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.839664 +| | | | | | | | | | relaxing-clam- = 0 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.275346: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.275346: 1 (3.0) +| | | | | | | | | | relaxing-clam- = 1: 0 (21.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.377745: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.606749: 1 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.684527: 1 (52.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.318037 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.155962: 1 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.155962 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.639944: 0 (27.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.639944: 1 (5.0/1.0) +| angry-aggresive- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.369314: 0 (134.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.369314 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.572414: 1 (7.0/1.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.572414: 0 (9.0) +sad-lonely- = 1: 0 (122.0/1.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194402 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.622447: 0 (62.0/2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.622447: 1 (6.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.194402 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.025491: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.025491 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.253701: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.253701: 0 (21.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.066703: 0 (13.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.066703 +| | | | BHSUM3 <= 0.452403 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.624883 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.371091 +| | | | | | | BHSUM2 <= 0.04572 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.320999: 0 (4.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.320999 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.213699: 1 (16.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.213699: 0 (2.0) +| | | | | | | BHSUM2 > 0.04572 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.333367: 1 (75.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.333367 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.231631: 1 (16.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.231631: 0 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.371091: 1 (77.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.624883 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.279517: 1 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.279517: 0 (9.0/1.0) +| | | | BHSUM3 > 0.452403 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.374899: 1 (8.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.374899: 0 (8.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_Flux <= 0.935665: 0 (148.0) +| Std_Acc1298_Std_Mem40_Flux > 0.935665 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.310127: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.310127: 0 (6.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.137331 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.369211 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.161585 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.122297: 0 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.122297: 1 (18.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.161585: 0 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.369211: 1 (78.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (11.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.240039: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.240039: 0 (26.0) +| amazed-suprised- = 1: 0 (14.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.137331 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.471531 +| | relaxing-clam- = 0: 0 (217.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.306835 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.557581: 0 (21.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.557581: 1 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.306835: 1 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (69.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.471531 +| | relaxing-clam- = 0: 0 (7.0) +| | relaxing-clam- = 1: 1 (11.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.184043: 0 (15.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.184043 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.146771: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.146771 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.30205: 0 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.30205 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.43947 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.250559 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.461397: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.461397: 1 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.250559: 1 (53.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.43947 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.202113: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.202113 +| | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.092483: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.092483: 1 (2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.5023 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.404498 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.528194: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.528194: 1 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.704621 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.524562: 0 (96.0/4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.524562 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.098032: 0 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.098032 +| | | | | | | | BHSUM1 <= 0.103205: 0 (7.0) +| | | | | | | | BHSUM1 > 0.103205 +| | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.306403: 0 (4.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.306403 +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.534878: 1 (16.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.534878: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.704621 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.270076: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.270076: 1 (7.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.404498: 0 (54.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.402492 +| | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.377787: 1 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.377787 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.159768 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.386581: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.386581: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.159768: 0 (41.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.402492: 0 (94.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.5023 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.30622 +| | | Std_Acc1298_Std_Mem40_Centroid <= 0.316024: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_Centroid > 0.316024: 0 (14.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.30622: 1 (11.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.121093 +| BHSUM1 <= 0.371024 +| | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.49515 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.174481 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.232159: 0 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.232159 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.074934 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.351911: 1 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.351911 +| | | | | | | BH_LowPeakBPM <= 0.222222: 1 (5.0/1.0) +| | | | | | | BH_LowPeakBPM > 0.222222: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.074934: 1 (31.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.174481: 0 (5.0) +| | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.49515: 1 (46.0) +| BHSUM1 > 0.371024 +| | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.073631: 1 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.073631 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.507614 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.119574: 1 (5.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.119574: 0 (26.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.507614: 1 (6.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.121093 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.111981 +| | BH_LowPeakAmp <= 0.047864: 0 (14.0) +| | BH_LowPeakAmp > 0.047864 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.365647 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.17495 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.080155: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.080155: 1 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.17495: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.365647: 0 (9.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.111981 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.074609 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.222699: 0 (13.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.222699: 1 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.074609: 0 (260.0/8.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.BaggingML +Options [-S, 1, -I, 10, -P, 100, -W, meka.classifiers.multilabel.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/BaggingMLdup.ref b/bin/test/meka/classifiers/multilabel/meta/BaggingMLdup.ref new file mode 100644 index 00000000..f37ce735 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/BaggingMLdup.ref @@ -0,0 +1,2732 @@ +== Model info + +Model +meka.classifiers.multilabel.meta.BaggingMLdup: Model #1 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | sad-lonely- = 0 +| | | BH_LowPeakBPM <= 0.126984: 1 (15.0) +| | | BH_LowPeakBPM > 0.126984 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.119123: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.119123 +| | | | | BH_HighPeakBPM <= 0.180451 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.359163: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.359163: 0 (11.0) +| | | | | BH_HighPeakBPM > 0.180451 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.676178 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.455678 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.111497 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.642492: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.642492: 0 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.111497: 1 (48.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.455678: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.676178 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.064388: 1 (8.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.064388 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.388682: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.388682: 0 (15.0/1.0) +| | sad-lonely- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.118118: 1 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.118118: 0 (22.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884: 0 (30.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.354608: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.354608: 1 (3.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.135246 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.187278: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.187278: 1 (4.0) +| | sad-lonely- = 1: 0 (4.0) +| Std_Acc1298_Mean_Mem40_MFCC_2 > 0.135246 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.409689: 0 (120.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.409689 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.334096: 1 (4.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.334096: 0 (7.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Mean_Mem40_Centroid <= 0.250489 +| | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.207444: 0 (41.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.207444 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.065528: 0 (13.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.065528 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071333: 0 (9.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071333 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.076259 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.436376: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.436376: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.076259 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.199474 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.209482: 1 (8.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.209482: 0 (8.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.199474: 1 (49.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.109036: 1 (9.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.109036 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.746006 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.111575: 0 (27.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.111575 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.220931: 1 (6.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.220931 +| | | | | | | | BH_LowPeakBPM <= 0.730159 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.337634: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.337634 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.666279 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.157956: 1 (3.0/1.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.157956: 0 (28.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.666279: 1 (2.0) +| | | | | | | | BH_LowPeakBPM > 0.730159: 1 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.746006: 1 (5.0) +| Std_Acc1298_Mean_Mem40_Centroid > 0.250489: 0 (19.0) +sad-lonely- = 1: 0 (86.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.110615: 0 (82.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.110615 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | BHSUM2 <= 0.358655 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.080043: 0 (12.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.080043 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.234127 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.248791: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.248791: 0 (11.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.234127 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.70408 +| | | | | | BH_HighPeakBPM <= 0.481203 +| | | | | | | BH_HighPeakBPM <= 0.06015 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.398751: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.398751: 1 (3.0) +| | | | | | | BH_HighPeakBPM > 0.06015 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.597321 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.605375: 1 (82.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.605375 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.494864: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.494864: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.597321 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.165309: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.165309: 1 (4.0) +| | | | | | BH_HighPeakBPM > 0.481203 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.600948 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.500435 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.195553: 0 (6.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.195553 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.384316 +| | | | | | | | | | | BHSUM2 <= 0.194936: 1 (20.0/1.0) +| | | | | | | | | | | BHSUM2 > 0.194936: 0 (5.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.384316: 0 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.500435: 1 (23.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.600948: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.70408 +| | | | | | BH_HighPeakBPM <= 0.240602: 1 (3.0) +| | | | | | BH_HighPeakBPM > 0.240602: 0 (10.0) +| | BHSUM2 > 0.358655: 0 (12.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (31.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456269 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.702015: 0 (203.0/2.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.702015 +| | BHSUM3 <= 0.149005: 1 (4.0) +| | BHSUM3 > 0.149005: 0 (7.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456269 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.16649 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.283276 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.027946: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.027946: 0 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.283276 +| | | | BHSUM1 <= 0.180309: 1 (55.0) +| | | | BHSUM1 > 0.180309 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.513094 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.227449: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.227449: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.513094: 1 (11.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.16649: 0 (7.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.240679: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.240679: 0 (25.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.097773 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.244651 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.033828: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.033828 +| | | BHSUM1 <= 0.076952: 1 (2.0) +| | | BHSUM1 > 0.076952: 0 (21.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.244651 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.570136 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.160446: 1 (44.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.160446: 0 (3.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.570136: 0 (5.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.097773 +| Mean_Acc1298_Std_Mem40_Centroid <= 0.273946 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.31906 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.07861 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.129484: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.129484: 0 (5.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.07861 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.26103: 0 (49.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.26103 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.275664: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.275664 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.373855 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.24648: 1 (3.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.24648: 0 (30.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.373855: 1 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.31906 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.614573 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.458271: 1 (17.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.458271 +| | | | | BH_HighPeakAmp <= 0.011079: 1 (5.0/1.0) +| | | | | BH_HighPeakAmp > 0.011079: 0 (9.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.614573: 0 (10.0) +| Mean_Acc1298_Std_Mem40_Centroid > 0.273946: 0 (109.0/2.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| happy-pleased- = 0 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.179201: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.179201 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.499921: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.499921: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.391843 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.035237 +| | | | | | | amazed-suprised- = 0: 1 (2.0) +| | | | | | | amazed-suprised- = 1: 0 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.035237 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.669711: 1 (75.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.669711 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.450318: 0 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.450318: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.391843: 0 (5.0/1.0) +| | sad-lonely- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.406641 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.330105: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.330105: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.406641: 0 (20.0) +| happy-pleased- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.437201: 0 (28.0) +| | Std_Acc1298_Std_Mem40_MFCC_0 > 0.437201 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.623216: 0 (11.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.623216: 1 (6.0/1.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_Flux <= 0.028154 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.196921: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.196921: 0 (6.0) +| Mean_Acc1298_Std_Mem40_Flux > 0.028154: 0 (133.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #2 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.237361: 1 (32.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.237361 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.459691 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.40629: 0 (4.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.40629: 1 (9.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.459691: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.04283: 1 (15.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.04283 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.135337 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.148174: 1 (12.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.148174 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.303717: 0 (7.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.303717: 1 (3.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.135337 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.801719 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.58974 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.094998 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.077987: 0 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.077987: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.094998 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.335898: 0 (135.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.335898 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.285826: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.285826 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.535602: 0 (31.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.535602 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.425433: 0 (8.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.425433: 1 (4.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.58974 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.204353: 0 (12.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.204353: 1 (11.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.801719 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.859047 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.303548: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.303548: 1 (14.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.859047: 0 (7.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.115706 +| | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.202054: 1 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_1 > 0.202054 +| | | amazed-suprised- = 0: 0 (70.0/1.0) +| | | amazed-suprised- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.079844: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.079844: 0 (2.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.115706 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.074951: 0 (12.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.074951 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.29123 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.117941: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.117941: 1 (36.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.29123 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.459001 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.284029 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.631817 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.285339 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.529555: 1 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.529555: 0 (7.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.285339: 0 (36.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.631817: 1 (6.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.284029: 1 (13.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.459001: 1 (11.0) +angry-aggresive- = 1 +| BH_HighPeakBPM <= 0.721805 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.394482 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.518826: 0 (93.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.518826 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.393123: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.393123: 0 (12.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.394482 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.361922: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.361922: 0 (2.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.261102: 0 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.261102: 1 (4.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.11714: 0 (31.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.11714 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.118469 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.317694 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.193909: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.193909 +| | | | | | quiet-still- = 0 +| | | | | | | BHSUM1 <= 0.295165: 0 (10.0/1.0) +| | | | | | | BHSUM1 > 0.295165: 1 (8.0/1.0) +| | | | | | quiet-still- = 1 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.102126 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.39843: 1 (30.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.39843: 0 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.102126 +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.110823: 0 (7.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.110823: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.317694: 1 (33.0/1.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.118469: 1 (48.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.446184 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.351892: 0 (18.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.351892: 1 (4.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.446184: 1 (6.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.410181: 0 (107.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.410181 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.094518: 1 (4.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.094518: 0 (10.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Std_Mem40_Rolloff <= 0.15134 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.37197 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.242874 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.390327: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.390327: 1 (4.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.242874 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.289515 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.143496: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.143496: 1 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.289515: 1 (64.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.37197: 0 (5.0) +| | happy-pleased- = 1 +| | | BH_HighPeakBPM <= 0.721805: 0 (11.0) +| | | BH_HighPeakBPM > 0.721805: 1 (2.0) +| amazed-suprised- = 1: 0 (19.0) +Mean_Acc1298_Std_Mem40_Rolloff > 0.15134 +| Std_Acc1298_Mean_Mem40_Rolloff <= 0.635756: 0 (204.0/3.0) +| Std_Acc1298_Mean_Mem40_Rolloff > 0.635756 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.232652: 0 (7.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.232652: 1 (4.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.138701: 0 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.138701 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.531428 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.43051 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.31787: 1 (25.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.31787 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.411444: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.411444: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.43051: 0 (7.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.531428: 0 (6.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.868497: 0 (90.0/2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.868497 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.320498: 0 (9.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.320498: 1 (5.0) +| | | relaxing-clam- = 1: 1 (3.0/1.0) +| happy-pleased- = 1 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.216932: 0 (81.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.216932 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 1 (2.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.109368: 0 (7.0) +| | Std_Acc1298_Std_Mem40_MFCC_12 > 0.109368 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.793148 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.608989 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329: 1 (50.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.608989 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.278367: 0 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.278367: 1 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.793148: 0 (4.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.155771 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.046434: 0 (13.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.046434 +| | BH_LowPeakAmp <= 0.011425: 0 (11.0) +| | BH_LowPeakAmp > 0.011425 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.233792 +| | | | BH_LowPeakAmp <= 0.361027 +| | | | | BH_HighPeakBPM <= 0.458647 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.084135: 1 (28.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.084135 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.387806 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.234503 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.257018: 1 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.257018: 0 (13.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.234503 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.217612 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.102489: 0 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.102489: 1 (19.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.217612: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.387806: 0 (14.0) +| | | | | BH_HighPeakBPM > 0.458647 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.182546 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.419189: 0 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.419189: 1 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.182546: 1 (45.0) +| | | | BH_LowPeakAmp > 0.361027 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.00937: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.00937 +| | | | | | BHSUM2 <= 0.520948: 0 (14.0) +| | | | | | BHSUM2 > 0.520948 +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.291346 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.154893: 0 (12.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.154893: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.291346: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.233792 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.379147: 0 (16.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.379147: 1 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.155771 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.14816 +| | Std_Acc1298_Std_Mem40_Flux <= 0.918895: 0 (6.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.918895: 1 (4.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.14816 +| | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.448353: 0 (98.0) +| | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.448353 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.280225: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.280225: 1 (2.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #3 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077771 +| Std_Acc1298_Std_Mem40_MFCC_3 <= 0.036837: 0 (4.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_3 > 0.036837: 1 (33.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077771 +| quiet-still- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.110858: 1 (13.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.110858 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.722836 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.403734 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.257838 +| | | | | | BH_HighPeakBPM <= 0.150376: 1 (5.0) +| | | | | | BH_HighPeakBPM > 0.150376 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.031466: 1 (8.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.031466 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.078738 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.521: 1 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.521: 0 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.078738 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.372491 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.190478: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.190478: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.372491 +| | | | | | | | | | BHSUM1 <= 0.365938: 0 (48.0) +| | | | | | | | | | BHSUM1 > 0.365938 +| | | | | | | | | | | sad-lonely- = 0: 1 (3.0) +| | | | | | | | | | | sad-lonely- = 1: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.257838 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.145201: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.145201: 1 (15.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.403734 +| | | | | angry-aggresive- = 0: 0 (52.0) +| | | | | angry-aggresive- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.629334 +| | | | | | | BH_LowPeakAmp <= 0.036938 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.344494: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.344494: 0 (2.0) +| | | | | | | BH_LowPeakAmp > 0.036938: 0 (30.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.629334: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.722836 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.055472: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.055472: 1 (10.0) +| quiet-still- = 1: 0 (79.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.21066: 0 (8.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.21066 +| | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.363992 +| | | | BHSUM3 <= 0.71056 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.421221 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.258382 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.262546: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.262546: 0 (13.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.258382: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.421221 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.054465 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.08124: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.08124: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.054465 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.43051 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.475809: 1 (67.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.475809 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.240286: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.240286: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.43051 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.357384: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.357384: 1 (5.0) +| | | | BHSUM3 > 0.71056: 0 (8.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.363992 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.532626: 0 (16.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.532626: 1 (2.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.399342 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.444071: 0 (66.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.444071 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.213035: 0 (16.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.213035 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.152876 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.451012: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.451012: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.152876: 0 (9.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.399342 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.317357: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.317357: 1 (4.0) +quiet-still- = 1 +| BH_LowPeakBPM <= 0.031746 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.422435: 0 (2.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.422435: 1 (2.0) +| BH_LowPeakBPM > 0.031746: 0 (75.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.753977 +| | | sad-lonely- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.181922 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.341495: 0 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.341495: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.181922: 1 (83.0/1.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.188987: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.188987 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.513499 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.266071 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.575269: 1 (36.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.575269: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.266071 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.563822: 1 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.563822 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.152329: 1 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.152329: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.513499: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.753977 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.143949: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.143949: 0 (13.0/1.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.380412: 0 (33.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.380412 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.433376: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.433376: 0 (9.0/1.0) +angry-aggresive- = 1 +| quiet-still- = 0 +| | sad-lonely- = 0: 0 (101.0) +| | sad-lonely- = 1 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.198995: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.198995: 0 (3.0) +| quiet-still- = 1: 1 (2.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.126802 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.191413: 0 (9.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.191413 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.201809: 0 (5.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.201809 +| | | | BHSUM1 <= 0.197293: 1 (56.0/1.0) +| | | | BHSUM1 > 0.197293 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.396406: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.396406 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.46092: 1 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.46092: 0 (2.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.691311: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.691311: 1 (2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.126802 +| BH_LowPeakAmp <= 0.024763 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.539398: 1 (7.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.539398: 0 (21.0/1.0) +| BH_LowPeakAmp > 0.024763 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.342369: 0 (192.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.342369 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.35457: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.35457: 0 (13.0/1.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.135981 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.219593: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.219593: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.135981 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.410195: 1 (5.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.410195 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.556056: 0 (26.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.556056 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517105 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.554147: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.554147: 1 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517105: 0 (8.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.375296 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.334916: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.334916: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.375296: 0 (90.0/2.0) +| happy-pleased- = 1: 0 (98.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517105 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.164318: 1 (44.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.164318 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.322633 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.08638: 1 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.08638: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.322633: 1 (8.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517105 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.259065: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.259065: 0 (10.0) +| | angry-aggresive- = 1: 0 (2.0) +| happy-pleased- = 1: 0 (2.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.192317 +| Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.552866 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.220104 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.430625 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.246527 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.201072 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.418938 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.121093: 1 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.121093: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.418938 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40987: 0 (7.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40987: 1 (3.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.201072: 1 (36.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.246527 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.085729: 1 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.085729 +| | | | | | BH_HighPeakAmp <= 0.015616 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.556538: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.556538: 0 (3.0) +| | | | | | BH_HighPeakAmp > 0.015616: 0 (19.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.430625: 1 (32.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.220104 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.828911: 0 (23.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.828911: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.552866: 0 (16.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.192317 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.210357: 0 (118.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.210357 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.119643: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.119643 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.730135 +| | | | BH_LowPeakBPM <= 0.555556: 0 (25.0) +| | | | BH_LowPeakBPM > 0.555556 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.27447: 0 (7.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.27447: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.730135: 1 (2.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #4 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.135881 +| BH_HighPeakBPM <= 0.496241 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.276911: 1 (35.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.276911 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.237171 +| | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.224125: 1 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.224125: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.237171: 1 (8.0) +| BH_HighPeakBPM > 0.496241: 0 (6.0) +Std_Acc1298_Mean_Mem40_MFCC_6 > 0.135881 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.100703 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.266733 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557352: 1 (11.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557352: 0 (2.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.266733: 0 (5.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.100703 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.746963 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.182124 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.043106 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.122963: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.122963: 0 (15.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.043106: 1 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.182124 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.251247 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.542393: 0 (13.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.542393: 1 (5.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.251247: 0 (173.0/2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.746963 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.327892: 1 (11.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.327892 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.077687: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.077687 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.350558: 0 (18.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.350558: 1 (3.0/1.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.50233 +| | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.213259: 0 (19.0) +| | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.213259 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.083236 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.125263: 1 (5.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.125263: 0 (4.0) +| | | | amazed-suprised- = 1: 0 (20.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.083236 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.249194 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178599 +| | | | | | BH_HighPeakAmp <= 0.399635 +| | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.306895 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.140913: 0 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.140913: 1 (21.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.306895: 0 (5.0/1.0) +| | | | | | BH_HighPeakAmp > 0.399635: 0 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178599: 1 (33.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.249194 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.530144 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.320318: 0 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.320318 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.073383: 0 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.073383 +| | | | | | | | BH_HighPeakBPM <= 0.593985: 1 (17.0) +| | | | | | | | BH_HighPeakBPM > 0.593985: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.530144: 0 (11.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.50233 +| | Std_Acc1298_Std_Mem40_Flux <= 0.820629: 1 (4.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.820629 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.452697: 0 (55.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.452697 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.237145: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.237145: 0 (2.0) +sad-lonely- = 1: 0 (104.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759577 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.188077 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.408297: 0 (7.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.408297: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.188077 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.533854 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.230949 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.618007: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.618007: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.230949 +| | | | | | BH_HighPeakBPM <= 0.691729: 1 (132.0/3.0) +| | | | | | BH_HighPeakBPM > 0.691729 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.280453: 1 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.280453: 0 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.533854 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.355478 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.125369: 0 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.125369: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.355478: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759577: 0 (11.0/1.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.41396: 0 (45.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.41396 +| | | happy-pleased- = 0: 0 (2.0) +| | | happy-pleased- = 1: 1 (4.0) +angry-aggresive- = 1 +| BH_HighPeakBPM <= 0.721805: 0 (84.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.478642: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.478642: 0 (3.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.103832 +| happy-pleased- = 0 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.174013 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.371716 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.155826: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.155826: 0 (5.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.371716: 1 (56.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.174013: 0 (5.0/1.0) +| | amazed-suprised- = 1: 0 (4.0) +| happy-pleased- = 1: 0 (10.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.103832 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.500211 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.135898 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.396184: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.396184 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.042545: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.042545 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.218709: 0 (30.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.218709: 1 (3.0/1.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.135898: 0 (190.0/3.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.500211 +| | BH_HighPeakAmp <= 0.097743: 1 (10.0) +| | BH_HighPeakAmp > 0.097743: 0 (3.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.104307 +| | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.521336 +| | | Std_Acc1298_Std_Mem40_Centroid <= 0.35396 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.439508 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.085607: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.085607 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.477789: 0 (12.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.477789: 1 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.439508: 1 (10.0) +| | | Std_Acc1298_Std_Mem40_Centroid > 0.35396: 1 (46.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.521336: 0 (5.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.104307 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.896465 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.44822: 0 (34.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.44822 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.232022: 0 (38.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.232022 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.247105: 1 (8.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.247105 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.228748: 1 (12.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.228748 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.210736: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.210736 +| | | | | | | | BH_LowPeakBPM <= 0.206349: 0 (19.0) +| | | | | | | | BH_LowPeakBPM > 0.206349 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.720255 +| | | | | | | | | | BHSUM1 <= 0.536923 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.465355: 1 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.465355: 0 (28.0/1.0) +| | | | | | | | | | BHSUM1 > 0.536923: 1 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.720255: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.896465: 1 (8.0/1.0) +amazed-suprised- = 1: 0 (87.0/1.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.088827 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.035237: 0 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.035237 +| | | | amazed-suprised- = 0: 1 (40.0/2.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.290443: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.290443 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.403246 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.078183: 0 (5.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.078183: 1 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.403246: 1 (16.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.509405: 0 (15.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.509405: 1 (5.0/1.0) +| quiet-still- = 1: 0 (4.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.088827 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.285651 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.467775 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.421523 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.720255: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.720255: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.421523: 1 (13.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.467775: 0 (6.0) +| | happy-pleased- = 1: 0 (12.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.285651 +| | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.699801 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.130719 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.373817: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.373817: 0 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.130719: 0 (169.0) +| | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.699801 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.553895: 0 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.553895: 1 (4.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #5 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.184234 +| Std_Acc1298_Std_Mem40_MFCC_5 <= 0.351384 +| | BH_LowPeakBPM <= 0.857143 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.029549 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.080155: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.080155: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.029549: 1 (28.0) +| | BH_LowPeakBPM > 0.857143: 0 (2.0) +| Std_Acc1298_Std_Mem40_MFCC_5 > 0.351384: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_4 > 0.184234 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.772767 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.193131 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.164572: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.164572 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.63551: 1 (12.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.63551 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.34138: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.34138: 0 (7.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.193131 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.358396 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.13033 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.121754 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.242142: 0 (38.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.242142 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.344585: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.344585: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.121754 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.333143: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.333143: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.13033: 0 (73.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.358396 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.509882: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.509882: 1 (7.0/1.0) +| | | quiet-still- = 1: 0 (84.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.772767 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.111683 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.139664: 1 (16.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.139664 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.138852: 0 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.138852: 1 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.111683 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.209283: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.209283: 0 (12.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.074951: 0 (32.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.074951 +| Mean_Acc1298_Std_Mem40_Centroid <= 0.055053: 0 (23.0) +| Mean_Acc1298_Std_Mem40_Centroid > 0.055053 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.275288 +| | | | BH_LowPeakAmp <= 0.014274: 0 (19.0) +| | | | BH_LowPeakAmp > 0.014274 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.335713 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.268279: 0 (15.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.268279 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.468172 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.371147 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.148078: 0 (12.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.148078 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.116166: 1 (12.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.116166 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.035316: 1 (7.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.035316 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.4128: 0 (11.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.4128 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.098726: 1 (8.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.098726 +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.211523: 1 (11.0/1.0) +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.211523 +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.305708 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.45242 +| | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.281365: 1 (2.0) +| | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.281365 +| | | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.687403: 0 (32.0) +| | | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.687403: 1 (2.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.45242: 1 (3.0) +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.305708: 1 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.371147: 1 (11.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.468172: 0 (9.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.335713: 0 (17.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.275288 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.717025 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.319821: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.319821: 1 (35.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.717025: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.117655: 0 (33.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.117655 +| | | | BH_HighPeakBPM <= 0.225564: 1 (3.0) +| | | | BH_HighPeakBPM > 0.225564 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.29095: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.29095: 0 (16.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.084987: 0 (22.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.084987 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759494 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.118101 +| | | | happy-pleased- = 0 +| | | | | sad-lonely- = 0: 0 (17.0) +| | | | | sad-lonely- = 1: 1 (2.0) +| | | | happy-pleased- = 1: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.118101 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.850346 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.072323 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.492188: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.492188: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.072323 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.212223 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.065055: 1 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.065055: 0 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.212223 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.529129 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.09468 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.601074: 1 (15.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.601074 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.675331: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.675331: 1 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.09468: 1 (123.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.529129 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.513363: 1 (7.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.513363: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.850346 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.12759: 1 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.12759: 0 (6.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759494: 0 (17.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.485135: 0 (75.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.485135 +| | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.442264: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.442264: 0 (3.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Std_Mem40_Rolloff <= 0.150008 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.188528 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.094467 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.201403: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.201403: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.094467: 1 (70.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.188528: 0 (10.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.29056: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.29056: 0 (29.0) +Mean_Acc1298_Std_Mem40_Rolloff > 0.150008 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.351058: 0 (157.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.351058 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.640836 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.0666: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.0666 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.264714: 0 (36.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.264714 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.40629: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.40629: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.640836: 1 (6.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.6091 +| | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.191795: 0 (82.0/4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.191795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.240364 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.262257 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.259561: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.259561: 0 (9.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.262257: 1 (10.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.240364 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.678322: 0 (25.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.678322: 1 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.6091 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.381451: 1 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.381451: 0 (3.0) +| happy-pleased- = 1: 0 (95.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.106099: 0 (8.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.106099 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.553061 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.477365 +| | | | | BHSUM1 <= 0.155049: 1 (43.0) +| | | | | BHSUM1 > 0.155049 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.314996: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.314996 +| | | | | | | BH_HighPeakAmp <= 0.003617: 0 (4.0/1.0) +| | | | | | | BH_HighPeakAmp > 0.003617: 1 (14.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.477365: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.553061: 0 (6.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.11819 +| BH_HighPeakAmp <= 0.048561: 1 (31.0) +| BH_HighPeakAmp > 0.048561 +| | relaxing-clam- = 0 +| | | happy-pleased- = 0 +| | | | amazed-suprised- = 0: 1 (17.0/1.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.62961 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.379937 +| | | | | | | BH_LowPeakBPM <= 0.555556: 0 (14.0/1.0) +| | | | | | | BH_LowPeakBPM > 0.555556: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.379937: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.62961: 1 (8.0) +| | | happy-pleased- = 1: 0 (6.0/1.0) +| | relaxing-clam- = 1: 0 (5.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.11819 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.133233 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.755534 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.212157: 1 (13.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.212157: 0 (6.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.755534: 0 (4.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.133233 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.150219 +| | | | BH_HighPeakBPM <= 0.541353: 0 (18.0) +| | | | BH_HighPeakBPM > 0.541353: 1 (6.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.150219: 0 (167.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263162: 0 (16.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263162 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.306835: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.306835: 0 (4.0/1.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #6 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.083868 +| Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.689409 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.159044 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.419829: 1 (43.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.419829: 0 (3.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.159044 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.553228: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.553228: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.689409: 0 (5.0) +Std_Acc1298_Mean_Mem40_MFCC_7 > 0.083868 +| sad-lonely- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.0813: 1 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.0813 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.595041 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.525105 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.382708 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.090226: 0 (12.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.090226 +| | | | | | | | BHSUM3 <= 0.208696 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.08278: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.08278: 0 (19.0/1.0) +| | | | | | | | BHSUM3 > 0.208696 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.34911 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.643657 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.159003: 0 (2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.159003: 1 (26.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.643657: 0 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.34911: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.382708: 0 (35.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.525105 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.255781 +| | | | | | | BH_LowPeakBPM <= 0.253968 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.264045: 0 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.264045: 1 (5.0) +| | | | | | | BH_LowPeakBPM > 0.253968: 0 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.255781: 1 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.595041: 0 (24.0) +| | quiet-still- = 1: 0 (21.0) +| sad-lonely- = 1: 0 (89.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.58845 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.454831 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.292802 +| | | | | | amazed-suprised- = 0: 1 (2.0) +| | | | | | amazed-suprised- = 1: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.292802 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.066898: 0 (5.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.066898: 1 (66.0/5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.454831 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.2936: 0 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.2936: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.58845: 0 (7.0) +| | quiet-still- = 1 +| | | BH_HighPeakAmp <= 0.037601: 0 (18.0/1.0) +| | | BH_HighPeakAmp > 0.037601: 1 (3.0) +| angry-aggresive- = 1: 0 (117.0/4.0) +sad-lonely- = 1: 0 (92.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.13393 +| Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.770847: 0 (99.0) +| Mean_Acc1298_Std_Mem40_MFCC_6 > 0.770847 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.171271: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.171271: 1 (2.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.13393 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.250969 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.111577 +| | | | quiet-still- = 0 +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.192655: 0 (19.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.192655: 1 (2.0) +| | | | quiet-still- = 1: 1 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.111577 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194402 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.693156: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.693156: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.194402 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.701042 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.494057 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.119086 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.427494: 1 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.427494: 0 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.119086: 1 (105.0/3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.494057 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.272808: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.272808: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.701042 +| | | | | | BH_HighPeakBPM <= 0.421053: 1 (3.0) +| | | | | | BH_HighPeakBPM > 0.421053: 0 (8.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.250969: 0 (10.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.069743: 1 (4.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.069743 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.106446 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.435993: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.435993: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.106446: 0 (32.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.462262 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.06538 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.491812: 0 (7.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.491812: 1 (5.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.06538 +| | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.188057: 0 (166.0) +| | Std_Acc1298_Std_Mem40_MFCC_12 > 0.188057 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.672727 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.487888 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.459437: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.459437: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.487888: 0 (43.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.672727: 1 (4.0/1.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.462262 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.142908 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.152046: 0 (10.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.152046 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.303664: 1 (48.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.303664 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.280939: 0 (8.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.280939: 1 (7.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.142908 +| | BH_HighPeakBPM <= 0.120301: 1 (2.0) +| | BH_HighPeakBPM > 0.120301: 0 (22.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Mean_Acc1298_Mean_Mem40_Centroid <= 0.179849 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.192695: 0 (13.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.192695 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.365992 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.504253 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.165309: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.165309: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.504253: 1 (17.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.365992 +| | | | BH_LowPeakBPM <= 0.174603: 1 (2.0) +| | | | BH_LowPeakBPM > 0.174603: 0 (8.0) +| Mean_Acc1298_Mean_Mem40_Centroid > 0.179849 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.501065 +| | | BHSUM2 <= 0.024335 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.738289: 0 (5.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.738289: 1 (6.0) +| | | BHSUM2 > 0.024335 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.436114: 0 (85.0/2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.436114 +| | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.075231: 1 (12.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_Flux > 0.075231 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.125921: 0 (23.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.125921 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.494864: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.494864: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.501065: 0 (77.0) +quiet-still- = 1 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.09677 +| | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.38724 +| | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.29675 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.570186: 1 (6.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.570186: 0 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.29675: 1 (6.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.38724: 1 (30.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.09677 +| | BH_LowPeakAmp <= 0.008161: 1 (4.0) +| | BH_LowPeakAmp > 0.008161 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.613113 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.448825: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.448825: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.613113: 0 (11.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.173138 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.470999 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.218241: 1 (24.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.218241 +| | | | quiet-still- = 0 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.332093 +| | | | | | BH_HighPeakBPM <= 0.240602 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.135059: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.135059 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.103025: 1 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.103025: 0 (33.0/1.0) +| | | | | | BH_HighPeakBPM > 0.240602 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.096297 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.891965: 0 (8.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.891965: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.096297: 1 (23.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.332093: 1 (19.0/1.0) +| | | | quiet-still- = 1: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.470999: 1 (49.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.173138: 0 (27.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.424137: 0 (125.0) +| Mean_Acc1298_Std_Mem40_MFCC_1 > 0.424137 +| | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.489943: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.489943: 0 (4.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #7 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.10064 +| | Std_Acc1298_Std_Mem40_Rolloff <= 0.086486: 0 (2.0) +| | Std_Acc1298_Std_Mem40_Rolloff > 0.086486: 1 (18.0) +| Std_Acc1298_Mean_Mem40_MFCC_2 > 0.10064 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.125719: 0 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.125719 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.200585: 1 (19.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.200585 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.522018: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.522018: 1 (3.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.143269 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.405753: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.405753: 1 (13.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.143269 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.199201 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.117952: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.117952 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.291386: 1 (11.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.291386: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.199201 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.181583 +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.055179: 0 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.055179: 1 (6.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.181583 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.45242: 0 (136.0/15.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.45242 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.469871: 1 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.469871: 0 (4.0) +quiet-still- = 1: 0 (89.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.361774 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.0882: 0 (33.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.0882 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.315693 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.456975 +| | | | | BH_HighPeakBPM <= 0.120301: 0 (22.0) +| | | | | BH_HighPeakBPM > 0.120301 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.640916 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.678127 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.24027 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.101977 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.353795 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.398244: 0 (10.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.398244 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.032126: 0 (3.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.032126 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.101212 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.183036: 1 (4.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.183036: 0 (3.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.101212: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.353795: 0 (22.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.101977 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.680556 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.151078 +| | | | | | | | | | | | BH_LowPeakBPM <= 0.349206: 0 (9.0/1.0) +| | | | | | | | | | | | BH_LowPeakBPM > 0.349206: 1 (4.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.151078: 1 (25.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.680556: 0 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.24027: 0 (12.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.678127: 1 (8.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.640916: 0 (17.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.456975: 1 (9.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.315693: 0 (22.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.361774 +| | BH_LowPeakBPM <= 0.460317: 1 (19.0) +| | BH_LowPeakBPM > 0.460317: 0 (4.0/1.0) +quiet-still- = 1 +| BHSUM2 <= 0.211311: 0 (81.0/1.0) +| BHSUM2 > 0.211311 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.100745: 0 (5.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.100745: 1 (3.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081151 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.374812: 0 (86.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.374812 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.286791: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.286791: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081151 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.780447 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.341277: 1 (44.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.341277 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.414278 +| | | | | Std_Acc1298_Std_Mem40_Flux <= 0.912623 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.090341: 0 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.090341 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.156382 +| | | | | | | | BHSUM1 <= 0.056146: 0 (8.0) +| | | | | | | | BHSUM1 > 0.056146 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.346544: 1 (10.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.346544 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.322672: 0 (10.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.322672 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.794385 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.287193 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.324418: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.324418: 0 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.287193: 1 (15.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.794385: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.156382: 1 (20.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Flux > 0.912623 +| | | | | | BH_LowPeakAmp <= 0.057412: 1 (33.0) +| | | | | | BH_LowPeakAmp > 0.057412 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.038672: 0 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.038672: 1 (15.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.414278: 0 (9.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.156739 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.290683: 1 (7.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.290683: 0 (4.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.156739: 0 (17.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.780447: 0 (23.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.180312 +| BH_HighPeakAmp <= 0.048217 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.186696: 0 (6.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.186696 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.443173 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.202755: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.202755: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.443173 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.203953 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.409839: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.409839: 1 (2.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.203953: 1 (75.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (13.0/1.0) +| BH_HighPeakAmp > 0.048217 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.294423: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.294423 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.500354: 0 (44.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.500354: 1 (3.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.180312: 0 (172.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309289 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.327673 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.325447 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.308186: 1 (16.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.308186: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.325447 +| | | | | BH_HighPeakBPM <= 0.721805 +| | | | | | amazed-suprised- = 0 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.415484 +| | | | | | | | angry-aggresive- = 0 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.413393: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.413393: 1 (9.0) +| | | | | | | | angry-aggresive- = 1: 0 (10.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.415484: 0 (15.0) +| | | | | | amazed-suprised- = 1: 0 (27.0) +| | | | | BH_HighPeakBPM > 0.721805: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.327673: 0 (62.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309289: 1 (10.0/1.0) +| happy-pleased- = 1: 0 (79.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (7.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.25819 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.682003 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.227995 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.178059: 1 (5.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.178059: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.227995 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.731101: 1 (56.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.731101: 0 (3.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.682003: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.25819: 0 (4.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.249621: 0 (8.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.249621 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.425965 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.232715 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.060181: 1 (30.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.060181 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.395557 +| | | | | | | | BH_LowPeakBPM <= 0.079365: 0 (3.0) +| | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.152098: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.152098 +| | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.93205: 1 (24.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.93205: 0 (3.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.395557: 0 (7.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.232715: 0 (5.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.425965: 1 (37.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.238487: 0 (18.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.238487 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.232054 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.153725: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.153725: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.232054: 1 (6.0) +| quiet-still- = 1 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.029089: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.029089: 0 (25.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.55673: 0 (140.0/1.0) +| Mean_Acc1298_Std_Mem40_MFCC_5 > 0.55673 +| | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.339051: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.339051: 0 (5.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #8 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.108684 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.114255 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.04937: 0 (3.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.04937: 1 (31.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.114255: 0 (4.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.108684 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.118249 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.039883: 0 (4.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.039883: 1 (16.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.118249 +| | quiet-still- = 0 +| | | BH_LowPeakBPM <= 0.079365 +| | | | Std_Acc1298_Std_Mem40_Flux <= 0.880957: 0 (8.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Flux > 0.880957: 1 (11.0) +| | | BH_LowPeakBPM > 0.079365 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.256977 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.206509 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.418758: 0 (12.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.418758: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.206509: 1 (10.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.256977 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.557254: 0 (45.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.557254 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.396083 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.064641 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.362075: 0 (5.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.362075: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.064641: 0 (73.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.396083 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.392458: 0 (8.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.392458 +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.383485: 1 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.383485 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.226245: 1 (3.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.226245: 0 (7.0) +| | quiet-still- = 1: 0 (71.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.394547: 0 (12.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.394547 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.209598: 0 (9.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.209598 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.606206 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.371904 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.274854 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.413664 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.20371: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.20371 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.384398 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.199851: 0 (5.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.199851 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.476942 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.142809: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.142809: 1 (11.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.476942: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.384398: 1 (28.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.413664: 0 (11.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.274854 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.418513: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.418513: 1 (27.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.371904: 0 (9.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281: 1 (19.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.606206: 0 (7.0) +| quiet-still- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.200802 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.292132: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.292132: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.200802 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.888492 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.544443: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.544443: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.888492: 0 (58.0) +angry-aggresive- = 1: 0 (109.0/2.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.109036: 0 (23.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.109036 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.212575 +| | | | BH_LowPeakBPM <= 0.619048 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.589358: 1 (101.0/3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.589358 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.646732 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.482846: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.482846: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.646732: 1 (11.0) +| | | | BH_LowPeakBPM > 0.619048 +| | | | | BH_LowPeakBPM <= 0.666667: 0 (7.0/1.0) +| | | | | BH_LowPeakBPM > 0.666667 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.241011: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.241011: 1 (17.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.212575 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.304764 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.542566: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.542566: 0 (13.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.304764: 1 (4.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.407302: 0 (22.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.407302: 1 (6.0) +angry-aggresive- = 1 +| Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.2164 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.32866: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.32866: 0 (5.0) +| Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.2164: 0 (101.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.443173 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.18226: 0 (189.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.18226 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.554584: 0 (17.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.554584: 1 (4.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.443173 +| BH_HighPeakAmp <= 0.070132 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.171053 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.157156: 0 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.157156 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.201908: 0 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.201908 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.178054 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.122982 +| | | | | | | BH_LowPeakBPM <= 0.238095: 0 (3.0) +| | | | | | | BH_LowPeakBPM > 0.238095: 1 (13.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.122982: 1 (50.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.178054: 0 (5.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.171053: 0 (8.0) +| BH_HighPeakAmp > 0.070132 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032249: 1 (3.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032249: 0 (26.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.077081 +| happy-pleased- = 0: 1 (32.0/1.0) +| happy-pleased- = 1: 0 (3.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.077081 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.153548: 0 (92.0/3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.153548 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.399577: 0 (20.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.399577 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.133582: 0 (7.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.133582 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.577188 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.282527: 0 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.282527 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.56278: 1 (22.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.56278: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.577188: 0 (5.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.156359: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.156359: 0 (14.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.246741: 0 (79.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.246741 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.525655: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.525655: 1 (2.0) +| quiet-still- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.359434: 0 (16.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.359434 +| | | happy-pleased- = 0 +| | | | BHSUM1 <= 0.151317: 1 (14.0) +| | | | BHSUM1 > 0.151317 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.364391: 0 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.364391: 1 (2.0) +| | | happy-pleased- = 1: 0 (3.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.088827 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.326941 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.515993 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345: 1 (55.0/2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.849701: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.849701: 1 (11.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.515993 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.164703 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.761396: 0 (11.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.761396: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.164703: 1 (8.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.326941: 0 (5.0) +| quiet-still- = 1: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.088827 +| Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.554323 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.49544 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.142059 +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.235782 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.109235: 1 (3.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.109235: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.235782: 1 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.142059 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.611362: 0 (154.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.611362 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.513272: 0 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.513272: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.49544 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.498101: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.498101: 0 (6.0) +| Mean_Acc1298_Std_Mem40_MFCC_5 > 0.554323 +| | BH_HighPeakAmp <= 0.145839 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.51431: 1 (15.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.51431: 0 (3.0) +| | BH_HighPeakAmp > 0.145839: 0 (3.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #9 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_5 <= 0.119645: 1 (19.0) +Std_Acc1298_Std_Mem40_MFCC_5 > 0.119645 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.199603 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.371761: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.371761 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.051196 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.283952: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.283952: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.051196: 1 (26.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.199603 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.073459 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.17201: 1 (13.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.17201: 0 (7.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.073459 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.668286 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.578144: 0 (119.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.578144 +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (7.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.546544 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.20822 +| | | | | | | | BH_LowPeakBPM <= 0.126984: 1 (3.0) +| | | | | | | | BH_LowPeakBPM > 0.126984 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.287917: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.287917 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.246728: 0 (16.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.246728 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.34244: 1 (3.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.34244: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.20822 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.20924: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.20924: 0 (69.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.546544: 1 (7.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.668286 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.13089: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.13089 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.544239: 1 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.544239: 0 (2.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.614183 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.172968: 0 (6.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.172968 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.225624 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.111641 +| | | | | | | relaxing-clam- = 0 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.106497: 1 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.106497: 0 (4.0) +| | | | | | | relaxing-clam- = 1: 0 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.111641 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292639: 1 (60.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292639 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.559905: 1 (7.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.559905: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.225624 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.357328 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.100622: 0 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.100622: 1 (11.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.357328: 0 (7.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.614183: 0 (8.0) +| | quiet-still- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.658773: 0 (18.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.658773: 1 (2.0) +| angry-aggresive- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.360687 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.43934: 0 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.43934 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.379202: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.379202: 1 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.360687: 0 (68.0/1.0) +sad-lonely- = 1: 0 (95.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.121093 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.161608: 0 (34.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.161608 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.530103: 0 (9.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.530103: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.121093 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.183871: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.183871 +| | | BHSUM3 <= 0.049143 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.366488: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.366488: 0 (8.0) +| | | BHSUM3 > 0.049143 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.498164 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.287643: 1 (66.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.287643 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.311156: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.311156 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.59373: 1 (26.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.59373: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.498164 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.142582: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.142582 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.414257 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.232483 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.203209: 0 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.203209: 1 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.232483: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.414257 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.189205 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.067674: 0 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.067674: 1 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.189205 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.402329: 1 (33.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.402329: 0 (2.0) +amazed-suprised- = 1 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.496635: 0 (92.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.496635 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.386424: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.386424: 0 (3.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.114412 +| sad-lonely- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.252801 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167: 0 (18.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.252801: 1 (10.0/1.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.887006: 1 (62.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.887006 +| | | relaxing-clam- = 0: 0 (2.0) +| | | relaxing-clam- = 1: 1 (2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.114412 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.471739 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.171931 +| | | relaxing-clam- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.452319: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.452319: 0 (29.0) +| | | relaxing-clam- = 1: 1 (5.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.171931: 0 (182.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.471739 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.246456: 0 (5.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.246456: 1 (8.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.093115 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.570865 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.242071 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.219963: 1 (8.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.219963: 0 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.242071 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.570136: 1 (55.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.570136 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.081872: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.081872: 0 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.570865: 0 (6.0/1.0) +| amazed-suprised- = 1: 0 (5.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.093115 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.292447: 0 (101.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.292447 +| | BHSUM1 <= 0.531832 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.068724 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.590712: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.590712: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.068724 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.430429 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.252834 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.385199 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.128231: 0 (8.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.128231: 1 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.385199: 0 (28.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.252834: 0 (54.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.430429 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263297: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263297 +| | | | | | amazed-suprised- = 0 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.354838: 1 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.354838 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.6235: 0 (13.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.6235: 1 (3.0/1.0) +| | | | | | amazed-suprised- = 1: 0 (3.0) +| | BHSUM1 > 0.531832 +| | | BH_LowPeakBPM <= 0.301587: 0 (4.0) +| | | BH_LowPeakBPM > 0.301587: 1 (8.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.471353 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.053259: 1 (21.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.053259 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.049708 +| | | | | BH_HighPeakAmp <= 0.19204: 1 (15.0) +| | | | | BH_HighPeakAmp > 0.19204: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.049708 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.844972 +| | | | | | sad-lonely- = 0 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.40307 +| | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.939193 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.186903: 1 (6.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.186903 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.32609 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.547005 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.233163: 0 (12.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.233163 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.053062: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.053062: 1 (5.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.547005: 0 (34.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.32609: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.939193: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.40307: 1 (5.0) +| | | | | | sad-lonely- = 1: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.844972: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.471353: 1 (35.0/1.0) +| quiet-still- = 1: 0 (27.0/1.0) +relaxing-clam- = 1: 0 (146.0/1.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.meta.BaggingMLdup: Model #10 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.092625 +| relaxing-clam- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.229059: 1 (28.0) +| | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.229059 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.16856: 0 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.16856 +| | | | BHSUM1 <= 0.454627 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.488323: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.488323: 1 (2.0) +| | | | BHSUM1 > 0.454627: 1 (11.0) +| relaxing-clam- = 1: 0 (2.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.092625 +| relaxing-clam- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140958: 0 (30.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.140958 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.071588 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.17053: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.17053: 0 (24.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.071588 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.619939 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.118168: 0 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.118168 +| | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.036121: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.036121 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.105788: 1 (12.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.105788 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.147348: 0 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.147348 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.499829 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.257709: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.257709: 1 (25.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.499829 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.213145: 1 (4.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.213145: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.619939: 0 (8.0) +| relaxing-clam- = 1: 0 (144.0/5.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.375524: 0 (17.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.375524 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.535136 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.055722: 0 (8.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.055722 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.590441 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.125611: 0 (6.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.125611 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.697513 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.117986 +| | | | | | | | | BH_LowPeakBPM <= 0.206349: 1 (4.0) +| | | | | | | | | BH_LowPeakBPM > 0.206349: 0 (8.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.117986 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.246003: 1 (37.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.246003 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.362233 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.255101: 0 (7.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.255101: 1 (7.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.362233: 1 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.697513: 1 (28.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.590441 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.377607: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.377607: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.535136: 0 (10.0) +| angry-aggresive- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.429049: 0 (61.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.429049 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40569 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.12228: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.12228: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40569: 0 (17.0) +sad-lonely- = 1: 0 (85.0/1.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.073415: 0 (26.0) +| Std_Acc1298_Mean_Mem40_MFCC_8 > 0.073415 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.753977 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.468496: 0 (17.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.468496: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.128576 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.60065: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.60065: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.128576 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.686129 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 1 (63.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.489655 +| | | | | | | | BHSUM2 <= 0.237673: 1 (45.0) +| | | | | | | | BHSUM2 > 0.237673 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.280732: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.280732: 0 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.489655 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.400516 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.609951: 0 (8.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.609951: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.400516: 1 (10.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.686129 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.485313: 1 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.485313: 0 (9.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.753977 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.315665: 0 (18.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.315665: 1 (4.0/1.0) +angry-aggresive- = 1: 0 (93.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.462262 +| relaxing-clam- = 0: 0 (145.0) +| relaxing-clam- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.30584: 1 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.30584 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.605232: 0 (54.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.605232 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.431396: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.431396: 0 (10.0/1.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.462262 +| happy-pleased- = 0 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.102997: 0 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.102997 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.343242 +| | | | | BHSUM1 <= 0.1209: 1 (5.0) +| | | | | BHSUM1 > 0.1209: 0 (12.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.343242: 1 (62.0/2.0) +| | amazed-suprised- = 1: 0 (3.0) +| happy-pleased- = 1: 0 (24.0/1.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.097773 +| Std_Acc1298_Std_Mem40_Centroid <= 0.356218 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.441813 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.275266: 0 (21.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.275266: 1 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.441813: 1 (9.0/1.0) +| Std_Acc1298_Std_Mem40_Centroid > 0.356218: 1 (39.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.097773 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.5023 +| | BH_HighPeakBPM <= 0.406015 +| | | relaxing-clam- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.327306 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.066753: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.066753 +| | | | | | BH_LowPeakBPM <= 0.349206: 0 (10.0) +| | | | | | BH_LowPeakBPM > 0.349206: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.327306: 0 (86.0/4.0) +| | | relaxing-clam- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.698219 +| | | | | BHSUM1 <= 0.125832: 1 (6.0/1.0) +| | | | | BHSUM1 > 0.125832 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.354838 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.372348: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.372348: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.354838: 0 (37.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.698219: 1 (4.0) +| | BH_HighPeakBPM > 0.406015: 0 (83.0/1.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.5023 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.300872: 0 (7.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.300872 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.160462: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.160462: 1 (11.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.387135 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.904198 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.540459 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.36689 +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.471073 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.373685: 1 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.373685 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.679614 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.256977 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.080024: 0 (11.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.080024: 1 (14.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.256977 +| | | | | | | | BH_HighPeakBPM <= 0.526316: 0 (38.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.526316 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.556975: 1 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.556975: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.679614: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.471073: 1 (12.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.36689: 0 (34.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.540459 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.219697: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.219697: 1 (25.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.904198: 1 (15.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.387135 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.101555 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.242173: 0 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.242173: 1 (6.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.101555: 0 (144.0/1.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.BaggingMLdup +Options [-S, 1, -I, 10, -P, 67, -W, meka.classifiers.multilabel.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/CM.ref b/bin/test/meka/classifiers/multilabel/meta/CM.ref new file mode 100644 index 00000000..1d3b9588 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/CM.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.CM +Options [-I, 10, -W, meka.classifiers.multilabel.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/DeepML.ref b/bin/test/meka/classifiers/multilabel/meta/DeepML.ref new file mode 100644 index 00000000..dda025d7 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/DeepML.ref @@ -0,0 +1,18 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.DeepML +Options [-N, 2, -H, 10, -E, 1000, -r, 0.1, -m, 0.1, -W, meka.classifiers.multilabel.BR, --, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/EM.ref b/bin/test/meka/classifiers/multilabel/meta/EM.ref new file mode 100644 index 00000000..a9b3c59a --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/EM.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.EM +Options [-I, 10, -W, meka.classifiers.multilabel.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/EnsembleML.ref b/bin/test/meka/classifiers/multilabel/meta/EnsembleML.ref new file mode 100644 index 00000000..3da5c2a8 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/EnsembleML.ref @@ -0,0 +1,3202 @@ +== Model info + +Model +meka.classifiers.multilabel.meta.EnsembleML: Model #1 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.224621 +| | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.265748: 1 (25.0) +| | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.265748 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.092323: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.092323 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.271472: 0 (3.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.271472: 1 (12.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.224621 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.182152 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.16921 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.427985 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.480516: 1 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.480516: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.427985: 1 (17.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (4.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.16921: 0 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.182152 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.375382 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011: 0 (19.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011: 1 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.375382: 1 (2.0) +Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.342678 +| | BHSUM3 <= 0.361893 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.145049: 0 (39.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.145049 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.307783: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.307783 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.326117 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.652548: 0 (33.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.652548 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.292733: 1 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.292733: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.326117 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.292843: 1 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.292843: 0 (5.0) +| | BHSUM3 > 0.361893 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.230847: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.230847 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.368008: 1 (15.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.368008: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_3 > 0.342678: 0 (106.0/2.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.033828: 0 (24.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.033828 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (19.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.139621: 0 (23.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.139621 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.251971 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.16999 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.291815 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.143093 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.323245: 0 (13.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.323245 +| | | | | | | | | | BHSUM1 <= 0.354272 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.597712: 0 (8.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.597712: 1 (3.0) +| | | | | | | | | | BHSUM1 > 0.354272: 1 (12.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.143093: 1 (10.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.291815: 0 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.16999: 1 (12.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935: 0 (18.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281: 1 (15.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.251971 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.276106 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.23397: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.23397: 1 (11.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.276106 +| | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.113331 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.337755 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.487824: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.487824: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.337755: 0 (47.0) +| | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.113331 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.296063: 0 (14.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.296063 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.122713: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.122713 +| | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (6.0) +| | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.332684: 1 (10.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.332684 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.25838: 0 (17.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.25838 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.468848: 1 (6.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.468848: 0 (6.0/1.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.310709: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.310709 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.400545 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.686425: 0 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.686425: 1 (3.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.400545: 1 (2.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.116333 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.110373 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.089857: 0 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.089857: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.110373: 0 (83.0) +Std_Acc1298_Mean_Mem40_MFCC_7 > 0.116333 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759494 +| | amazed-suprised- = 0 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.111577: 0 (9.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.111577 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.144727: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.144727 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.219189: 1 (16.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.219189 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.21203: 0 (6.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.21203 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.292411: 1 (15.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.292411 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134: 0 (5.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.356218: 1 (20.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.356218 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.376951 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.325077 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.409211: 0 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.409211: 1 (2.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.325077: 1 (20.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.376951 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.480461 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.614965 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.524179: 0 (5.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.524179: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.614965: 1 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.480461: 0 (9.0) +| | | happy-pleased- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.52536: 1 (37.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.52536 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.313243: 0 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.313243: 1 (7.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.059895: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.059895 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.467402: 0 (21.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.467402 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.151238: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.151238: 1 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759494 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.335002: 0 (26.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.335002 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.369435: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.369435: 0 (6.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| | | | happy-pleased- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.102435 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.332239: 1 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.332239: 0 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.102435: 1 (57.0/1.0) +| | | | happy-pleased- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.614567: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.614567: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (10.0) +| amazed-suprised- = 1: 0 (11.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (149.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.524411: 0 (7.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.524411: 1 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (46.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.184077: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.184077: 0 (6.0/1.0) +| | happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.299837 +| | | amazed-suprised- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.155659: 0 (9.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.155659 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.111435: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.111435 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.726467 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.166345: 1 (8.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.166345 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.387373 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.301667: 1 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.301667: 0 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.387373 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.39297: 0 (13.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.39297: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.726467: 1 (10.0) +| | | amazed-suprised- = 1 +| | | | BHSUM3 <= 0.302358: 0 (19.0) +| | | | BHSUM3 > 0.302358 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.106743: 1 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.106743: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.299837 +| | | BH_LowPeakAmp <= 0.035314 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.476801: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.476801: 0 (3.0) +| | | BH_LowPeakAmp > 0.035314: 0 (67.0/1.0) +| happy-pleased- = 1: 0 (92.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.188045 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.576419 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.524658 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.436259: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.436259: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.524658: 1 (8.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.576419: 1 (26.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.188045 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.734316 +| | | | BHSUM3 <= 0.071184: 1 (4.0) +| | | | BHSUM3 > 0.071184 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.581551 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.273183: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.273183: 0 (6.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.581551: 0 (12.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.734316: 1 (5.0) +| happy-pleased- = 1: 0 (5.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (44.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.16022: 1 (19.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.16022 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.446796 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.45177: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.45177 +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.192479: 1 (8.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.192479: 0 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.446796: 1 (15.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.119769 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.047499: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.047499: 1 (8.0) +| | | | BH_HighPeakAmp > 0.119769: 0 (10.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.100572 +| | | | BH_HighPeakBPM <= 0.43609 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.251465: 0 (9.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.251465: 1 (2.0) +| | | | BH_HighPeakBPM > 0.43609: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.100572: 0 (31.0) +| quiet-still- = 1: 0 (25.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.163528 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.083751: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.083751: 0 (19.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.163528: 0 (113.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #2 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.838488 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.111877: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.111877: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.838488 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.079769 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.0185 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.405975: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.405975: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.0185: 1 (30.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.079769 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.093734: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.093734 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.613165 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.144852 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.287841 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.1965 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.50122 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.185697: 1 (4.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.185697: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.50122: 1 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.1965: 1 (15.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.287841 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.45497: 0 (12.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.45497: 1 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.144852: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.613165: 0 (7.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.12754: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.12754 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.353008: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.353008 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.293479: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.293479: 0 (7.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.068134 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.189979: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.189979: 0 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.068134: 0 (35.0) +relaxing-clam- = 1: 0 (138.0/4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.118249 +| | BHSUM1 <= 0.679256: 0 (37.0) +| | BHSUM1 > 0.679256 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.499981: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.499981: 0 (4.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.118249 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.581844 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.07121: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.07121 +| | | | relaxing-clam- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.356541 +| | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.425363 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.393815: 1 (19.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.393815: 0 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.425363: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.356541 +| | | | | | BH_LowPeakBPM <= 0.460317 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.15219: 1 (9.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.15219 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.206318: 0 (14.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.206318 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.287259: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.287259 +| | | | | | | | | | BHSUM2 <= 0.124143 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.265184: 1 (2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.265184: 0 (8.0) +| | | | | | | | | | BHSUM2 > 0.124143: 1 (8.0) +| | | | | | BH_LowPeakBPM > 0.460317: 0 (18.0/1.0) +| | | | relaxing-clam- = 1 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.545787 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.265608: 0 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.265608 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.237606: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.237606: 1 (39.0/3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.545787 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.188349: 1 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.188349 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.566338 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.596319: 0 (16.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.596319: 1 (3.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.566338: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.581844: 0 (18.0/1.0) +sad-lonely- = 1: 0 (96.0/1.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.11058 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.089983 +| | BH_HighPeakAmp <= 0.012667: 0 (5.0) +| | BH_HighPeakAmp > 0.012667 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.583634: 1 (8.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.583634: 0 (2.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.089983 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.147597: 0 (85.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.147597 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.399481 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.461866: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.461866: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.399481: 1 (4.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.11058 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.236319 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.40322: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.40322: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.236319 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.545742 +| | | | BH_HighPeakAmp <= 0.038984 +| | | | | sad-lonely- = 0: 1 (46.0) +| | | | | sad-lonely- = 1 +| | | | | | BH_HighPeakBPM <= 0.210526: 0 (2.0) +| | | | | | BH_HighPeakBPM > 0.210526 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.516212: 1 (17.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.516212: 0 (3.0/1.0) +| | | | BH_HighPeakAmp > 0.038984 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.180764: 0 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.180764 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.233391: 1 (18.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.233391 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.290636: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.290636 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.347117: 1 (12.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.347117: 0 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.545742 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.262789: 0 (11.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.262789 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.078766: 1 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.078766 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.326008 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.176592: 1 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.176592: 0 (10.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.326008 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795: 0 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (21.0/1.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14619 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.1753 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.368138 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.132573 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.229418: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.229418: 1 (24.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.132573: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.368138: 1 (53.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.1753: 0 (7.0/1.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0/1.0) +| amazed-suprised- = 1: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.14619 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.343769: 0 (195.0/2.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.343769 +| | BH_HighPeakAmp <= 0.029671: 1 (5.0/1.0) +| | BH_HighPeakAmp > 0.029671: 0 (11.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.13256: 0 (9.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.13256 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.349645 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.375187 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.241066: 0 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.241066 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.256163: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.256163: 1 (12.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.375187: 0 (7.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.349645: 1 (45.0/2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.095179: 0 (54.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.095179 +| | BH_HighPeakBPM <= 0.413534 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.199603: 0 (15.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.199603 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.34416 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.355649 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.351384 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.443389: 0 (14.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.443389: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.351384: 1 (9.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.355649: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.34416 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.209798: 0 (21.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.209798 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.476717 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.218918 +| | | | | | | | BH_LowPeakAmp <= 0.081118: 0 (7.0) +| | | | | | | | BH_LowPeakAmp > 0.081118 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.424586: 1 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.424586: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.218918: 0 (21.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.476717: 1 (6.0/1.0) +| | BH_HighPeakBPM > 0.413534 +| | | BH_LowPeakAmp <= 0.056409 +| | | | BH_HighPeakBPM <= 0.548872: 0 (20.0/1.0) +| | | | BH_HighPeakBPM > 0.548872 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.507961 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.072457: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.072457: 0 (14.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.507961 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.649663: 1 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.649663: 0 (2.0) +| | | BH_LowPeakAmp > 0.056409: 0 (41.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| happy-pleased- = 0 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.494864: 1 (39.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.494864 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.205734 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.359553 +| | | | | | BH_LowPeakAmp <= 0.585123: 0 (6.0) +| | | | | | BH_LowPeakAmp > 0.585123: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.359553 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.537182: 1 (45.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.537182 +| | | | | | | amazed-suprised- = 0: 1 (4.0) +| | | | | | | amazed-suprised- = 1 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.105261: 1 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.105261: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.205734: 0 (4.0) +| | sad-lonely- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.065075: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.065075 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.283922 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.139849 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.494029: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.494029: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.139849: 0 (30.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.283922: 1 (2.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.446743 +| | | BHSUM3 <= 0.19601: 1 (4.0) +| | | BHSUM3 > 0.19601 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.334304: 0 (13.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.334304: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.446743: 0 (22.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.163226 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.374781 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (24.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.374781: 1 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.163226: 0 (110.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #3 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_12 <= 0.077415 +| Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.496744: 1 (24.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.496744 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.101092: 1 (9.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.101092 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.332757: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.332757 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.227785 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.454324: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.454324: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.227785: 0 (10.0) +Std_Acc1298_Std_Mem40_MFCC_12 > 0.077415 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.809396 +| | Std_Acc1298_Std_Mem40_Rolloff <= 0.234993 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.443194: 0 (14.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.443194 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.403116 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.447531 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.278028: 1 (9.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.278028: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.447531 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.538051 +| | | | | | | BH_LowPeakBPM <= 0.095238: 1 (3.0/1.0) +| | | | | | | BH_LowPeakBPM > 0.095238: 0 (30.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.538051 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.518746: 1 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.518746: 0 (4.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.403116: 1 (6.0) +| | Std_Acc1298_Std_Mem40_Rolloff > 0.234993 +| | | angry-aggresive- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.254148 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.661092 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.180485: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.180485: 0 (18.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.661092: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.254148 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.410823: 0 (112.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.410823 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.347588: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.347588: 1 (2.0) +| | | angry-aggresive- = 1 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.546537 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.50201: 0 (26.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.50201 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.384915: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.384915: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.546537: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.809396 +| | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.192571 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.310127: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.310127 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.196926: 1 (17.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.196926: 0 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_8 > 0.192571: 0 (4.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.038582: 0 (26.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.038582 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.389079 +| | | | BH_HighPeakAmp <= 0.008157: 0 (4.0) +| | | | BH_HighPeakAmp > 0.008157: 1 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.389079: 0 (24.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.094251: 1 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.094251 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.477226 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.595575 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.206319: 0 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.206319 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.274854 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.348569 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.552233 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.307176: 0 (7.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.307176 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.535559 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.368981 +| | | | | | | | | | | | | BHSUM1 <= 0.088858: 0 (2.0) +| | | | | | | | | | | | | BHSUM1 > 0.088858: 1 (20.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.368981: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.535559 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.462982: 1 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.462982: 0 (10.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.552233 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.279794: 0 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.279794: 1 (19.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.348569: 0 (7.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.274854 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.497967 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.219773: 1 (4.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.219773: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.497967: 1 (20.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.595575 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.391382: 0 (11.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.391382: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.477226 +| | | | | BH_LowPeakBPM <= 0.206349 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.169051: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.169051: 1 (5.0) +| | | | | BH_LowPeakBPM > 0.206349: 0 (25.0/2.0) +angry-aggresive- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.103487 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.080722: 0 (8.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.080722 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.510551: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.510551: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.103487: 0 (87.0/4.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.212575 +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.303806 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.163757 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.243593: 0 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.243593: 1 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.163757 +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.119116 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.189811: 1 (9.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.189811 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.170624: 1 (8.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.170624 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.056132: 0 (9.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.056132 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.270413: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.270413: 1 (6.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.119116 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.360584: 1 (36.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.360584 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.363537: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.363537 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.580572: 1 (19.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.580572 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.303806: 1 (45.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.212575 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.190627: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.190627 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.613113: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.613113: 0 (4.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (9.0/1.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.574277 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.127813 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.348827: 0 (10.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.348827 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.086199: 0 (3.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.086199: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.127813: 0 (27.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.574277: 1 (3.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.408014: 0 (88.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.408014 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.116115: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.116115: 0 (2.0) +| | amazed-suprised- = 1: 0 (9.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.441969: 0 (202.0/7.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.441969 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | BHSUM3 <= 0.350612 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.336549 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.127601 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.240265: 1 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.240265: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.127601: 1 (12.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.336549: 1 (52.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (5.0) +| | | BHSUM3 > 0.350612: 0 (9.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (4.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (19.0) +| amazed-suprised- = 1: 0 (17.0) + +Number of Leaves : 10 + +Size of the tree : 19 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.099888: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.099888 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.671489 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.2625 +| | | | | | amazed-suprised- = 0 +| | | | | | | relaxing-clam- = 0: 1 (6.0) +| | | | | | | relaxing-clam- = 1 +| | | | | | | | BH_LowPeakBPM <= 0.174603: 0 (2.0) +| | | | | | | | BH_LowPeakBPM > 0.174603 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.371982 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.153816: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.153816: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.371982: 1 (16.0) +| | | | | | amazed-suprised- = 1 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.774025: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.774025: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.2625 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.725401: 0 (8.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.725401: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.671489: 0 (7.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0: 0 (90.0/4.0) +| | | relaxing-clam- = 1: 1 (3.0/1.0) +| happy-pleased- = 1: 0 (95.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.228381: 0 (9.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.228381 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.225014 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.05886: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.05886: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.225014 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.102557: 0 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.102557 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.574338: 1 (45.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.574338: 0 (3.0/1.0) +| happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.145896 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.205049 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.578848 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.159007: 1 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.159007 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.300578 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.51807 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.125719 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.723146: 0 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.723146: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.125719: 1 (32.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.51807 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.706257: 0 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.706257: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.300578 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.150309 +| | | | | | BH_LowPeakAmp <= 0.055533: 0 (7.0) +| | | | | | BH_LowPeakAmp > 0.055533 +| | | | | | | BH_HighPeakBPM <= 0.345865 +| | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.10393: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.10393 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.218328: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.218328: 1 (4.0) +| | | | | | | BH_HighPeakBPM > 0.345865: 1 (9.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.150309: 0 (14.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.578848: 1 (13.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.205049: 0 (7.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.145896 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.074965 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.161059: 0 (3.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.161059: 1 (10.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.074965 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.475018: 0 (159.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.475018 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.645573: 0 (15.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.645573 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.635416: 1 (11.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.635416: 0 (3.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #4 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.097564 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.464935 +| | angry-aggresive- = 0: 1 (17.0) +| | angry-aggresive- = 1 +| | | BHSUM1 <= 0.253083: 1 (16.0) +| | | BHSUM1 > 0.253083 +| | | | BH_HighPeakAmp <= 0.081703: 0 (4.0) +| | | | BH_HighPeakAmp > 0.081703 +| | | | | Std_Acc1298_Std_Mem40_Flux <= 0.855998 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.403208: 1 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.403208: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_Flux > 0.855998: 1 (12.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.464935: 0 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.097564 +| sad-lonely- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.099608: 1 (9.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.099608 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.342678 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.575221 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.247666: 0 (9.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.247666 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.259518: 1 (7.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.259518 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.44822: 0 (10.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.44822 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.530783 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.41911 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.521816 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.616456: 1 (17.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.616456: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.521816: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.41911 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.364261: 0 (19.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.364261 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.187511: 1 (4.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.187511: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.530783: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.575221: 0 (10.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.342678 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.126734: 1 (5.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.126734: 0 (50.0/1.0) +| | quiet-still- = 1: 0 (25.0) +| sad-lonely- = 1: 0 (84.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.063279: 0 (14.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.063279 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.161585 +| | | | BH_LowPeakAmp <= 0.020825: 0 (4.0/1.0) +| | | | BH_LowPeakAmp > 0.020825: 1 (28.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.161585 +| | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.206863: 0 (8.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.206863 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.241754 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373: 1 (21.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.241754 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.482491 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.398557: 0 (9.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.398557 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.228616: 1 (11.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.228616 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.313129: 1 (8.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.313129 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.203825: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.203825 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.280871: 0 (25.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.280871 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.225206: 1 (4.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.225206: 0 (4.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.482491: 1 (6.0) +| quiet-still- = 1 +| | BH_HighPeakAmp <= 0.009225: 0 (38.0) +| | BH_HighPeakAmp > 0.009225 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.888492: 1 (5.0/1.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.888492 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.109118: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.109118: 0 (28.0/1.0) +angry-aggresive- = 1: 0 (108.0/9.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.198707 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.110373: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.110373: 0 (36.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.198707 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.117666 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.471355 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.255692 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.198684: 1 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.198684: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.255692: 1 (28.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.471355 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.142942: 1 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.142942 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.281425: 0 (13.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.281425 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.354631 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.385619: 1 (17.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.385619: 0 (4.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.354631 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.224672 +| | | | | | | | | sad-lonely- = 0: 1 (4.0) +| | | | | | | | | sad-lonely- = 1 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.202422: 1 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.202422: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.224672: 0 (9.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.117666 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.247564: 1 (54.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.247564: 0 (3.0/1.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.209368: 0 (16.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.209368: 1 (5.0) +angry-aggresive- = 1: 0 (108.0/4.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.155448 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.290178: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.290178 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.201072 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.438764: 0 (10.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.438764: 1 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.201072 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456269 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.213124: 1 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.213124: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456269 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.273793: 0 (3.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.273793: 1 (56.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (20.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.155448 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.404258: 0 (204.0/4.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.404258 +| | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.279334: 0 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.279334: 1 (4.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.168629: 0 (13.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.168629 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.154403 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.527239: 1 (14.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.527239: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.154403 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.056409: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.056409 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.861764 +| | | | | | | BH_HighPeakBPM <= 0.421053 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.454401 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.322633: 0 (11.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.322633: 1 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.454401: 1 (4.0) +| | | | | | | BH_HighPeakBPM > 0.421053: 0 (11.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.861764: 1 (3.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.424079: 0 (48.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.424079 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.1771 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.055512 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.374805: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.374805: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.055512: 0 (31.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.1771 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.334673: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.334673: 0 (4.0) +| happy-pleased- = 1: 0 (92.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.097773 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.259955 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.339083 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.331962: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.331962: 1 (14.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.339083: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.259955: 1 (28.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.097773 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.402703 +| | | | BH_LowPeakBPM <= 0.666667: 1 (8.0/1.0) +| | | | BH_LowPeakBPM > 0.666667: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.402703: 0 (10.0) +| happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.107828 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.201383 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.564565 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.109711 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.241274 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.877259: 1 (29.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.877259: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.241274 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.156581: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.156581 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.248102: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.248102 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.236344: 1 (17.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.236344 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.28556: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.28556: 1 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.109711 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.308798 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.076522 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.118878 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.055344 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.928557: 0 (6.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.928557: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.055344: 1 (15.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.118878: 0 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.076522 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.484173: 0 (28.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.484173 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.215109: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.215109: 1 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.308798: 1 (6.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.564565: 1 (16.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.201383: 0 (9.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.107828 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.193978 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.810956 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517105 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.102774: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.102774: 0 (28.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517105: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.810956: 1 (4.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.193978: 0 (129.0/1.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #5 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.08273: 1 (20.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.08273 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.801454 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.143269 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.124914 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.501397 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.272135: 0 (9.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.272135: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.501397: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.124914: 1 (11.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.143269 +| | | BH_LowPeakAmp <= 0.253528 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.223147 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.465837: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.465837: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.223147 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.151348: 0 (109.0/2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.151348 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.338404 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884: 0 (50.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.208712: 1 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.208712 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.124132: 1 (3.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.124132: 0 (14.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.338404 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.32307: 1 (8.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.32307: 0 (12.0/1.0) +| | | BH_LowPeakAmp > 0.253528 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.563627: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.563627 +| | | | | BH_LowPeakAmp <= 0.364974: 1 (8.0) +| | | | | BH_LowPeakAmp > 0.364974 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.515249: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.515249 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.168898: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.168898: 1 (5.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.801454 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.444368 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.290582 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.097553: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.097553: 1 (27.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.290582 +| | | | BH_LowPeakBPM <= 0.206349: 1 (2.0) +| | | | BH_LowPeakBPM > 0.206349: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.444368: 0 (4.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.089075: 0 (28.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.089075 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.577284 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (13.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.11898 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.11714 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.131267: 0 (13.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.131267 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.149754: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.149754 +| | | | | | | | amazed-suprised- = 0 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.430975: 1 (4.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.430975: 0 (3.0) +| | | | | | | | amazed-suprised- = 1: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.11714: 0 (15.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.11898 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.298653 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.21756: 1 (20.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.21756 +| | | | | | | BHSUM2 <= 0.306271 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.241928 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.638862 +| | | | | | | | | | amazed-suprised- = 0 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.319947: 1 (15.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.319947 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.116069: 0 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.116069 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.251143: 1 (14.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.251143 +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.883962: 1 (8.0/1.0) +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.883962: 0 (5.0) +| | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.246381: 0 (4.0/1.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.246381: 1 (11.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.638862: 0 (6.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.241928: 0 (4.0) +| | | | | | | BHSUM2 > 0.306271 +| | | | | | | | BH_HighPeakBPM <= 0.43609: 0 (11.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.43609: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.298653: 0 (6.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.577284 +| | | amazed-suprised- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.409113: 0 (23.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.409113 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.364115: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.364115: 0 (7.0) +| | | amazed-suprised- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.632552: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.632552: 0 (7.0) +sad-lonely- = 1: 0 (89.0/1.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.108856: 0 (27.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.108856 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759194 +| | | | sad-lonely- = 0 +| | | | | happy-pleased- = 0: 1 (42.0/1.0) +| | | | | happy-pleased- = 1 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.138044: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.138044 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.057297: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.057297: 1 (38.0/1.0) +| | | | sad-lonely- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.618441 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.598488: 1 (40.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.598488 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.50683: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.50683: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.618441 +| | | | | | BH_LowPeakBPM <= 0.412698 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.509648: 1 (8.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.509648: 0 (2.0) +| | | | | | BH_LowPeakBPM > 0.412698: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759194 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.556523: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.556523: 0 (7.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.507085: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.507085 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.396508: 0 (18.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.396508 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.287377: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.287377: 0 (3.0) +angry-aggresive- = 1: 0 (105.0/5.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456699 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.06538 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.579157: 0 (8.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.579157: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.06538: 0 (200.0/4.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456699 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.188528 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.170668 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.316412 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.242886: 0 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.242886: 1 (8.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.316412: 1 (59.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.170668 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.442264: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.442264: 1 (5.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.188528: 0 (6.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.29056: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.29056: 0 (13.0) +| amazed-suprised- = 1: 0 (15.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.09428 +| amazed-suprised- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.299474 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.105484 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.63709: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.63709: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.105484 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.35429 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.313295 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.110575: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.110575: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.313295: 1 (14.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.35429: 1 (35.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.299474: 0 (7.0) +| amazed-suprised- = 1: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.09428 +| amazed-suprised- = 0 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.287644 +| | | BHSUM3 <= 0.038518: 1 (5.0) +| | | BHSUM3 > 0.038518 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.117587: 0 (23.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.117587 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.260118 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.364819: 0 (16.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.364819 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.321036: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.321036: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.260118 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.41463: 1 (7.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.41463 +| | | | | | | BH_LowPeakAmp <= 0.211012 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.889908 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.444256 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.356388 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.47009: 0 (6.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.47009: 1 (6.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.356388: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.444256: 0 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.889908: 1 (3.0) +| | | | | | | BH_LowPeakAmp > 0.211012: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.287644: 0 (59.0/3.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.853089: 0 (75.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.853089 +| | | BH_HighPeakBPM <= 0.225564: 1 (2.0) +| | | BH_HighPeakBPM > 0.225564 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.260284: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.260284: 0 (13.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| happy-pleased- = 0 +| | quiet-still- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.519831 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.374225: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.374225: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.519831 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.062767 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.164401: 1 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.164401: 0 (7.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.062767 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.099628: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.099628: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679: 1 (65.0/1.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0: 1 (5.0) +| | | | BH_HighPeakAmp > 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.139571: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.139571: 0 (9.0) +| | quiet-still- = 1: 0 (11.0/1.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.075879: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.075879 +| | | BH_HighPeakBPM <= 0.548872: 0 (28.0) +| | | BH_HighPeakBPM > 0.548872 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.332561: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.332561: 1 (2.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.214373: 0 (130.0/3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.214373 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.334371: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.334371 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.377979: 1 (14.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.377979: 0 (2.0) +| | | sad-lonely- = 1: 0 (4.0) +| | happy-pleased- = 1: 0 (19.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #6 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_3 <= 0.331146 +| | Std_Acc1298_Std_Mem40_Flux <= 0.838488 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.442264: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.442264: 1 (2.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.838488: 1 (47.0/4.0) +| Std_Acc1298_Std_Mem40_MFCC_3 > 0.331146: 0 (6.0/1.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| quiet-still- = 0 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.358638 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.507085 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.311852 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.531636: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.531636: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.311852: 0 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.507085 +| | | | | BH_LowPeakBPM <= 0.174603: 1 (10.0) +| | | | | BH_LowPeakBPM > 0.174603 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.149084: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.149084 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.581551 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.187313: 1 (16.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.187313 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.32451: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.32451 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.347093 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.127159: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.127159: 1 (10.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.347093: 0 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.581551: 0 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.358638 +| | | | happy-pleased- = 0 +| | | | | BHSUM1 <= 0.437716 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.170317: 0 (18.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.170317 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.174982 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.225961: 1 (7.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.225961: 0 (6.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.174982: 0 (18.0/1.0) +| | | | | BHSUM1 > 0.437716: 1 (3.0) +| | | | happy-pleased- = 1 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.497501: 0 (29.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.497501: 1 (3.0/1.0) +| | sad-lonely- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.17495: 0 (25.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.17495 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.742495: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.742495: 1 (2.0) +| quiet-still- = 1: 0 (82.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Centroid <= 0.217179 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.237478 +| | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.178375: 0 (10.0) +| | Std_Acc1298_Std_Mem40_MFCC_8 > 0.178375 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.566838: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.566838: 1 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.237478 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.413518: 0 (74.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.413518 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.18257: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.18257: 0 (7.0) +Mean_Acc1298_Mean_Mem40_Centroid > 0.217179 +| Std_Acc1298_Mean_Mem40_Centroid <= 0.24027 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.083236 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.833827: 1 (3.0/1.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.833827: 0 (24.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.083236 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.596014 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.071746 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.160549 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.317405: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.317405: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.160549: 0 (18.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.071746 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.140793: 1 (23.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.140793 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.381411: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.381411 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.370082 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.713114 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.273335: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.273335 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.120601: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.120601 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.459381 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.372502: 0 (11.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.372502: 1 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.459381 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.59919 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.51829 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.10539 +| | | | | | | | | | | | | | | BH_LowPeakAmp <= 0.048491: 0 (4.0) +| | | | | | | | | | | | | | | BH_LowPeakAmp > 0.048491: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.10539 +| | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.405808: 1 (25.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.405808: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.51829: 0 (3.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.59919: 0 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.713114 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.245565 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.090638: 1 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.090638: 0 (19.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.245565: 1 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.370082: 1 (8.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.596014: 0 (10.0) +| Std_Acc1298_Mean_Mem40_Centroid > 0.24027 +| | Std_Acc1298_Std_Mem40_Rolloff <= 0.442759: 0 (26.0) +| | Std_Acc1298_Std_Mem40_Rolloff > 0.442759 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.548975: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.548975: 0 (4.0) + +Number of Leaves : 31 + +Size of the tree : 61 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.135924 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.361245: 0 (82.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.361245 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.658041: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.658041: 0 (3.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.203881: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.203881: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.135924 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.754244 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.44121 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.578696 +| | | | | happy-pleased- = 0 +| | | | | | sad-lonely- = 0 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.643104: 1 (30.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.643104: 0 (4.0) +| | | | | | sad-lonely- = 1 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.613326 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.234681: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.234681: 1 (34.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.613326: 0 (5.0/1.0) +| | | | | happy-pleased- = 1: 1 (38.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.578696 +| | | | | happy-pleased- = 0 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.283276: 1 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.283276 +| | | | | | | BH_HighPeakBPM <= 0.135338: 1 (5.0) +| | | | | | | BH_HighPeakBPM > 0.135338 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.554147 +| | | | | | | | | BH_HighPeakAmp <= 0.101419: 0 (21.0) +| | | | | | | | | BH_HighPeakAmp > 0.101419: 1 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.554147 +| | | | | | | | | BH_LowPeakBPM <= 0.269841: 0 (2.0) +| | | | | | | | | BH_LowPeakBPM > 0.269841: 1 (7.0) +| | | | | happy-pleased- = 1: 1 (7.0/1.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.44121 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.121111: 1 (3.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.121111: 0 (9.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.754244 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.261113: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.261113: 0 (16.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.468468: 0 (29.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.468468 +| | | | BH_HighPeakBPM <= 0.661654: 1 (5.0/1.0) +| | | | BH_HighPeakBPM > 0.661654: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (3.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456699 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.232299 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.179383: 0 (145.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.179383 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.38666 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.495546 +| | | | | BH_LowPeakAmp <= 0.013338: 1 (2.0) +| | | | | BH_LowPeakAmp > 0.013338: 0 (16.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.495546: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.38666: 0 (34.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.232299 +| | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.471217: 0 (8.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.471217: 1 (5.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456699 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.194843 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.125536: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.125536: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.194843 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.337567 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.104307: 1 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.104307 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.576703: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.576703: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.337567: 1 (55.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (6.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.290079: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.290079: 0 (25.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.107463: 0 (58.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.107463 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.197164: 0 (23.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.197164 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.286452 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.28407 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.551842: 0 (14.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.551842: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.28407 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.319292 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.388463 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.137175: 0 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.137175 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.250238: 1 (17.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.250238 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.232241: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.232241: 0 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.388463 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.235999 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.385199 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.272796: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.272796: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.385199: 0 (10.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.235999: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.319292: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.286452: 0 (11.0) +| happy-pleased- = 1: 0 (88.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.239495: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.239495 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.25819 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178009: 0 (6.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178009 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.287554 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.112286: 0 (3.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.112286: 1 (45.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.287554 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.172948 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.423569: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.423569: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.172948: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.25819: 0 (4.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (41.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.139901: 1 (19.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.139901 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.310687 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.457346: 0 (9.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.457346: 1 (8.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.310687 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.55065: 1 (18.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.55065 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.429812: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.429812: 0 (4.0/1.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.055209: 1 (5.0) +| | | | BH_HighPeakAmp > 0.055209: 0 (9.0/1.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.156386 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.259036 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.42218: 0 (15.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.42218: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.259036: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.156386: 0 (21.0) +| quiet-still- = 1: 0 (27.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.086845 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.195444: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.195444: 0 (5.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.086845: 0 (133.0/1.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #7 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.094863 +| Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.514836 +| | BH_LowPeakBPM <= 0.253968 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.154043: 1 (18.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.154043 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.482342 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.125369: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.125369: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.482342: 1 (4.0) +| | BH_LowPeakBPM > 0.253968: 1 (16.0) +| Mean_Acc1298_Std_Mem40_MFCC_3 > 0.514836: 0 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.094863 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.191413 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.237606: 1 (9.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.237606 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.2006: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.2006: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.191413 +| | quiet-still- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.431023 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.233579 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.166254: 1 (8.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.166254 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.054465: 1 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.054465 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.406523: 0 (13.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.406523: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.233579 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.250969 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.300298 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.559501: 0 (13.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.559501: 1 (7.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.300298: 0 (40.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.250969: 1 (5.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.431023 +| | | | | BH_LowPeakBPM <= 0.666667: 0 (40.0) +| | | | | BH_LowPeakBPM > 0.666667 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.547944: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.547944: 1 (2.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.275919 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.277834: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.277834: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.275919: 0 (26.0) +| | quiet-still- = 1: 0 (87.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.264058 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.064797: 0 (7.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.064797 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.41997 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.119803 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.108793: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.108793: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.119803: 1 (48.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.41997 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.170699: 0 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.170699 +| | | | | | | relaxing-clam- = 0: 1 (12.0) +| | | | | | | relaxing-clam- = 1 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.535559 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.454261: 1 (10.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.454261 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.145468: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.145468: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.535559: 0 (8.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.264058: 0 (7.0) +| | quiet-still- = 1 +| | | BH_HighPeakAmp <= 0.036615 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.58036: 0 (17.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.58036: 1 (3.0/1.0) +| | | BH_HighPeakAmp > 0.036615: 1 (3.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.204522: 0 (43.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.204522 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.153845 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.474018 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.196431: 1 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.196431: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.474018: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.153845: 0 (36.0/1.0) +sad-lonely- = 1: 0 (96.0/1.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.113968 +| | quiet-still- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.220104: 0 (41.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.220104 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.401717 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.290975: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.290975: 1 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.401717: 0 (6.0) +| | quiet-still- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.642849: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.642849: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_8 > 0.113968 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.248512: 1 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.248512 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.148269: 0 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.148269: 1 (3.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.333808: 1 (56.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.333808 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.109627 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.619939: 0 (7.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.619939: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.109627: 1 (23.0/2.0) +| | | | sad-lonely- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.565903 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.285696 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.228395: 1 (7.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.228395 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.060015: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.060015: 0 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.285696 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.106587 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.19798: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.19798: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.106587: 1 (27.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.565903 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.46443: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.46443: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (11.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.303347: 0 (84.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.303347 +| | BH_LowPeakBPM <= 0.460317: 1 (3.0) +| | BH_LowPeakBPM > 0.460317: 0 (2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.462262 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.186139: 0 (142.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.186139 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.618743 +| | | BH_HighPeakAmp <= 0.013748 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.367839 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.212808: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.212808: 0 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.367839: 0 (11.0) +| | | BH_HighPeakAmp > 0.013748: 0 (39.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.618743 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.440402: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.440402: 0 (5.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.462262 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.105238 +| | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.0958: 0 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_12 > 0.0958 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.244651 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.249606: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.249606 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.057261: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.057261: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.244651: 1 (54.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.105238 +| | BH_HighPeakAmp <= 0.046374 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.359844 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.598178: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.598178: 1 (4.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.359844: 1 (9.0) +| | BH_HighPeakAmp > 0.046374: 0 (23.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.238689: 0 (100.0/2.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.238689 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.379256 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.098726: 0 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.098726 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.196876: 0 (7.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.196876 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.417005 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.34201 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.100417: 1 (6.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.100417 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.495376: 0 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.495376: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.34201: 1 (9.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.417005 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.259823: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.259823: 0 (9.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.379256 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.290662: 0 (27.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.290662 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.171606: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.171606 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.257999: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.257999 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.445251: 0 (13.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.445251 +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.325691: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.325691 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.428659: 0 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.428659 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.312904: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.312904: 0 (4.0) +quiet-still- = 1 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.101394 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.317017 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.526789: 0 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.526789: 1 (5.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.317017 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.26808 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.598701: 0 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.598701: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.26808: 1 (42.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.101394 +| | BH_LowPeakAmp <= 0.008701: 1 (4.0) +| | BH_LowPeakAmp > 0.008701 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.325996: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.325996: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206: 0 (14.0/1.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.150683 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.313546 +| | | | BH_HighPeakBPM <= 0.225564 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.125536 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.319486: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.319486 +| | | | | | | amazed-suprised- = 0 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.382453: 1 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.382453: 0 (2.0) +| | | | | | | amazed-suprised- = 1 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.086182 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.509615: 0 (3.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.509615: 1 (8.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.086182: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.125536: 0 (9.0) +| | | | BH_HighPeakBPM > 0.225564 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.493522 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.261737 +| | | | | | | BH_HighPeakBPM <= 0.481203 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.049559: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.049559 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.314361 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.189599: 0 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.189599: 1 (14.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.314361: 0 (3.0) +| | | | | | | BH_HighPeakBPM > 0.481203: 1 (11.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.261737: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.493522: 1 (18.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.313546: 1 (32.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.150683 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.057858: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.057858 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.32307: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.32307: 1 (2.0) +| quiet-still- = 1: 0 (25.0/1.0) +relaxing-clam- = 1: 0 (145.0/3.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #8 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.135337 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.219217: 1 (28.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.219217 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.147377: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.147377 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.171399 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.111062: 0 (3.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.111062: 1 (16.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.171399: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.135337 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.047015: 1 (11.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.047015 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.498023: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.498023 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.652548 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.341852: 1 (13.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.341852 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.343797 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.162357: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.162357: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.343797: 1 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.652548 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.145109: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.145109: 0 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.241928 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.229063 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.389898 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.518466: 0 (12.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.518466 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.545106: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.545106: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.389898: 1 (7.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.229063 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.551655: 0 (83.0/3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.551655 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.194327: 1 (5.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.194327: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.241928: 1 (7.0/1.0) +quiet-still- = 1: 0 (85.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.268757 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.350158 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.075313: 0 (39.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.075313 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517036 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.28369 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.154456 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.181279 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.399695 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.224028 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.043546: 0 (8.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.043546 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.106344: 1 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.106344 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.863181 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.534735: 1 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.534735: 0 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.863181: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.224028: 0 (14.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.399695 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.238507 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.156911: 1 (5.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.156911: 0 (7.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.238507: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.181279: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.154456 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.585149: 0 (32.0/3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.585149: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.28369: 0 (18.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517036: 0 (26.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.350158 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.573692: 1 (12.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.573692: 0 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.268757 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.172147 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.07531: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.07531 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.584793: 1 (28.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.584793: 0 (4.0/1.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.172147: 0 (6.0) +quiet-still- = 1 +| Std_Acc1298_Mean_Mem40_Rolloff <= 0.204353: 0 (69.0/1.0) +| Std_Acc1298_Mean_Mem40_Rolloff > 0.204353 +| | Std_Acc1298_Std_Mem40_Flux <= 0.889363: 1 (4.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.889363: 0 (12.0/1.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.127424 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.598284 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.27769: 0 (13.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.27769: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.598284: 0 (89.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.127424 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.094156 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.216603: 0 (11.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.216603: 1 (4.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.094156 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.191708 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.705803 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.511176 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.24294: 0 (9.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.24294: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.511176 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.598364 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.234681: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.234681: 1 (16.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.598364: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.705803: 0 (7.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.191708 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.8548 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.579137 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.317361: 1 (60.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.317361 +| | | | | | | BH_HighPeakAmp <= 0.094994: 1 (19.0/1.0) +| | | | | | | BH_HighPeakAmp > 0.094994: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.579137 +| | | | | | BHSUM3 <= 0.214377 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.593943: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.593943 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.178341 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.407837: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.407837: 0 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.178341: 1 (8.0) +| | | | | | BHSUM3 > 0.214377: 1 (11.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.8548 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.516608: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.516608: 1 (2.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.574277: 0 (44.0/3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.574277: 1 (3.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.137331 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.169777 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.174061: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.174061 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.20488 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.411817: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.411817: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.20488 +| | | | BH_HighPeakAmp <= 0.070289: 1 (65.0/1.0) +| | | | BH_HighPeakAmp > 0.070289 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.18821: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.18821: 1 (6.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.169777: 0 (13.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.137331 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.60511 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.482101: 0 (158.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.482101 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.618649 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.638402: 0 (37.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.638402 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.539398: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.539398: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.618649 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.533237: 1 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.533237: 0 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.60511 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.184077 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.688956: 1 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.688956: 0 (2.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.184077: 0 (5.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.353094 +| | | | BH_HighPeakAmp <= 0.278095 +| | | | | amazed-suprised- = 0 +| | | | | | relaxing-clam- = 0: 1 (5.0) +| | | | | | relaxing-clam- = 1 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.278571 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.204245: 1 (4.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.204245: 0 (13.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.278571: 1 (10.0/1.0) +| | | | | amazed-suprised- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.310363: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.310363: 0 (7.0) +| | | | BH_HighPeakAmp > 0.278095: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.353094: 0 (16.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.792425: 0 (40.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.792425 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.104339: 0 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.104339: 1 (4.0) +| | | | amazed-suprised- = 1: 0 (47.0/1.0) +| | | relaxing-clam- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.277746: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.277746: 0 (2.0) +| happy-pleased- = 1: 0 (76.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.361247 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.371796 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.154231 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.118802: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.118802 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.479597: 1 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.479597 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.462889: 0 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.462889: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.154231: 1 (43.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.371796 +| | | | BHSUM2 <= 0.114256 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.186685: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.186685: 0 (2.0) +| | | | BHSUM2 > 0.114256: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.361247: 0 (5.0) +| happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.462671 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.170628 +| | | | | BH_HighPeakAmp <= 0.037601: 1 (15.0) +| | | | | BH_HighPeakAmp > 0.037601 +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.749151 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.41664: 1 (11.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.41664 +| | | | | | | | | BH_LowPeakBPM <= 0.428571 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.431253 +| | | | | | | | | | | amazed-suprised- = 0: 0 (6.0) +| | | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.426109 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.231479: 0 (11.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.231479: 1 (2.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.426109: 1 (6.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.431253: 1 (8.0/1.0) +| | | | | | | | | BH_LowPeakBPM > 0.428571: 1 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.749151: 1 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.170628: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.462671: 1 (38.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.359805 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.390661 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.709807: 0 (31.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.709807 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.461949: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.461949: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.390661: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.359805: 1 (3.0) +| quiet-still- = 1: 0 (30.0/1.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.575966: 0 (125.0/1.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.575966 +| | BH_HighPeakAmp <= 0.002603: 1 (3.0) +| | BH_HighPeakAmp > 0.002603: 0 (4.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #9 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.118751 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.299209 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.308535: 1 (37.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.308535: 0 (3.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.299209: 0 (4.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.118751 +| | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.379937 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.49857: 0 (19.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.49857 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.286402 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.166442: 0 (7.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.166442 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.26017: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.26017 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.298234: 1 (16.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.298234 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.066807: 0 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.066807 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.441332: 1 (19.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.441332 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.468607 +| | | | | | | | | | | BHSUM1 <= 0.079841: 0 (2.0) +| | | | | | | | | | | BHSUM1 > 0.079841: 1 (9.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.468607: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.286402 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.482342 +| | | | | | BH_LowPeakBPM <= 0.206349 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.362047: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.362047: 0 (3.0) +| | | | | | BH_LowPeakBPM > 0.206349: 0 (15.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.482342: 1 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.379937 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.442123 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.336197 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.546537 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.670019 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.825516: 0 (34.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.825516: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.670019: 1 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.546537: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.336197: 0 (43.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.442123 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.271726: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.271726 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.549626: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.549626: 1 (2.0) +quiet-still- = 1: 0 (79.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.490811 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.439641 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.232622: 0 (8.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.232622 +| | | | | BHSUM3 <= 0.382994 +| | | | | | BH_HighPeakBPM <= 0.616541 +| | | | | | | BHSUM3 <= 0.347379 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.062014: 0 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.062014 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.173603: 0 (3.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.173603 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.655782 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.593: 1 (26.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.593: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.655782: 0 (2.0) +| | | | | | | BHSUM3 > 0.347379: 0 (5.0) +| | | | | | BH_HighPeakBPM > 0.616541: 1 (11.0) +| | | | | BHSUM3 > 0.382994: 1 (17.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.439641 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.482519 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.239965: 0 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.239965 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.40009 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.452519 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.576557 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.305575: 1 (4.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.305575: 0 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.576557: 1 (9.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.452519: 1 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.40009: 0 (11.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.482519: 0 (9.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.490811: 0 (10.0) +| quiet-still- = 1 +| | BH_LowPeakBPM <= 0.269841 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.256505: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.256505: 0 (23.0/1.0) +| | BH_LowPeakBPM > 0.269841: 0 (52.0) +angry-aggresive- = 1 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.103487 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.502735: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.502735: 0 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.103487: 0 (45.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.361922 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.133208: 0 (11.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.133208: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.361922: 0 (39.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.108856: 0 (24.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.108856 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | | amazed-suprised- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.438829 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.488136 +| | | | | | quiet-still- = 0 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.123154 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.368025: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.368025: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.123154 +| | | | | | | | BHSUM3 <= 0.711497: 1 (35.0) +| | | | | | | | BHSUM3 > 0.711497: 0 (2.0) +| | | | | | quiet-still- = 1 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.202023: 1 (15.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.202023 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.429454: 1 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.429454: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.488136: 1 (44.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.438829 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.270821 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.174984: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.174984: 1 (18.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.270821 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.261168: 1 (7.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.261168 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.507556: 0 (13.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.507556 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.559384: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.559384: 0 (3.0) +| | | amazed-suprised- = 1 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.079214 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.326632 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.480346: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.480346: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.326632: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.079214: 0 (11.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (18.0) +angry-aggresive- = 1 +| BHSUM2 <= 0.037884 +| | BHSUM2 <= 0.02623: 0 (15.0) +| | BHSUM2 > 0.02623: 1 (5.0/1.0) +| BHSUM2 > 0.037884: 0 (83.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.592975: 0 (17.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.592975 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.115174: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.115174: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.215071 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.28003 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.283812: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.283812: 0 (12.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.28003: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.215071 +| | | | BH_HighPeakAmp <= 0.051696: 1 (54.0/1.0) +| | | | BH_HighPeakAmp > 0.051696 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.347662: 0 (6.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.347662: 1 (6.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (5.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.425244 +| | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.186395: 0 (151.0) +| | Std_Acc1298_Std_Mem40_MFCC_12 > 0.186395 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.396276 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.381593: 0 (19.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.381593: 1 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.396276: 0 (33.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.425244 +| | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.268243: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.268243: 1 (6.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.346004 +| | | | relaxing-clam- = 0 +| | | | | BH_HighPeakAmp <= 0.094994: 0 (5.0/1.0) +| | | | | BH_HighPeakAmp > 0.094994: 1 (11.0) +| | | | relaxing-clam- = 1 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.397431: 1 (6.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.397431 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.376188: 1 (8.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.376188: 0 (22.0/2.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.346004: 0 (18.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.49338: 0 (66.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.49338 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.343127: 0 (20.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.343127 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.099529: 0 (5.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.099529: 1 (4.0) +| happy-pleased- = 1: 0 (84.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.404122 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.106099: 0 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.106099 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.43015: 1 (36.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.43015 +| | | | | relaxing-clam- = 0: 1 (8.0) +| | | | | relaxing-clam- = 1 +| | | | | | BH_HighPeakAmp <= 0.033895 +| | | | | | | BHSUM1 <= 0.167735 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.269296: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.269296: 1 (5.0) +| | | | | | | BHSUM1 > 0.167735: 0 (8.0) +| | | | | | BH_HighPeakAmp > 0.033895: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.404122: 0 (6.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.162354: 1 (15.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.162354 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.597411 +| | | | BH_HighPeakBPM <= 0.481203 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.069089 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.175946 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.273771: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.273771: 1 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.175946: 1 (13.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.069089 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.223241 +| | | | | | | BH_HighPeakAmp <= 0.002603: 1 (8.0) +| | | | | | | BH_HighPeakAmp > 0.002603 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.542653 +| | | | | | | | | BH_HighPeakBPM <= 0.06015: 1 (4.0) +| | | | | | | | | BH_HighPeakBPM > 0.06015 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.203709: 1 (4.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.203709 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.27303 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.690229 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.891965: 0 (13.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.891965: 1 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.690229: 1 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.27303: 0 (14.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.542653: 1 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.223241: 0 (9.0) +| | | | BH_HighPeakBPM > 0.481203 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.180599: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.180599: 1 (23.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.597411: 0 (8.0) +| quiet-still- = 1: 0 (7.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.387806 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.553061 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.103089: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.103089 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.561419: 0 (37.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.561419: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.553061 +| | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.72095: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.72095: 0 (5.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.387806: 0 (127.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.meta.EnsembleML: Model #10 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.097564 +| Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.429 +| | Std_Acc1298_Std_Mem40_Flux <= 0.837355 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.067492: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.067492: 0 (5.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.837355 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.140737: 1 (37.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.140737 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.780447: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.780447: 1 (2.0) +| Mean_Acc1298_Std_Mem40_MFCC_5 > 0.429: 0 (4.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.097564 +| Std_Acc1298_Std_Mem40_MFCC_2 <= 0.215071 +| | BH_LowPeakAmp <= 0.018492: 0 (7.0) +| | BH_LowPeakAmp > 0.018492 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.256011 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.376177 +| | | | | BH_LowPeakBPM <= 0.571429 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.240433 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.400809: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.400809 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.088702: 1 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.088702: 0 (8.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.240433: 1 (5.0) +| | | | | BH_LowPeakBPM > 0.571429: 0 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.376177: 1 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.256011: 1 (8.0) +| Std_Acc1298_Std_Mem40_MFCC_2 > 0.215071 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.375934 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.196815 +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.155386: 0 (3.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.155386: 1 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.196815 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.463825 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.266415 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.204649: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.204649: 0 (14.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.266415 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.430784 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.145192: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.145192: 1 (12.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.430784: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.463825 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.513445: 0 (32.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.513445 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.643153 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.285419: 0 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.285419 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.378741 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.16116: 1 (5.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.16116: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.378741: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.643153: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.375934 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.329743: 0 (103.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.329743 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.337151: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.337151: 0 (19.0/1.0) + +Number of Leaves : 30 + +Size of the tree : 59 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.25266 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557535 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.589772 +| | | | | | BH_LowPeakAmp <= 0.015188: 0 (5.0/1.0) +| | | | | | BH_LowPeakAmp > 0.015188: 1 (64.0/4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.589772 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.558827: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.558827: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557535 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.178657: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.178657 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.226384 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.306835: 0 (9.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.306835: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.226384: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.25266: 0 (7.0) +| | quiet-still- = 1 +| | | BHSUM2 <= 0.211311: 0 (21.0/1.0) +| | | BHSUM2 > 0.211311: 1 (2.0) +| angry-aggresive- = 1: 0 (102.0/5.0) +sad-lonely- = 1: 0 (92.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.11058 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.215499 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.101402 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.140737: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.140737: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.101402: 0 (97.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.215499 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.590309: 1 (7.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.590309 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.24464 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.609218: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.609218: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.24464: 0 (9.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.11058 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.529129 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.139571 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.358969: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.358969: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.139571 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.23914 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.282799: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.282799: 0 (7.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.23914 +| | | | | | BH_HighPeakBPM <= 0.503759 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.135248: 1 (50.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.135248 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.146168: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.146168 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.128254 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.40124: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.40124: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.128254: 1 (22.0) +| | | | | | BH_HighPeakBPM > 0.503759 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.114552: 0 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.114552 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.588451 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.292132: 1 (24.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.292132 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.121111: 1 (9.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.121111: 0 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.588451: 0 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.529129 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.145532: 0 (8.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.145532 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.253084: 0 (5.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.253084: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (10.0/1.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Std_Acc1298_Std_Mem40_Centroid <= 0.338536: 0 (19.0) +| | | Std_Acc1298_Std_Mem40_Centroid > 0.338536 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.459691: 0 (10.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.459691: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.127809 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.252514 +| | | relaxing-clam- = 0: 0 (9.0) +| | | relaxing-clam- = 1 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.280085: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.280085: 0 (10.0) +| | | | sad-lonely- = 1: 1 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.252514: 1 (59.0/3.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (12.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.127809 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.416559 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.226384: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.226384: 1 (7.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.416559 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.240766: 0 (172.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.240766 +| | | amazed-suprised- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.429049 +| | | | | sad-lonely- = 0: 0 (18.0) +| | | | | sad-lonely- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.320346: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.320346: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.429049 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.148866: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.148866: 1 (5.0) +| | | amazed-suprised- = 1: 0 (13.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.35508 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.266181 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.190297: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.190297: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.266181: 1 (7.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.35508 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.521996: 1 (39.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.521996: 0 (3.0/1.0) +| amazed-suprised- = 1: 0 (8.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Mean_Acc1298_Std_Mem40_Centroid <= 0.377741 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.155659: 0 (20.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.155659 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.235483: 0 (15.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.235483 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.271074 +| | | | | | BH_LowPeakBPM <= 0.174603 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.112275: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.112275: 0 (11.0) +| | | | | | BH_LowPeakBPM > 0.174603 +| | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.299444 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.239514: 1 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.239514: 0 (10.0) +| | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.299444 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.585149 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.378757 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.286013: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.286013: 1 (19.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.378757 +| | | | | | | | | | relaxing-clam- = 0: 0 (3.0) +| | | | | | | | | | relaxing-clam- = 1 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.44892: 1 (9.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.44892: 0 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.585149: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.271074 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.749772 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.257166 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.314846: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.314846: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.257166: 0 (27.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.749772: 1 (3.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.272715 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.376112: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.376112: 1 (6.0/2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.272715 +| | | | BH_HighPeakBPM <= 0.090226 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.1776: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.1776: 0 (3.0) +| | | | BH_HighPeakBPM > 0.090226: 0 (46.0) +| Mean_Acc1298_Std_Mem40_Centroid > 0.377741: 0 (63.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.170628 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.477525 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.181702: 1 (16.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.181702 +| | | | | sad-lonely- = 0 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.240766 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.040878: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.040878 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.355444 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.158008: 1 (9.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.158008 +| | | | | | | | | | amazed-suprised- = 0 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.412833: 1 (9.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.412833: 0 (3.0) +| | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.413587 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.241928: 0 (14.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.241928: 1 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.413587: 1 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.355444 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.175728: 1 (22.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.175728: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.240766: 0 (9.0/1.0) +| | | | | sad-lonely- = 1 +| | | | | | BH_HighPeakAmp <= 0.017457: 1 (4.0) +| | | | | | BH_HighPeakAmp > 0.017457: 0 (10.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.477525: 1 (41.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.170628: 0 (15.0/1.0) +| quiet-still- = 1: 0 (23.0/1.0) +relaxing-clam- = 1 +| BH_HighPeakBPM <= 0.721805: 0 (133.0/1.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.29244: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.29244: 0 (6.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.EnsembleML +Options [-S, 1, -I, 10, -P, 67, -W, meka.classifiers.multilabel.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/FilteredClassifier.ref b/bin/test/meka/classifiers/multilabel/meta/FilteredClassifier.ref new file mode 100644 index 00000000..6d61e4d0 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/FilteredClassifier.ref @@ -0,0 +1,108 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.FilteredClassifier +Options [-F, weka.filters.AllFilter , -doNotCheckForModifiedClassAttribute, -S, 1, -W, meka.classifiers.multilabel.BR, --, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +FilteredClassifier using meka.classifiers.multilabel.BR -W weka.classifiers.trees.J48 -- -C 0.25 -M 2 on data filtered through weka.filters.AllFilter + +Filtered Header +@relation 'Music: -C -6-weka.filters.AllFilter' + +@attribute amazed-suprised- {0,1} +@attribute happy-pleased- {0,1} +@attribute relaxing-clam- {0,1} +@attribute quiet-still- {0,1} +@attribute sad-lonely- {0,1} +@attribute angry-aggresive- {0,1} +@attribute Mean_Acc1298_Mean_Mem40_Centroid numeric +@attribute Mean_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Mean_Mem40_Flux numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Mean_Acc1298_Std_Mem40_Centroid numeric +@attribute Mean_Acc1298_Std_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Std_Mem40_Flux numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Mean_Mem40_Centroid numeric +@attribute Std_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Std_Acc1298_Mean_Mem40_Flux numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Std_Mem40_Centroid numeric +@attribute Std_Acc1298_Std_Mem40_Rolloff numeric +@attribute Std_Acc1298_Std_Mem40_Flux numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute BH_LowPeakAmp numeric +@attribute BH_LowPeakBPM numeric +@attribute BH_HighPeakAmp numeric +@attribute BH_HighPeakBPM numeric +@attribute BHSUM1 numeric +@attribute BHSUM2 numeric +@attribute BHSUM3 numeric + +@data + + +Classifier Model + + +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/MBR.ref b/bin/test/meka/classifiers/multilabel/meta/MBR.ref new file mode 100644 index 00000000..21337fff --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/MBR.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.MBR +Options [-W, meka.classifiers.multilabel.BR, --, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/MultiSearch.ref b/bin/test/meka/classifiers/multilabel/meta/MultiSearch.ref new file mode 100644 index 00000000..e048b98b --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/MultiSearch.ref @@ -0,0 +1,44 @@ +== Model info + +Model +meka.classifiers.multilabel.meta.MultiSearch: +Classifier: meka.classifiers.multilabel.RAkEL -M 5 -k 3 -P 0 -N 0 -S 0 -W weka.classifiers.trees.J48 -- -C 0.25 -M 2 + +1. parameter: property: M, min: 5.0, max: 15.0, step: 5.0, base: 10.0, expr: I +2. parameter: property: K, min: 1.0, max: 3.0, step: 1.0, base: 10.0, expr: I +Evaluation: Accuracy +Coordinates: 5, 3 +Values: 5, 3 + +{[1, 2, 4][2, 3, 4][0, 3, 4][1, 3, 5][2, 4, 5]} + +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.MultiSearch +Options [-E, ACC, -search, weka.core.setupgenerator.MathParameter -property M -min 5.0 -max 15.0 -step 5.0 -base 10.0 -expression I, -search, weka.core.setupgenerator.MathParameter -property K -min 1.0 -max 3.0 -step 1.0 -base 10.0 -expression I, -algorithm, weka.classifiers.meta.multisearch.DefaultSearch -sample-size 100.0 -initial-folds 2 -subsequent-folds 10 -initial-test-set . -subsequent-test-set . -num-slots 1, -log-file, ., -S, 1, -W, meka.classifiers.multilabel.RAkEL, --, -M, 5, -k, 3, -P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +meka.classifiers.multilabel.meta.MultiSearch: +Classifier: meka.classifiers.multilabel.RAkEL -M 5 -k 3 -P 0 -N 0 -S 0 -W weka.classifiers.trees.J48 -- -C 0.25 -M 2 + +1. parameter: property: M, min: 5.0, max: 15.0, step: 5.0, base: 10.0, expr: I +2. parameter: property: K, min: 1.0, max: 3.0, step: 1.0, base: 10.0, expr: I +Evaluation: Accuracy +Coordinates: 5, 3 +Values: 5, 3 + +{[1, 2, 4][2, 3, 4][0, 3, 4][1, 3, 5][2, 4, 5]} + +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/RandomSubspaceML.ref b/bin/test/meka/classifiers/multilabel/meta/RandomSubspaceML.ref new file mode 100644 index 00000000..501f1dd6 --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/RandomSubspaceML.ref @@ -0,0 +1,3086 @@ +== Model info + +Model +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #1 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.257134 +| | sad-lonely- = 0: 1 (89.0/23.0) +| | sad-lonely- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.169612: 1 (6.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.169612: 0 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.257134 +| | sad-lonely- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.297185 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.307783 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.441161: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.441161: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.307783 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.053742 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.304484: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.304484: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.053742: 0 (29.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.297185: 1 (21.0/9.0) +| | sad-lonely- = 1: 0 (29.0) +relaxing-clam- = 1 +| sad-lonely- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.135905 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.166035: 1 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.166035: 0 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.135905: 0 (85.0/4.0) +| sad-lonely- = 1: 0 (45.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| relaxing-clam- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.217553 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.216161: 0 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.216161 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.031401: 0 (8.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.031401 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.382643 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.303548: 1 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.303548 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.107852 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.162367 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.089153: 0 (6.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.089153: 1 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.162367: 0 (6.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.107852 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.170239: 1 (11.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.170239 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.34085: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.34085: 1 (7.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.382643: 0 (5.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.217553 +| | | BHSUM2 <= 0.146156: 0 (29.0) +| | | BHSUM2 > 0.146156 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.514989 +| | | | | BHSUM1 <= 0.879063: 0 (44.0/7.0) +| | | | | BHSUM1 > 0.879063: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.514989: 1 (3.0) +| relaxing-clam- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.121981: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.121981 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.424107 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.086199 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.416937: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.416937: 0 (9.0/2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.086199: 1 (30.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.424107 +| | | | BH_LowPeakBPM <= 0.269841 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.330108 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.504374: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.504374: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.330108: 1 (10.0) +| | | | BH_LowPeakBPM > 0.269841 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081204: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081204 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.582518: 0 (18.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.582518: 1 (2.0) +sad-lonely- = 1: 0 (87.0/1.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.154243 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (96.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.100714: 0 (11.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.100714 +| | | BHSUM2 <= 0.137604: 1 (7.0) +| | | BHSUM2 > 0.137604 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.501427: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.501427: 1 (2.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.154243 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.074848: 0 (12.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.074848 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.212205: 0 (10.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.212205 +| | | sad-lonely- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.135462 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.338917 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.165513: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.165513: 0 (10.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.338917 +| | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.229069 +| | | | | | | BHSUM2 <= 0.281296: 1 (9.0) +| | | | | | | BHSUM2 > 0.281296: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.229069: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.135462 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.458026 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.127588: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.127588 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.522577 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.238487 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.465355: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.465355: 0 (8.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.238487 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.286362: 1 (17.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.286362 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.39556 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.335163: 1 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.335163: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.39556: 1 (8.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.522577: 1 (20.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.458026: 1 (23.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.155748: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.155748 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.476146 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.370894 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.287735 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.301435: 0 (6.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.301435: 1 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.287735: 1 (19.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.370894 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.372555: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.372555 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.46443: 0 (15.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.46443: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.476146: 1 (13.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111: 0 (209.0/7.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.114375 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.152158: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.152158 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.170699: 0 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.170699: 1 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.114375 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.426594: 1 (50.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.426594 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.404329: 0 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.404329: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (8.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.340121: 1 (4.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.340121: 0 (15.0) +| amazed-suprised- = 1: 0 (16.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.408121 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.076123 +| | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.477505 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.079576: 0 (10.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.079576: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.477505: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.076123 +| | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.156242: 0 (64.0) +| | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.156242 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.071373 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.124132: 0 (5.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.124132: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.071373 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.095671 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.106542: 0 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.106542: 1 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.095671 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.090939 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.179384: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.179384: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.090939: 0 (74.0/1.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.408121 +| Std_Acc1298_Std_Mem40_Centroid <= 0.349645 +| | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.312591 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.166916: 0 (23.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.166916 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.320174 +| | | | | BH_LowPeakBPM <= 0.349206: 0 (5.0) +| | | | | BH_LowPeakBPM > 0.349206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.293485: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.293485: 1 (5.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.320174: 1 (8.0) +| | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.312591: 0 (31.0/1.0) +| Std_Acc1298_Std_Mem40_Centroid > 0.349645 +| | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.140743: 0 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.140743 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.144753: 1 (19.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.144753 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.660666 +| | | | | BHSUM2 <= 0.104653 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.164737: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.164737 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.270821 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.259254: 1 (7.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.259254: 0 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.270821: 1 (13.0) +| | | | | BHSUM2 > 0.104653 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.173772: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.173772: 0 (9.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.660666: 1 (10.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.16999 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.382643 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.145258: 1 (21.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.145258 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.509882: 0 (6.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.509882 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.298469: 1 (24.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.298469 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.21393 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.136789: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.136789: 1 (6.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.21393: 0 (5.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.382643: 1 (37.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.2936 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.330108 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.435163: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.435163: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.330108: 0 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.2936: 1 (5.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.334304: 0 (37.0/3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.334304: 1 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.16999: 0 (27.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.094467 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.196681: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.196681: 0 (4.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.094467 +| | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.803721: 0 (123.0) +| | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.803721 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.334371: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.334371: 0 (5.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #2 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.097564 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.461745 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.158008 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.064477: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.064477: 0 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.158008: 1 (18.0) +| | angry-aggresive- = 1 +| | | BHSUM1 <= 0.274486: 1 (17.0) +| | | BHSUM1 > 0.274486 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.416987: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.416987 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.668436 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.518547: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.518547 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.635495: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.635495: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.668436: 1 (3.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.461745: 0 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.097564 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.196784 +| | BH_LowPeakBPM <= 0.126984: 1 (7.0) +| | BH_LowPeakBPM > 0.126984 +| | | BH_LowPeakAmp <= 0.023303: 0 (6.0) +| | | BH_LowPeakAmp > 0.023303 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.405481: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.405481 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.297307: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.297307 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.0625: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.0625 +| | | | | | | BH_LowPeakBPM <= 0.15873: 0 (2.0) +| | | | | | | BH_LowPeakBPM > 0.15873 +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.044569: 0 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.044569: 1 (11.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.196784 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.256505 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.269847: 1 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.269847 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.098726: 0 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.098726 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.167669: 1 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.167669 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.285297: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.285297: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.256505 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.137892: 0 (61.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.137892 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.404091 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.484685 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.359129 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.380062: 1 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.380062: 0 (10.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.359129: 1 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.484685: 0 (13.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.404091: 0 (46.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.74454: 0 (49.0/13.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.74454: 1 (4.0) + +Number of Leaves : 31 + +Size of the tree : 61 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.272351: 0 (26.0) +| Mean_Acc1298_Std_Mem40_MFCC_11 > 0.272351 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | amazed-suprised- = 0: 0 (32.0/1.0) +| | | amazed-suprised- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.382937: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.382937: 0 (2.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.568748 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.079027: 1 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.079027 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.237997 +| | | | | | BH_LowPeakBPM <= 0.079365: 0 (3.0) +| | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.561551: 1 (29.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.561551: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.237997 +| | | | | | BH_LowPeakBPM <= 0.15873: 1 (10.0/1.0) +| | | | | | BH_LowPeakBPM > 0.15873 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.177537 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.19189: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.19189: 0 (21.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.177537 +| | | | | | | | amazed-suprised- = 0 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.102677: 1 (7.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.102677 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.460695 +| | | | | | | | | | | BH_HighPeakAmp <= 0.006114: 0 (2.0) +| | | | | | | | | | | BH_HighPeakAmp > 0.006114: 1 (4.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.460695: 0 (4.0) +| | | | | | | | amazed-suprised- = 1: 0 (5.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.568748 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.133211: 0 (14.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.133211 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.471538 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.105025: 0 (9.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.105025 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.128254: 1 (8.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.128254 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.519058 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.436259: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.436259: 1 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.519058: 0 (6.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.471538: 0 (8.0) +angry-aggresive- = 1: 0 (108.0/6.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.098558 +| | | quiet-still- = 0: 0 (9.0/1.0) +| | | quiet-still- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.519058: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.519058: 0 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.098558 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.340758 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.289671 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.12668 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.517208: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.517208 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.4311: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.4311: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.12668: 1 (33.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.289671: 0 (5.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.340758: 1 (31.0) +| | | quiet-still- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.192321: 1 (14.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.192321 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.307971: 1 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.307971 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.552553 +| | | | | | | BHSUM1 <= 0.145665 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.566338 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.061709 +| | | | | | | | | | BH_HighPeakBPM <= 0.360902: 0 (3.0) +| | | | | | | | | | BH_HighPeakBPM > 0.360902: 1 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.061709: 0 (8.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.566338: 1 (6.0) +| | | | | | | BHSUM1 > 0.145665: 1 (12.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.552553: 0 (7.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | BH_HighPeakBPM <= 0.390977: 0 (34.0) +| | | BH_HighPeakBPM > 0.390977 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.038609: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.038609 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589: 0 (14.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 1 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (3.0) +angry-aggresive- = 1: 0 (108.0/5.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Std_Mem40_Centroid <= 0.133211 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | angry-aggresive- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.431023: 1 (39.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.431023 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.451239: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.451239 +| | | | | | BH_HighPeakBPM <= 0.045113: 0 (2.0) +| | | | | | BH_HighPeakBPM > 0.045113: 1 (21.0/1.0) +| | | angry-aggresive- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.0666: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.0666: 0 (5.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.264006: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.264006: 0 (10.0) +| amazed-suprised- = 1: 0 (20.0) +Mean_Acc1298_Std_Mem40_Centroid > 0.133211 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.186139: 0 (143.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.186139 +| | amazed-suprised- = 0 +| | | angry-aggresive- = 0 +| | | | happy-pleased- = 0 +| | | | | BH_LowPeakBPM <= 0.619048 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.386928: 0 (11.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.386928 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.468924: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.468924 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.221784: 0 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.221784 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.4311: 1 (8.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.4311: 0 (2.0) +| | | | | BH_LowPeakBPM > 0.619048: 1 (6.0) +| | | | happy-pleased- = 1 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.51151: 0 (20.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.51151: 1 (2.0) +| | | angry-aggresive- = 1: 0 (6.0) +| | amazed-suprised- = 1: 0 (18.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.367926 +| | | | BH_HighPeakAmp <= 0.127372 +| | | | | BH_LowPeakAmp <= 0.022076: 1 (8.0/2.0) +| | | | | BH_LowPeakAmp > 0.022076 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.538512: 0 (17.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.538512: 1 (3.0/1.0) +| | | | BH_HighPeakAmp > 0.127372 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.557581 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.088771: 0 (3.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.088771: 1 (17.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.557581: 0 (2.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.367926: 0 (15.0) +| | angry-aggresive- = 1 +| | | amazed-suprised- = 0 +| | | | BH_HighPeakAmp <= 0.004689 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.346004: 1 (8.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.346004: 0 (9.0/1.0) +| | | | BH_HighPeakAmp > 0.004689: 0 (34.0/1.0) +| | | amazed-suprised- = 1: 0 (49.0/1.0) +| happy-pleased- = 1: 0 (84.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.427294 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.155364 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.048061: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.048061: 1 (5.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.155364: 1 (39.0) +| | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.427294 +| | | relaxing-clam- = 0: 1 (11.0/2.0) +| | | relaxing-clam- = 1 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.102031: 0 (7.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.102031 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.405634: 1 (7.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.405634: 0 (4.0/1.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| BHSUM1 <= 0.398224 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.109711 +| | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.309233 +| | | | BH_HighPeakAmp <= 0.048217: 1 (12.0) +| | | | BH_HighPeakAmp > 0.048217 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.238015: 1 (13.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.238015: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.309233: 1 (25.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.109711 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.077236 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.65364: 1 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.65364 +| | | | | BH_LowPeakBPM <= 0.253968: 0 (4.0/1.0) +| | | | | BH_LowPeakBPM > 0.253968: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.077236 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.546594 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.144887 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.064477: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.064477: 0 (20.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.144887 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.140178: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.140178: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.546594: 1 (4.0) +| BHSUM1 > 0.398224 +| | BH_HighPeakBPM <= 0.300752 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.212575 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.481548 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.063031 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.169649 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.411095: 0 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.411095: 1 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.169649: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.063031: 0 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.481548: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.212575: 1 (5.0) +| | BH_HighPeakBPM > 0.300752: 0 (8.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.079358 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.193688: 0 (3.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.193688: 1 (7.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.079358 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.593: 0 (151.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.593 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.152706: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.152706: 0 (9.0/1.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #3 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.03727: 1 (16.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.03727 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.357714 +| | | sad-lonely- = 0 +| | | | BHSUM1 <= 0.385171 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.329756 +| | | | | | BH_LowPeakBPM <= 0.126984: 1 (7.0) +| | | | | | BH_LowPeakBPM > 0.126984 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.068758: 1 (6.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.068758 +| | | | | | | | BH_LowPeakBPM <= 0.650794 +| | | | | | | | | happy-pleased- = 0 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.156648 +| | | | | | | | | | | angry-aggresive- = 0: 1 (2.0) +| | | | | | | | | | | angry-aggresive- = 1 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.585869 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.231424: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.231424: 1 (6.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.585869: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.156648: 0 (5.0) +| | | | | | | | | happy-pleased- = 1 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.531222: 0 (11.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.531222 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.186452: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.186452: 1 (7.0/1.0) +| | | | | | | | BH_LowPeakBPM > 0.650794: 1 (8.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.329756 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.353994 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.341705 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.743537 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.352003: 0 (20.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.352003 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.238614: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.238614: 0 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.743537: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.341705: 1 (6.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.353994: 0 (18.0) +| | | | BHSUM1 > 0.385171 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.320215 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.514464 +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.160427: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.160427: 0 (6.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.514464: 1 (19.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.320215: 0 (3.0) +| | | sad-lonely- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.111039 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.216426: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.216426: 1 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.111039: 0 (16.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.357714 +| | | angry-aggresive- = 0: 0 (46.0/2.0) +| | | angry-aggresive- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.4505 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.340665: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.340665: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.4505: 0 (10.0) +quiet-still- = 1: 0 (82.0) + +Number of Leaves : 30 + +Size of the tree : 59 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.077769: 1 (2.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.077769: 0 (13.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.245557 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.268048: 1 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.268048 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.097653: 1 (12.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.097653 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.283501: 0 (8.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.283501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.53534 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.234656: 1 (13.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.234656 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.290084: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.290084 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44199: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44199 +| | | | | | | | | | | BH_HighPeakAmp <= 0.041753: 1 (5.0/1.0) +| | | | | | | | | | | BH_HighPeakAmp > 0.041753 +| | | | | | | | | | | | BH_LowPeakBPM <= 0.444444: 0 (7.0) +| | | | | | | | | | | | BH_LowPeakBPM > 0.444444: 1 (3.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.53534 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.478161: 0 (10.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.478161 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.290975: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.290975 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.779882 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.146782: 0 (4.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.146782 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.328692: 1 (9.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.328692 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.60225: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.60225: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.779882: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.245557: 1 (12.0) +| angry-aggresive- = 1: 0 (108.0/9.0) +quiet-still- = 1 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.105539: 0 (59.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.105539 +| | Std_Acc1298_Std_Mem40_Flux <= 0.88932: 1 (5.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.88932: 0 (18.0/1.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.17428 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.190731: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.190731: 0 (9.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.17428 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.060774 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.136849 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.498164: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.498164 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.187124: 1 (4.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.187124 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.201335 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.558435: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.558435: 0 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.201335: 0 (14.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.136849: 1 (12.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.060774 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.509655 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.556963 +| | | | | | BH_LowPeakBPM <= 0.571429 +| | | | | | | BH_LowPeakBPM <= 0.206349 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.532303 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.363323: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.363323: 1 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.532303: 0 (6.0) +| | | | | | | BH_LowPeakBPM > 0.206349: 1 (37.0/1.0) +| | | | | | BH_LowPeakBPM > 0.571429 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.451261: 0 (6.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.451261: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.556963: 1 (22.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.509655: 1 (36.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.127813 +| | | sad-lonely- = 0 +| | | | happy-pleased- = 0: 1 (2.0) +| | | | happy-pleased- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.130044: 0 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.130044 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.161862: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.161862: 1 (6.0) +| | | sad-lonely- = 1: 0 (2.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.127813: 0 (28.0) +angry-aggresive- = 1: 0 (109.0/3.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14619 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.181423 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.30183: 0 (15.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.30183: 1 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.181423 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.134165 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.089339: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.089339: 0 (8.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.134165 +| | | | BH_HighPeakAmp <= 0.073373: 1 (60.0/1.0) +| | | | BH_HighPeakAmp > 0.073373 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.437822: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.437822: 1 (5.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (20.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.14619 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.462799 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.509655: 0 (139.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.509655 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.512165: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.512165 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.590147: 0 (55.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.590147: 1 (3.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.462799 +| | BH_HighPeakAmp <= 0.054155: 1 (5.0) +| | BH_HighPeakAmp > 0.054155: 0 (6.0/1.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.104745: 0 (11.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.104745 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.595022 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.337054: 1 (43.0/17.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.337054: 0 (5.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.595022: 0 (6.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.496983: 0 (70.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.496983 +| | | | BH_HighPeakBPM <= 0.721805 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.099144: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.099144 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.498096: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.498096: 0 (23.0) +| | | | BH_HighPeakBPM > 0.721805: 1 (2.0) +| happy-pleased- = 1: 0 (82.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.456133 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.433469 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.152058 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.437297: 1 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.437297: 0 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.152058: 1 (14.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.433469 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.60065 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.372697: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.372697: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.60065: 0 (6.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.456133 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.433676: 1 (43.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.433676: 0 (3.0/1.0) +| happy-pleased- = 1: 0 (5.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.441969 +| | BH_HighPeakBPM <= 0.360902 +| | | BH_LowPeakBPM <= 0.174603: 1 (10.0/1.0) +| | | BH_LowPeakBPM > 0.174603 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.159007: 1 (10.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.159007 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.025176: 1 (6.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.025176: 0 (56.0/23.0) +| | BH_HighPeakBPM > 0.360902 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.464773 +| | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.556572: 1 (39.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.556572: 0 (3.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.464773: 0 (4.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.441969 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.085729: 1 (5.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.085729: 0 (17.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.5014: 0 (163.0/9.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.5014 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.408121 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.564352: 1 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.564352: 0 (4.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.408121: 0 (5.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #4 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.200385 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.437211: 0 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.437211 +| | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.123845 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.024483: 0 (3.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.024483: 1 (34.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_8 > 0.123845 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.516363 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.144264 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.525655: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.525655: 1 (3.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.144264: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.516363: 1 (5.0) +Std_Acc1298_Mean_Mem40_MFCC_4 > 0.200385 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.791627 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.278098 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.190182: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.190182 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.596007 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.15696: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.15696: 1 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.596007: 0 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.278098: 1 (9.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.151987: 0 (98.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.151987 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.559784: 0 (24.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.559784 +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.275503 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.412908: 1 (6.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.412908 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.609218: 0 (46.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.609218 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.113303: 1 (4.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.113303: 0 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.275503: 1 (5.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.791627 +| | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.474022 +| | | BHSUM1 <= 0.030252: 0 (2.0) +| | | BHSUM1 > 0.030252: 1 (21.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.474022 +| | | BHSUM1 <= 0.29754: 0 (11.0) +| | | BHSUM1 > 0.29754: 1 (3.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.192706: 0 (17.0) +| Mean_Acc1298_Std_Mem40_MFCC_6 > 0.192706 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.116971 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.196784 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.374805 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.198017: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.198017: 1 (11.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.374805 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.543468: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.543468: 0 (31.0/2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.196784: 0 (32.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.116971 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.444058 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.046197: 0 (9.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.046197 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.093103: 1 (11.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.093103 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.372589: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.372589 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.176669: 0 (6.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.176669 +| | | | | | | | amazed-suprised- = 0 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.190285: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.190285 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.410599 +| | | | | | | | | | | BH_HighPeakBPM <= 0.180451 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.141405: 0 (4.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.141405: 1 (4.0) +| | | | | | | | | | | BH_HighPeakBPM > 0.180451: 1 (19.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.410599 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.260816 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.118991: 0 (5.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.118991 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.733881 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.475809: 1 (13.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.475809 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.450396: 0 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.450396: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.733881: 0 (2.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.260816 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.558827: 0 (9.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.558827: 1 (3.0/1.0) +| | | | | | | | amazed-suprised- = 1 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.498985 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.459691 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.29244: 1 (4.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.29244: 0 (9.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.459691: 1 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.498985: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.444058: 0 (17.0/1.0) +sad-lonely- = 1: 0 (87.0/1.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.109627: 0 (9.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.109627 +| | | sad-lonely- = 0 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.248209 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.417219 +| | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.281055: 0 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.281055: 1 (9.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.417219: 1 (69.0/2.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.248209: 0 (5.0/1.0) +| | | sad-lonely- = 1 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.552553 +| | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.134037 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.471354: 1 (15.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.471354 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.244647: 0 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.244647 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.257484 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.336897: 1 (14.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.336897: 0 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.257484 +| | | | | | | | | BH_HighPeakBPM <= 0.135338: 1 (2.0) +| | | | | | | | | BH_HighPeakBPM > 0.135338 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.251697: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.251697: 0 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_Flux > 0.134037: 1 (15.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.552553: 0 (5.0) +| amazed-suprised- = 1: 0 (50.0/4.0) +angry-aggresive- = 1 +| sad-lonely- = 0: 0 (101.0/2.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.454799: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.454799: 0 (5.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.167548 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.166837 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.286527: 0 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.286527: 1 (74.0/3.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.166837 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.486623 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.103504: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.103504: 0 (19.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.486623: 1 (5.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.391242: 0 (15.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.391242: 1 (5.0/1.0) +| amazed-suprised- = 1: 0 (15.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.167548 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.600798: 0 (72.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.600798 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.425963 +| | | | BHSUM3 <= 0.133281 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.529511: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.529511: 1 (3.0) +| | | | BHSUM3 > 0.133281: 0 (24.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.425963: 1 (3.0) +| amazed-suprised- = 1: 0 (83.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.345444 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.132498: 1 (5.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.132498: 0 (8.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.345444: 1 (58.0/10.0) +| amazed-suprised- = 1: 0 (6.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| amazed-suprised- = 0: 0 (159.0/30.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.835713: 0 (73.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.835713 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.261102: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.261102: 0 (15.0/1.0) + +Number of Leaves : 8 + +Size of the tree : 15 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | sad-lonely- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.506751 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.109711 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.035237: 0 (3.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.035237: 1 (58.0/2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.109711 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.553989 +| | | | | | BH_HighPeakBPM <= 0.390977 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.201735: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.201735 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.292411 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.206469 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.518648: 0 (11.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.518648: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.206469: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.292411: 1 (11.0) +| | | | | | BH_HighPeakBPM > 0.390977: 1 (22.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.553989: 0 (7.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.506751: 0 (8.0) +| | sad-lonely- = 1 +| | | BH_HighPeakBPM <= 0.721805: 0 (27.0/2.0) +| | | BH_HighPeakBPM > 0.721805: 1 (4.0) +| happy-pleased- = 1 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.081262: 1 (3.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.081262: 0 (44.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.341205: 0 (27.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.341205: 1 (2.0) +quiet-still- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.119172 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.608362: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.608362: 1 (2.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.119172: 0 (83.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #5 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.315378 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.260118 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.14925 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.009431: 0 (4.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.009431: 1 (58.0/5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.14925 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.117515: 1 (5.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.117515 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.295035: 0 (10.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.295035: 1 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.260118 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.495113: 1 (5.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.495113: 0 (13.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.315378 +| | sad-lonely- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.338122 +| | | | happy-pleased- = 0 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.298875 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.183625: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.183625: 1 (9.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.298875 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.312294: 0 (13.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.312294: 1 (3.0/1.0) +| | | | happy-pleased- = 1 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.364024: 0 (8.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.364024 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.223241 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.379823: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.379823 +| | | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.171722: 1 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.171722: 0 (10.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.223241: 1 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.338122 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.447068: 0 (43.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.447068 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.377024: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.377024 +| | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.530638: 0 (19.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.530638: 1 (3.0) +| | sad-lonely- = 1: 0 (24.0/1.0) +quiet-still- = 1: 0 (81.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.077081: 0 (53.0/1.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.077081 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (20.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.695625 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.137296 +| | | | BH_LowPeakAmp <= 0.097867: 0 (30.0/1.0) +| | | | BH_LowPeakAmp > 0.097867 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.538188 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.102116 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.092615 +| | | | | | | | BH_LowPeakAmp <= 0.328437 +| | | | | | | | | BH_LowPeakAmp <= 0.107377: 1 (2.0) +| | | | | | | | | BH_LowPeakAmp > 0.107377: 0 (13.0) +| | | | | | | | BH_LowPeakAmp > 0.328437 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.685282: 1 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.685282: 0 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.092615: 1 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.102116: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.538188: 0 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.137296 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.335419 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.209218: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.209218 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.164159 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.167608: 0 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.167608 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.124132 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.198074: 1 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.198074: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.124132: 1 (18.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.164159 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.149608 +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.288463: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.288463 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.341729 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.563406: 1 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.563406: 0 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.341729: 0 (28.0/2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.149608 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.274769 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.411543 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081749: 1 (10.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081749 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.238815 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.385253 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.35935: 0 (6.0/1.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.35935 +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.492277: 1 (9.0) +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.492277: 0 (8.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.385253: 0 (11.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.238815: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.411543: 0 (6.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.274769 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.428912 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.219773: 1 (8.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.219773: 0 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.428912: 1 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.335419: 0 (11.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.695625: 0 (16.0) + +Number of Leaves : 31 + +Size of the tree : 61 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.07693: 0 (66.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.07693 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.095299 +| | | quiet-still- = 0: 0 (19.0/1.0) +| | | quiet-still- = 1: 1 (4.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.095299 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.533117 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.08449: 0 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.08449 +| | | | | sad-lonely- = 0: 1 (73.0/4.0) +| | | | | sad-lonely- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585818 +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.252094: 0 (6.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.252094 +| | | | | | | | quiet-still- = 0: 1 (9.0) +| | | | | | | | quiet-still- = 1 +| | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.440517: 1 (4.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.440517: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585818: 1 (14.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.533117 +| | | | BH_HighPeakBPM <= 0.090226: 1 (5.0) +| | | | BH_HighPeakBPM > 0.090226 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.593047 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.108906: 0 (7.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.108906 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.425363 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.533829 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.119183: 0 (4.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.119183 +| | | | | | | | | | quiet-still- = 0: 1 (9.0/1.0) +| | | | | | | | | | quiet-still- = 1 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.216692: 1 (6.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.216692: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.533829: 1 (12.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.425363: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.593047: 0 (14.0/2.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.269648 +| | | BHSUM2 <= 0.117529 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.208576: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.208576: 0 (14.0/1.0) +| | | BHSUM2 > 0.117529: 0 (37.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.269648: 1 (4.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.29723: 0 (16.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.29723 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.164358 +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.144185 +| | | | | BH_LowPeakAmp <= 0.034867: 1 (8.0) +| | | | | BH_LowPeakAmp > 0.034867: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.144185: 1 (55.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.164358 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.378549: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.378549 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.291745: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.291745: 1 (7.0) +| | happy-pleased- = 1 +| | | BH_HighPeakBPM <= 0.150376: 1 (3.0/1.0) +| | | BH_HighPeakBPM > 0.150376: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.232299: 0 (199.0/3.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.232299 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.31248 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.180312: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.180312: 0 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.31248: 0 (3.0) +| | happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.353094 +| | | BHSUM2 <= 0.09911 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.084766: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.084766 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.616069 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.120387: 1 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.120387 +| | | | | | | BH_LowPeakAmp <= 0.198356 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.414755 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.554396: 1 (4.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.554396: 0 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.414755: 0 (5.0) +| | | | | | | BH_LowPeakAmp > 0.198356: 1 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.616069: 0 (3.0) +| | | BHSUM2 > 0.09911 +| | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.231487 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.455156 +| | | | | | BH_HighPeakBPM <= 0.315789 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.182252: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.182252 +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.271883: 0 (7.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.271883: 1 (7.0/1.0) +| | | | | | BH_HighPeakBPM > 0.315789: 0 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.455156: 0 (26.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.231487 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.426329: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.426329 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.368402: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.368402: 0 (7.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.353094: 0 (51.0/1.0) +| happy-pleased- = 1: 0 (90.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_Rolloff <= 0.233585 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.471179: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.471179: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_Rolloff > 0.233585 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.512165 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.217189 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.363915: 0 (4.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.363915: 1 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.217189: 1 (42.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.512165 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.087466: 1 (5.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.087466 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.401612: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.401612: 1 (3.0/1.0) +| happy-pleased- = 1: 0 (3.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.171535 +| | | | | amazed-suprised- = 0: 1 (37.0) +| | | | | amazed-suprised- = 1 +| | | | | | BH_HighPeakAmp <= 0.585795 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.116981 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.68034: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.68034: 0 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.116981: 1 (36.0) +| | | | | | BH_HighPeakAmp > 0.585795 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.168898: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.168898: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.171535: 0 (6.0/1.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.119179 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.128578: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.128578: 1 (7.0) +| | | | BH_HighPeakAmp > 0.119179: 0 (10.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.494209: 0 (40.0/2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.494209: 1 (3.0) +| quiet-still- = 1: 0 (25.0/1.0) +relaxing-clam- = 1: 0 (143.0/4.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #6 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.154075: 1 (16.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.154075 +| | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.627858 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.208234 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.084204: 0 (8.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.084204: 1 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.208234: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.627858: 1 (8.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| quiet-still- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.157784: 0 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.157784 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.268942 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.103447: 1 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.103447 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.410195: 0 (11.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.410195 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.505425: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.505425 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.190182: 0 (6.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.190182: 1 (4.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.268942: 1 (14.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.505736: 0 (51.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.505736 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.215071: 1 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.215071 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.465272 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.164516: 0 (13.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.164516 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.544204: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.544204 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.354838: 0 (4.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.354838 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.054724: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.054724 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.767265: 1 (11.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.767265: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.465272: 0 (22.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.361787: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.361787 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.440017: 1 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.440017: 0 (2.0) +| | | sad-lonely- = 1: 0 (26.0) +| quiet-still- = 1: 0 (81.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.412389 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.399816 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.290709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.545161 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.293369: 0 (3.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.293369: 1 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.545161: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.290709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.534396: 1 (44.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.534396 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.206782: 1 (12.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.206782: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.399816 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.405041 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.311536: 1 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.311536 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.192444: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.192444 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.514073: 0 (13.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.514073 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.461949: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.461949: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.405041: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.412389 +| | | | amazed-suprised- = 0: 0 (5.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.535559: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.535559: 1 (4.0) +| | quiet-still- = 1 +| | | BHSUM2 <= 0.283433: 0 (20.0/1.0) +| | | BHSUM2 > 0.283433: 1 (2.0) +| angry-aggresive- = 1: 0 (96.0/6.0) +sad-lonely- = 1: 0 (93.0/1.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.118109 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.367112: 0 (37.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.367112: 1 (3.0/1.0) +| | sad-lonely- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.323967: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.323967: 1 (5.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.118109 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759577 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.126107 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.225961: 0 (12.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.225961 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.531159: 1 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.531159: 0 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.126107 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.309089 +| | | | | | BHSUM2 <= 0.109467: 1 (8.0) +| | | | | | BHSUM2 > 0.109467 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.266313: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.266313: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.309089: 1 (64.0/1.0) +| | | | sad-lonely- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.392772 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.613326 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.386805: 1 (26.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.386805 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.233567: 0 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.233567 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.294213 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.253857: 1 (5.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.253857: 0 (4.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.294213: 1 (19.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.613326 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.564007: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.564007: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.392772: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759577 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.375418: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.375418: 0 (19.0/1.0) +amazed-suprised- = 1 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.548415 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.165465 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.222363: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.222363: 0 (4.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.165465: 0 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.548415: 0 (72.0/2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998: 0 (195.0/4.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.332239: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.332239: 1 (8.0/1.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| Std_Acc1298_Std_Mem40_MFCC_3 <= 0.109499: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_3 > 0.109499 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.077763: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.077763 +| | | Std_Acc1298_Std_Mem40_Centroid <= 0.342539 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.311227 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.092927 +| | | | | | BH_LowPeakAmp <= 0.024094: 1 (8.0) +| | | | | | BH_LowPeakAmp > 0.024094 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.319947 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.434122: 0 (7.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.434122: 1 (3.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.319947: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.092927 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.469156: 0 (17.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.469156: 1 (3.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.311227: 1 (8.0) +| | | Std_Acc1298_Std_Mem40_Centroid > 0.342539 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.19323 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.192706 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.400666: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.400666: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.192706: 1 (42.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.19323: 0 (3.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.156242: 0 (77.0/2.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.156242 +| | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.484502 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.468973: 0 (18.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.468973 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.318619 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.327445 +| | | | | | BHSUM2 <= 0.024335: 1 (5.0/1.0) +| | | | | | BHSUM2 > 0.024335 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.3825 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.380787: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.380787: 1 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.3825: 0 (27.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.327445 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.461675 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.054724: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.054724 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.172891: 0 (20.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.172891: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.461675 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.403488: 1 (12.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.403488 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.474024: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.474024: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.318619 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.49338: 0 (26.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.49338 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.593068 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.389427: 0 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.389427 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.572594: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.572594: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.593068: 1 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_3 > 0.484502: 0 (25.0) +quiet-still- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.314016 +| | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.474066 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.345591 +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.218761: 1 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.218761: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.345591 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.522176 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.456124: 1 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.456124: 0 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.522176: 1 (19.0) +| | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.474066: 1 (24.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.314016 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.301466: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.301466: 0 (9.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.236937: 0 (15.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.236937 +| | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.64171 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.093155 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.216294: 1 (18.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.216294 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.467238: 1 (8.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.467238 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.516363: 1 (5.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.516363: 0 (5.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.288815 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.373789: 1 (17.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.373789 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.379637: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.379637: 1 (7.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.288815 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.3825: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.3825: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.093155 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.379723 +| | | | | sad-lonely- = 0 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.17495 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.510291 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.496936 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.44822: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.44822: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.496936: 1 (12.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.510291: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.17495: 0 (5.0) +| | | | | sad-lonely- = 1: 0 (15.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.379723: 0 (17.0) +| | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.64171 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.346101: 1 (25.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.346101 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.340505: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.340505: 1 (4.0) +relaxing-clam- = 1: 0 (153.0/5.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #7 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.200385 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.394889: 0 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.394889 +| | Std_Acc1298_Std_Mem40_Flux <= 0.89851 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.079435 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.013091: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.013091: 1 (22.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.079435 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.140038: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.140038: 1 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.89851: 1 (16.0) +Std_Acc1298_Mean_Mem40_MFCC_4 > 0.200385 +| quiet-still- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.079769 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.362002: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.362002 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.124132 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.121453: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.121453: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.124132: 1 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.079769 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.31715 +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.296705 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.318255 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.328328 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.232367 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.089155: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.089155 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.443302: 1 (12.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.443302: 0 (3.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.232367: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.328328: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.318255: 0 (8.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.296705: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.31715 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.847037 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.168469 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.086199: 0 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.086199 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.260738: 0 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.260738: 1 (8.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.168469 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.639894: 0 (51.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.639894 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.146346: 0 (22.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.146346 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.331152 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.096572 +| | | | | | | | | | BHSUM2 <= 0.026072: 0 (4.0) +| | | | | | | | | | BHSUM2 > 0.026072: 1 (4.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.096572: 0 (20.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.331152: 1 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.847037 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.162064 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.707683: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.707683: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.162064: 1 (4.0) +| quiet-still- = 1: 0 (86.0) + +Number of Leaves : 30 + +Size of the tree : 59 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (20.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.142475: 0 (15.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.142475 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.133289 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.231562: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.231562: 1 (23.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.133289 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.365406 +| | | | | amazed-suprised- = 0: 0 (95.0/41.0) +| | | | | amazed-suprised- = 1 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.240771: 1 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.240771 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.17055 +| | | | | | | | BH_HighPeakAmp <= 0.574546: 0 (24.0/2.0) +| | | | | | | | BH_HighPeakAmp > 0.574546: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.17055 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.325809: 1 (8.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.325809: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.365406 +| | | | | Std_Acc1298_Std_Mem40_Flux <= 0.816143 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.599544: 1 (5.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.599544: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_Flux > 0.816143 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.234101 +| | | | | | | amazed-suprised- = 0: 0 (2.0) +| | | | | | | amazed-suprised- = 1: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.234101: 0 (32.0) +quiet-still- = 1: 0 (86.0/4.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.089857: 0 (19.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.089857 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.714889 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.126562 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.421854: 0 (11.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.421854: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.126562 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.295517 +| | | | | | BHSUM2 <= 0.309466: 1 (23.0) +| | | | | | BHSUM2 > 0.309466 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.291389: 0 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.291389: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.295517 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.144727: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.144727 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.112416: 0 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.112416 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.538135 +| | | | | | | | | BH_HighPeakBPM <= 0.345865 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.728494: 1 (12.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.728494: 0 (3.0/1.0) +| | | | | | | | | BH_HighPeakBPM > 0.345865 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.517785 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.121453 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.075185 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.36429 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.196864: 1 (3.0/1.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.196864: 0 (6.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.36429: 1 (6.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.075185: 0 (8.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.121453: 1 (7.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.517785: 0 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.538135 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.255761: 1 (30.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.255761: 0 (2.0) +| | | happy-pleased- = 1 +| | | | BHSUM2 <= 0.130552: 1 (30.0) +| | | | BHSUM2 > 0.130552 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.291584 +| | | | | | BH_LowPeakBPM <= 0.460317: 1 (11.0) +| | | | | | BH_LowPeakBPM > 0.460317: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.291584: 0 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.714889 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.135457: 0 (25.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.135457 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.113964: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.113964: 1 (4.0) +| | | quiet-still- = 1: 1 (3.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.224097: 0 (88.0/3.0) +| Std_Acc1298_Mean_Mem40_MFCC_8 > 0.224097 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.166177: 0 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.166177: 1 (3.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Std_Mem40_Centroid <= 0.130573 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.229418: 0 (14.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.229418 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.281578: 0 (8.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.281578 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.312688 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.429817: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.429817: 0 (8.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.312688: 1 (66.0/5.0) +Mean_Acc1298_Std_Mem40_Centroid > 0.130573 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.44749 +| | BH_LowPeakBPM <= 0.412698: 0 (142.0) +| | BH_LowPeakBPM > 0.412698 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.628549 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.324799 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.224135: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.224135: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.324799: 0 (9.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.628549: 0 (40.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.44749 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.1753 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.295225: 0 (5.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.295225: 1 (11.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.1753: 0 (8.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.374781 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.150764: 1 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.150764 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.294351: 0 (8.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.294351 +| | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.874466 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.558464: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.558464: 1 (3.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.874466: 1 (16.0/1.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.754244: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.754244: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.374781: 0 (14.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0: 0 (94.0/6.0) +| | | relaxing-clam- = 1: 1 (3.0/1.0) +| happy-pleased- = 1: 0 (85.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.392761: 1 (63.0/5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.392761 +| | | | BH_HighPeakAmp <= 0.001525: 1 (6.0) +| | | | BH_HighPeakAmp > 0.001525: 0 (8.0/2.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (5.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.149348 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.306917: 1 (91.0/7.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.306917 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.123225: 1 (7.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.123225: 0 (7.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.149348 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.482434: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.482434: 0 (8.0) +| | happy-pleased- = 1 +| | | amazed-suprised- = 0 +| | | | BH_HighPeakBPM <= 0.345865: 0 (9.0) +| | | | BH_HighPeakBPM > 0.345865 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.211669: 1 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.211669: 0 (4.0) +| | | amazed-suprised- = 1 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.297464: 0 (22.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.297464: 1 (2.0) +| quiet-still- = 1: 0 (29.0/1.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.0958 +| | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.377366: 0 (5.0) +| | Std_Acc1298_Std_Mem40_MFCC_1 > 0.377366: 1 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.0958: 0 (133.0/1.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #8 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.283831: 1 (31.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.283831: 0 (3.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.352129 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.467856 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.652334 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.095306 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.403412: 1 (11.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.403412: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.095306: 0 (68.0/17.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.652334: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.467856: 1 (18.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.352129 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.200242: 0 (38.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.200242 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.363104 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.34937 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.357714 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.695315 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.444704 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072974: 1 (7.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072974: 0 (8.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.444704: 0 (8.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.695315: 1 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.357714: 0 (19.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.34937: 1 (6.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.363104: 0 (21.0) +| quiet-still- = 1: 0 (80.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.162374: 1 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.162374 +| | | relaxing-clam- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.694213 +| | | | | amazed-suprised- = 0 +| | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.108626: 0 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.108626 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.474646 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.437136: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.437136: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.474646: 1 (11.0) +| | | | | amazed-suprised- = 1 +| | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.1404: 1 (8.0) +| | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.1404 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.101162 +| | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.12628: 0 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.12628 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.09254: 0 (2.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.09254: 1 (12.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.101162: 0 (10.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.694213: 0 (6.0) +| | | relaxing-clam- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.176716: 1 (15.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.176716 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.249773 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.06538: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.06538: 1 (16.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.249773 +| | | | | | amazed-suprised- = 0 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.57901 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.410905 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.283759: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.283759: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.410905: 0 (21.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.57901 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.642918 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.188415: 0 (3.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.188415: 1 (7.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.642918: 0 (5.0) +| | | | | | amazed-suprised- = 1: 1 (3.0/1.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.202345: 0 (85.0/4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.202345 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.11131: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.11131 +| | | | BH_LowPeakBPM <= 0.222222: 1 (3.0/1.0) +| | | | BH_LowPeakBPM > 0.222222: 0 (6.0) +quiet-still- = 1 +| Mean_Acc1298_Mean_Mem40_Centroid <= 0.218983: 0 (50.0) +| Mean_Acc1298_Mean_Mem40_Centroid > 0.218983 +| | Std_Acc1298_Std_Mem40_Flux <= 0.88932: 1 (4.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.88932 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.200802 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.665675: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.665675: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.200802: 0 (21.0) + +Number of Leaves : 30 + +Size of the tree : 59 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.75311 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.085371 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.398051: 0 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.398051: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.085371 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.314127 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.478592: 1 (19.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.478592 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.268747: 0 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.268747 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.661092: 1 (16.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.661092: 0 (4.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.314127: 1 (40.0) +| | | quiet-still- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.127933: 1 (25.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.127933 +| | | | | Std_Acc1298_Std_Mem40_Flux <= 0.894547: 1 (16.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Flux > 0.894547 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.804806 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.514073 +| | | | | | | | BH_HighPeakAmp <= 0: 0 (9.0/1.0) +| | | | | | | | BH_HighPeakAmp > 0 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.461535: 1 (9.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.461535: 0 (5.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.514073: 1 (8.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.804806: 0 (6.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.75311 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.396642: 0 (11.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.396642: 1 (4.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.042766: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.042766 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.530875: 0 (42.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.530875: 1 (3.0) +angry-aggresive- = 1: 0 (98.0/2.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456699 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.155423: 0 (123.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.155423 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.4112: 0 (80.0/6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.4112: 1 (5.0/1.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456699 +| BH_LowPeakAmp <= 0.13062 +| | BH_HighPeakAmp <= 0.048217 +| | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.075258: 0 (6.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.075258 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.104374: 1 (40.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.104374 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.143916: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.143916 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.169867: 1 (21.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.169867: 0 (3.0/1.0) +| | BH_HighPeakAmp > 0.048217 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.171021 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.18557: 1 (5.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.18557: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.171021 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.315206: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.315206: 1 (2.0) +| BH_LowPeakAmp > 0.13062: 0 (17.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.372737 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.489365: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.489365 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.622384 +| | | | | | amazed-suprised- = 0 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.403374: 0 (5.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.403374 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.308016: 1 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.308016 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.327734: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.327734: 1 (7.0/1.0) +| | | | | | amazed-suprised- = 1 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.113303: 1 (5.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.113303: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.622384: 0 (7.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.372737: 0 (15.0) +| | angry-aggresive- = 1 +| | | amazed-suprised- = 0 +| | | | BH_HighPeakAmp <= 0 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.225624: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.225624: 0 (7.0) +| | | | BH_HighPeakAmp > 0: 0 (34.0/1.0) +| | | amazed-suprised- = 1: 0 (42.0) +| happy-pleased- = 1: 0 (92.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.617871 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.361035 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.337654: 1 (41.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.337654 +| | | | | | BH_HighPeakAmp <= 0.001694: 0 (4.0) +| | | | | | BH_HighPeakAmp > 0.001694: 1 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.361035 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.31248 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.085696: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.085696: 0 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.31248: 1 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.617871: 0 (5.0) +| happy-pleased- = 1: 0 (5.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.141606 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.251671 +| | | amazed-suprised- = 0 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.421121 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.164175: 1 (9.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.164175 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.151139: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.151139 +| | | | | | | BHSUM3 <= 0.15126: 1 (8.0) +| | | | | | | BHSUM3 > 0.15126 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.178375 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.068452: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.068452: 0 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932: 1 (6.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.178375: 0 (8.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.421121: 1 (13.0) +| | | amazed-suprised- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.200386 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.057822 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.020148: 0 (6.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.020148: 1 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.057822: 0 (13.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.200386: 1 (32.0/4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.251671 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.604571: 0 (9.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.604571: 1 (2.0) +| quiet-still- = 1: 0 (6.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.141606 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.300578 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.381451 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.158116: 1 (11.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.158116 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.482466: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.482466: 1 (4.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.381451: 0 (9.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.300578 +| | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.614271: 0 (160.0/2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.614271 +| | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.690794: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.690794: 1 (4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #9 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Std_Acc1298_Mean_Mem40_Flux <= 0.089351: 1 (18.0) +| Std_Acc1298_Mean_Mem40_Flux > 0.089351 +| | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.289995 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.079683 +| | | | | Std_Acc1298_Std_Mem40_Flux <= 0.839359: 0 (4.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Flux > 0.839359: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.079683: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.289995 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.392987: 1 (12.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.392987: 0 (2.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (10.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| BHSUM1 <= 0.337429 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.139072 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.23687 +| | | | BH_LowPeakBPM <= 0.126984: 1 (6.0) +| | | | BH_LowPeakBPM > 0.126984 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.286187 +| | | | | | BH_LowPeakAmp <= 0.029179: 0 (10.0/1.0) +| | | | | | BH_LowPeakAmp > 0.029179 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.123022: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.123022: 0 (3.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.286187: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.23687: 0 (18.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.139072 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.183285 +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.181843: 0 (9.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.181843: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.183285 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.278918: 0 (100.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.278918 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.51208: 0 (24.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.51208 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.552264: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.552264 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.559661: 0 (19.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.559661 +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.472926: 1 (4.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.472926: 0 (3.0) +| BHSUM1 > 0.337429 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.141215 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.423953 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.113479 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.337191: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.337191: 1 (5.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.113479: 1 (14.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.423953: 0 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.141215 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.660889: 0 (15.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.660889: 1 (2.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.06538: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.06538 +| | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.25266 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.418073 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.59919 +| | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.148198: 0 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.148198 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.35428 +| | | | | | | | | relaxing-clam- = 0 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.53534: 1 (23.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.53534 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.202467: 0 (4.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.202467: 1 (8.0) +| | | | | | | | | relaxing-clam- = 1 +| | | | | | | | | | BHSUM3 <= 0.30623: 1 (11.0) +| | | | | | | | | | BHSUM3 > 0.30623 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.173568: 1 (4.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.173568: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.35428 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.098247: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.098247: 0 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.59919: 0 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.418073: 1 (23.0) +| | | | Std_Acc1298_Mean_Mem40_Centroid > 0.25266: 0 (8.0/1.0) +| | quiet-still- = 1 +| | | BH_HighPeakAmp <= 0.036477: 0 (20.0/1.0) +| | | BH_HighPeakAmp > 0.036477: 1 (4.0/1.0) +| angry-aggresive- = 1: 0 (105.0/8.0) +sad-lonely- = 1: 0 (90.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.089857: 0 (19.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.089857 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.086137: 0 (14.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.086137 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.098032 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.294614: 0 (11.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.294614 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.601154 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.237825: 1 (12.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.237825 +| | | | | | | BH_HighPeakAmp <= 0.205249 +| | | | | | | | BH_LowPeakBPM <= 0.698413: 0 (9.0) +| | | | | | | | BH_LowPeakBPM > 0.698413: 1 (2.0) +| | | | | | | BH_HighPeakAmp > 0.205249: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.601154: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.098032 +| | | | BH_LowPeakBPM <= 0.619048 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.8535 +| | | | | | BHSUM3 <= 0.186805 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.354188 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.55674: 0 (7.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.55674: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.354188 +| | | | | | | | BHSUM3 <= 0.118684 +| | | | | | | | | BH_HighPeakAmp <= 0.004648 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.452139: 1 (5.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.452139: 0 (10.0/1.0) +| | | | | | | | | BH_HighPeakAmp > 0.004648: 1 (12.0/1.0) +| | | | | | | | BHSUM3 > 0.118684: 1 (15.0) +| | | | | | BHSUM3 > 0.186805: 1 (52.0/2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.8535 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.535581 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.119668: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.119668: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.535581: 0 (7.0) +| | | | BH_LowPeakBPM > 0.619048 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.286756: 0 (8.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.286756 +| | | | | | BH_HighPeakAmp <= 0.047152 +| | | | | | | BH_HighPeakAmp <= 0.001545 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.167958 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.055333: 1 (4.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.055333: 0 (6.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.167958: 1 (5.0) +| | | | | | | BH_HighPeakAmp > 0.001545: 1 (7.0) +| | | | | | BH_HighPeakAmp > 0.047152: 0 (5.0) +amazed-suprised- = 1 +| Std_Acc1298_Std_Mem40_MFCC_8 <= 0.229353: 0 (82.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_8 > 0.229353 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.134986 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.496532: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.496532: 0 (2.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.134986: 0 (9.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.228468 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.094265 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.247536: 0 (14.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.247536: 1 (6.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.094265: 0 (199.0/5.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.228468 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.600798 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.145336: 1 (11.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.145336 +| | | | | relaxing-clam- = 0: 1 (2.0) +| | | | | relaxing-clam- = 1: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.600798: 0 (2.0) +| | amazed-suprised- = 1: 0 (2.0) +sad-lonely- = 1 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.105334: 0 (11.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.105334 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.21514 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.159995: 1 (62.0/4.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.159995: 0 (5.0/1.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.21514 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.227369: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.227369: 1 (2.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Std_Mem40_Centroid <= 0.310978 +| Std_Acc1298_Std_Mem40_Centroid <= 0.355649 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.464551 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.631842: 0 (40.0/3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.631842 +| | | | | BH_LowPeakBPM <= 0.285714: 0 (3.0) +| | | | | BH_LowPeakBPM > 0.285714: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.464551 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.156889: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.156889 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.209669 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.149707: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.149707: 1 (14.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.209669 +| | | | | | relaxing-clam- = 0 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.175827: 0 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.175827: 1 (5.0) +| | | | | | relaxing-clam- = 1 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.381046 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.092927 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.183853: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.183853: 0 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.092927: 0 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.381046: 1 (3.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.035981 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.08182: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.08182: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.035981: 0 (45.0) +| Std_Acc1298_Std_Mem40_Centroid > 0.355649 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.070255: 0 (9.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.070255 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.259598 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.130648 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.174264 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.058241: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.058241: 0 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.174264: 1 (43.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.130648 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.610694 +| | | | | | | BHSUM1 <= 0.171885: 1 (8.0) +| | | | | | | BHSUM1 > 0.171885: 0 (5.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.610694: 0 (4.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.098726: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.098726: 1 (4.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.259598: 0 (4.0) +Mean_Acc1298_Std_Mem40_Centroid > 0.310978 +| Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.726777: 0 (92.0) +| Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.726777 +| | relaxing-clam- = 0: 0 (3.0) +| | relaxing-clam- = 1: 1 (2.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.475018 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.188854: 1 (21.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.188854 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.239012: 0 (12.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.239012 +| | | | | sad-lonely- = 0 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.171604 +| | | | | | | BHSUM1 <= 0.381846 +| | | | | | | | BH_LowPeakAmp <= 0.085127 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.618754 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.173474: 0 (7.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.173474: 1 (3.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.618754: 1 (9.0) +| | | | | | | | BH_LowPeakAmp > 0.085127: 1 (24.0) +| | | | | | | BHSUM1 > 0.381846 +| | | | | | | | BHSUM1 <= 0.512495: 0 (9.0) +| | | | | | | | BHSUM1 > 0.512495 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.187919: 1 (8.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.187919 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.069089: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.069089: 0 (7.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.171604 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.499454 +| | | | | | | | amazed-suprised- = 0: 1 (5.0/1.0) +| | | | | | | | amazed-suprised- = 1 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.300877: 1 (4.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.300877: 0 (7.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.499454: 0 (9.0) +| | | | | sad-lonely- = 1 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.094286: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.094286: 0 (8.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.475018: 1 (32.0) +| quiet-still- = 1: 0 (31.0/1.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.075367 +| | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.557745: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.557745: 0 (5.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.075367: 0 (120.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multilabel.meta.RandomSubspaceML: Model #10 + +meka.classifiers.multilabel.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | | happy-pleased- = 0 +| | | | angry-aggresive- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.382621: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.382621: 1 (13.0) +| | | | angry-aggresive- = 1 +| | | | | BH_HighPeakAmp <= 0.31956 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.283614: 1 (22.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.283614 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.625004: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.625004 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.336279: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.336279: 0 (8.0/1.0) +| | | | | BH_HighPeakAmp > 0.31956 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.135895 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.663173: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.663173: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.135895: 0 (8.0) +| | | happy-pleased- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.068327: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.068327 +| | | | | angry-aggresive- = 0 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.246527 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.1077: 1 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.1077 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.171053: 0 (8.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.171053: 1 (7.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.246527: 1 (8.0) +| | | | | angry-aggresive- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502625: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502625: 0 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.669887 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.110957 +| | | | | BHSUM3 <= 0.112842 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.279268: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.279268: 0 (3.0) +| | | | | BHSUM3 > 0.112842: 0 (24.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.110957: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.669887: 1 (4.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.835713: 0 (31.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.835713 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.163963: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.163963: 0 (2.0) +relaxing-clam- = 1 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.162305 +| | | BHSUM3 <= 0.418769 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.031572: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.031572 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.574646: 0 (22.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.574646: 1 (3.0/1.0) +| | | BHSUM3 > 0.418769: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.162305: 0 (68.0) +| sad-lonely- = 1: 0 (52.0) + +Number of Leaves : 30 + +Size of the tree : 59 + + +meka.classifiers.multilabel.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.322293 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.047026: 0 (6.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.047026 +| | | | relaxing-clam- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.552866 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.399598 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.277223: 1 (6.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.277223: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.399598: 1 (29.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.552866: 0 (4.0/1.0) +| | | | relaxing-clam- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.186499 +| | | | | | BH_HighPeakAmp <= 0.056982: 0 (7.0) +| | | | | | BH_HighPeakAmp > 0.056982: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.186499 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.344351: 1 (20.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.344351 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.147569: 1 (9.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.147569 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.132335: 0 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.132335 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.244804 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.507085: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.507085: 1 (16.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.244804: 0 (6.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.322293 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.213035 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.116943: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.116943: 1 (7.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.213035: 0 (22.0/1.0) +| angry-aggresive- = 1: 0 (91.0/7.0) +sad-lonely- = 1: 0 (90.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multilabel.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.083759: 0 (11.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.083759 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.115941 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.468361: 0 (8.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.468361: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.115941 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.129702 +| | | | | BH_HighPeakAmp <= 0.008926 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.535581 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.232715: 1 (12.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.232715 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.430361: 0 (7.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.430361 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.139388: 0 (3.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.139388: 1 (13.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.535581 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.044085: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.044085: 0 (11.0) +| | | | | BH_HighPeakAmp > 0.008926: 1 (75.0/15.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.129702 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.360236: 1 (56.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.360236: 0 (4.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (26.0/1.0) +angry-aggresive- = 1: 0 (96.0/4.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multilabel.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.126356 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.1753 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.368138 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.341305: 1 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.341305 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.246568: 0 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.246568: 1 (6.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.368138: 1 (60.0/1.0) +| | | happy-pleased- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.282428: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.282428: 0 (6.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.1753: 0 (9.0) +| amazed-suprised- = 1: 0 (13.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.126356 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.419453 +| | BH_HighPeakAmp <= 0.048737: 1 (7.0/1.0) +| | BH_HighPeakAmp > 0.048737: 0 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.419453: 0 (205.0/4.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multilabel.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| angry-aggresive- = 0 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.369604 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.033199: 1 (13.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.033199 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.382453 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.081065: 0 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.081065: 1 (3.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.382453 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163: 1 (14.0/1.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.369604: 1 (29.0) +| angry-aggresive- = 1: 0 (9.0/1.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| angry-aggresive- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.090421 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.111598: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.111598 +| | | | BH_HighPeakAmp <= 0.125139 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.151348: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.151348: 0 (5.0) +| | | | BH_HighPeakAmp > 0.125139: 1 (6.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.090421 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.254559: 0 (56.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.254559 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.203404 +| | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.187594 +| | | | | | BHSUM3 <= 0.71056 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.588451 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.035695: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.035695: 0 (51.0/5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.588451: 1 (4.0/1.0) +| | | | | | BHSUM3 > 0.71056: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Flux > 0.187594: 1 (5.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.203404: 0 (16.0) +| angry-aggresive- = 1: 0 (87.0/4.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multilabel.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.162619 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.704861 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.185016 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.188854: 1 (14.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.188854 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.592936 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.066131 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.360347 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.109073 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.232824: 1 (8.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.232824: 0 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.109073: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.360347: 0 (14.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.066131 +| | | | | | BHSUM3 <= 0.15126: 1 (18.0/1.0) +| | | | | | BHSUM3 > 0.15126 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.183905: 0 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.183905 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.784282 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.149905: 1 (25.0/2.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.149905 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.593047 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.313397: 1 (7.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.313397: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.593047: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.784282: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.592936: 0 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.185016: 0 (10.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.704861: 1 (12.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.162619 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.07556 +| | BH_HighPeakAmp <= 0.089874: 0 (5.0/1.0) +| | BH_HighPeakAmp > 0.089874: 1 (5.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.07556 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.103588 +| | | BH_LowPeakAmp <= 0.065392: 0 (11.0) +| | | BH_LowPeakAmp > 0.065392 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.61112: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.61112 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.077236 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.717025: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.717025: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.077236: 1 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.103588: 0 (154.0/3.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.RandomSubspaceML +Options [-A, 50, -S, 1, -I, 10, -P, 67, -W, meka.classifiers.multilabel.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multilabel/meta/SubsetMapper.ref b/bin/test/meka/classifiers/multilabel/meta/SubsetMapper.ref new file mode 100644 index 00000000..2219f41e --- /dev/null +++ b/bin/test/meka/classifiers/multilabel/meta/SubsetMapper.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multilabel.meta.SubsetMapper +Options [-W, meka.classifiers.multilabel.BR, --, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/CC.ref b/bin/test/meka/classifiers/multitarget/CC.ref new file mode 100644 index 00000000..56bf4711 --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/CC.ref @@ -0,0 +1,456 @@ +== Model info + +Model +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.924906 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25087 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25087 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.791859: 1 (26.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.791859: 0 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.924906: 1 (13.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | Std_Acc1298_Mean_Mem40_Rolloff <= 0.365321 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.471527 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.092078: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.092078 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.156562: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.156562 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.51788: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.51788: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44142 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.059763: 1 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.059763: 0 (25.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.471527: 1 (10.0) +| | Std_Acc1298_Mean_Mem40_Rolloff > 0.365321: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 0 (117.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.466543 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.332043 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.833206 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235163 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.565512 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.462412: 0 (21.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.462412 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.390197: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.390197: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.565512: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235163 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.072788 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.463995: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.463995: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.072788: 0 (103.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.833206 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.113227: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.113227 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (3.0) +| | | | | | | BH_LowPeakBPM > 0.111111: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.332043 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.309785 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.657953: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.657953: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.309785: 0 (13.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.466543 +| | | | BH_LowPeakAmp <= 0.198356: 0 (3.0) +| | | | BH_LowPeakAmp > 0.198356: 1 (11.0/1.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.035167: 0 (36.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.035167 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (31.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.253809 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | BH_LowPeakBPM <= 0.111111: 0 (10.0) +| | | | | BH_LowPeakBPM > 0.111111 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.07529: 0 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.07529 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.082247: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.082247 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.048932: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.048932 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.184785: 0 (15.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.184785: 1 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.491356 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.248081: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.248081 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.16608: 0 (8.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.16608: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.13903 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.292763: 1 (23.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.292763 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.349755: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.349755: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935 +| | | | | | | | | BH_LowPeakBPM <= 0.666667: 0 (16.0) +| | | | | | | | | BH_LowPeakBPM > 0.666667 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.337032: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.337032: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281 +| | | | | BHSUM1 <= 0.099943: 0 (2.0) +| | | | | BHSUM1 > 0.099943: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.253809 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.60961: 0 (49.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.60961 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.634682: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.634682: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.263709 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.631589 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.215319 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.19897: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.19897 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.272647 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.254213 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.468044: 1 (16.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.468044 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.254213: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.272647 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.423528 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.19282: 0 (23.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.19282 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.673533 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.340063: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.340063 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238 +| | | | | | | | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (3.0) +| | | | | | | | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.488621: 0 (13.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.488621: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 0 (22.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.673533: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.423528: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.215319 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.678322: 1 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.678322: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.631589: 0 (17.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.235533 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.300987 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.468238: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.468238: 1 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.300987: 1 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.235533: 0 (20.0/1.0) + +Number of Leaves : 44 + +Size of the tree : 87 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206: 0 (47.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206 +| | | BH_LowPeakAmp <= 0.074064: 1 (8.0/1.0) +| | | BH_LowPeakAmp > 0.074064: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795 +| | | | happy-pleased- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.47477 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.093861: 0 (6.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.093861 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.229801: 1 (29.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.229801 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.304422 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.521198 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.585418: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.585418: 1 (5.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.521198 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.126911: 0 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.126911: 1 (13.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.304422: 1 (28.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.47477 +| | | | | | BHSUM3 <= 0.050393: 0 (7.0) +| | | | | | BHSUM3 > 0.050393 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.25455 +| | | | | | | | BH_HighPeakBPM <= 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.348523: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.348523 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.142582: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.142582 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.53614: 1 (28.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.53614: 0 (3.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.406015 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.32499: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.32499 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.129771: 0 (5.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.129771 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.708545 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.311456: 0 (5.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.311456 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.209743: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.209743 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.088329 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.009323: 1 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.009323: 0 (2.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.088329: 1 (22.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.708545: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.25455: 0 (5.0) +| | | | happy-pleased- = 1 +| | | | | BHSUM2 <= 0.195962: 1 (49.0) +| | | | | BHSUM2 > 0.195962 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.370678: 0 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.370678: 1 (13.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (18.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121824: 0 (111.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121824 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | happy-pleased- = 0: 0 (16.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.236267: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.236267 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.183372: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.183372: 0 (10.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 36 + +Size of the tree : 71 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.459437: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.459437: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.449254 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.475707: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.475707: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.449254: 1 (94.0/2.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (22.0/1.0) +| amazed-suprised- = 1: 0 (17.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (214.0) +| | relaxing-clam- = 1 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.483131: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.483131: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.34292: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.34292: 1 (4.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.548333: 0 (40.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.548333: 1 (3.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.185862: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.185862 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.564216: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.564216: 1 (2.0) +| | happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | relaxing-clam- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.301923 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.174982 +| | | | | | BHSUM1 <= 0.184166: 0 (8.0) +| | | | | | BHSUM1 > 0.184166: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.174982 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.411047: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.411047: 1 (12.0) +| | | | amazed-suprised- = 1 +| | | | | BH_HighPeakAmp <= 0.097743: 0 (21.0) +| | | | | BH_HighPeakAmp > 0.097743 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502689 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.426252: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.426252 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.25777: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.25777: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502689: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.301923: 0 (112.0/3.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.489365: 0 (11.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.489365 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.155423: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.155423 +| | | | | BH_HighPeakAmp <= 0.334574 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40569: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40569 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.31743 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.478139: 0 (6.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.478139 +| | | | | | | | | BHSUM1 <= 0.271004 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.526906: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.526906: 0 (2.0) +| | | | | | | | | BHSUM1 > 0.271004: 0 (8.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.31743: 1 (5.0) +| | | | | BH_HighPeakAmp > 0.334574: 1 (4.0) +| happy-pleased- = 1: 0 (128.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.101394 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.227777: 0 (6.0/1.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.227777: 1 (77.0/6.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.101394 +| | | BH_LowPeakAmp <= 0.008701: 1 (5.0) +| | | BH_LowPeakAmp > 0.008701 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.427854: 1 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.427854 +| | | | | relaxing-clam- = 0 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.369251: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.369251: 1 (2.0) +| | | | | relaxing-clam- = 1: 0 (14.0) +| happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (63.0) +| | | | amazed-suprised- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.171535 +| | | | | | BHSUM3 <= 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.501619: 1 (31.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.501619 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.356511: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.356511 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.30497: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.30497: 1 (7.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.079018 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.468649: 1 (25.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.468649 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.561516: 0 (4.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.561516: 1 (4.0) +| | | | | | BHSUM3 > 0.727501 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.592453: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.592453: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.171535: 0 (5.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.246989 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.330108 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.835713: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.835713: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.330108: 0 (13.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.246989: 1 (6.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.366876 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.07883 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.133994: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.133994: 0 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.07883: 0 (35.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.366876 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.196681 +| | | | | BH_HighPeakBPM <= 0.721805: 0 (12.0/1.0) +| | | | | BH_HighPeakBPM > 0.721805: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.196681: 1 (4.0) +| quiet-still- = 1: 0 (36.0/1.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (36.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (171.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +== Evaluation Info + +Classifier meka.classifiers.multitarget.CC +Options [-S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info [0, 1, 2, 3, 4, 5] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/CCp.ref b/bin/test/meka/classifiers/multitarget/CCp.ref new file mode 100644 index 00000000..df7bdb41 --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/CCp.ref @@ -0,0 +1,22 @@ +== Model info + +Model No model built yet +== Evaluation Info + +Classifier meka.classifiers.multitarget.CCp +Options [-S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info [0, 1, 2, 3, 4, 5] +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/CR.ref b/bin/test/meka/classifiers/multitarget/CR.ref new file mode 100644 index 00000000..35d69b63 --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/CR.ref @@ -0,0 +1,19 @@ +== Evaluation Info + +Classifier meka.classifiers.multitarget.CR +Options [-W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/meta/BaggingMT.ref b/bin/test/meka/classifiers/multitarget/meta/BaggingMT.ref new file mode 100644 index 00000000..4db5bc2d --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/meta/BaggingMT.ref @@ -0,0 +1,3264 @@ +== Model info + +Model +meka.classifiers.multitarget.meta.BaggingMT: Model #1 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.062609: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.062609 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.085235: 1 (37.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.085235 +| | | | | BH_LowPeakBPM <= 0.126984: 1 (16.0) +| | | | | BH_LowPeakBPM > 0.126984 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.46524 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.173605 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.307977 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.254326 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.139798 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.43009 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.171128: 1 (31.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.171128 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.505425: 1 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.505425: 0 (5.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.43009: 0 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.139798 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.134218: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.134218: 0 (12.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.254326: 0 (7.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.307977: 0 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.173605: 1 (30.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.46524: 0 (10.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.550262 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884: 0 (34.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.40629: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.40629: 1 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.550262: 1 (3.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.285892: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.285892 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.038976: 1 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.038976: 0 (45.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.209473 +| | BH_HighPeakAmp <= 0.038984: 0 (14.0) +| | BH_HighPeakAmp > 0.038984 +| | | sad-lonely- = 0: 1 (6.0) +| | | sad-lonely- = 1: 0 (2.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.209473 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.336869 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.338679: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.338679: 0 (7.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.336869: 0 (180.0/1.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Mean_Mem40_Centroid <= 0.25266 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.075313 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.185687: 0 (47.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.185687: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.075313 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.231562 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.363976: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.363976: 0 (28.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.231562 +| | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.037281: 1 (15.0) +| | | | Std_Acc1298_Mean_Mem40_Centroid > 0.037281 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.58792 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.062231: 0 (15.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.062231 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.332912 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.053199: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.053199 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.07409: 0 (5.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.07409 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.191358 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.186189 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.066702: 0 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.066702 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.298876: 1 (20.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.298876: 0 (3.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.186189: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.191358: 1 (53.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.332912 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.17008: 0 (17.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.17008 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.378935: 1 (10.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.378935 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.825112 +| | | | | | | | | | | BHSUM1 <= 0.020902: 1 (5.0) +| | | | | | | | | | | BHSUM1 > 0.020902 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.2296 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.184712 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.130768: 0 (4.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.130768: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.184712: 0 (25.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.2296 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.638742: 1 (11.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.638742: 0 (7.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.825112: 1 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.58792 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.156986: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.156986 +| | | | | | | BH_LowPeakBPM <= 0.15873 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.512752: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.512752: 0 (3.0) +| | | | | | | BH_LowPeakBPM > 0.15873: 0 (23.0) +| Std_Acc1298_Mean_Mem40_Centroid > 0.25266: 0 (33.0) +sad-lonely- = 1: 0 (140.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.109627 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.122423 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.627866: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.627866: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.122423: 0 (116.0) +Std_Acc1298_Mean_Mem40_MFCC_7 > 0.109627 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.081579: 0 (32.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.081579 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.110312 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.140396: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.140396: 0 (19.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.110312 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.234127 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.293291: 0 (13.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.293291: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.234127 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.851509 +| | | | | | BHSUM2 <= 0.268022 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.605375 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.564565 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.218647 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.386964: 1 (7.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.386964: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.218647 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.70408: 1 (152.0/3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.70408 +| | | | | | | | | | | BH_HighPeakBPM <= 0.421053: 1 (7.0) +| | | | | | | | | | | BH_HighPeakBPM > 0.421053: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.564565 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.241799: 1 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.241799: 0 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.605375 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.517785 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.194512: 0 (3.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.194512: 1 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.517785: 0 (8.0) +| | | | | | BHSUM2 > 0.268022 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.265536 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.167958: 0 (16.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.167958: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.265536: 1 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.851509 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.477852: 1 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.477852 +| | | | | | | BH_LowPeakAmp <= 0.014247: 1 (2.0) +| | | | | | | BH_LowPeakAmp > 0.014247: 0 (15.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.30849: 0 (37.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.30849: 1 (2.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.155448 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.170668 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.302253 +| | | | | sad-lonely- = 0: 0 (6.0/1.0) +| | | | | sad-lonely- = 1: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.302253: 1 (100.0/2.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.170668 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.465933: 0 (24.0/2.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.465933: 1 (7.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.36763: 0 (22.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.36763: 1 (4.0) +| amazed-suprised- = 1: 0 (14.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.155448 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.486461 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.672727: 0 (259.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.672727 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.164488: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.164488 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.674618: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.674618: 0 (29.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.486461 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.722982: 0 (14.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.722982: 1 (6.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.097773 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.094467: 0 (11.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.094467 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.374341 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.152256 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.451149 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.09124: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.09124 +| | | | | | BHSUM3 <= 0.076709 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.546357: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.546357: 0 (2.0) +| | | | | | BHSUM3 > 0.076709: 1 (34.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.451149 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.319273: 1 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.319273 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.496532: 0 (15.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.496532: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.152256: 0 (6.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.374341: 1 (33.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.097773 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.278622 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.038966 +| | | BH_LowPeakBPM <= 0.142857: 1 (2.0) +| | | BH_LowPeakBPM > 0.142857: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.038966: 0 (127.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.278622 +| | BHSUM3 <= 0.057093 +| | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.27632: 1 (10.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.27632: 0 (3.0) +| | BHSUM3 > 0.057093 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.201931 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.852536: 0 (65.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.852536 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.423468: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.423468: 0 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.201931 +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.137961: 0 (34.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.137961 +| | | | | BH_LowPeakBPM <= 0.174603: 0 (15.0) +| | | | | BH_LowPeakBPM > 0.174603 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.408677 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.157023: 1 (24.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.157023: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.408677 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.127159: 1 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.127159 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.44194: 0 (19.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.44194 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.315692 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.337936: 1 (8.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.337936 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.409839: 1 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.409839 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.512611 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.275672 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.333808: 1 (3.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.333808: 0 (2.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.275672: 0 (18.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.512611: 1 (3.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.315692: 0 (18.0) + +Number of Leaves : 31 + +Size of the tree : 61 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.475018 +| | happy-pleased- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.362829 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.179201: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.179201 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.502735: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.502735: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.541782 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.087013: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.087013: 1 (77.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.541782 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.573498: 1 (8.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.573498 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.60191: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.60191: 0 (12.0) +| | | | sad-lonely- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.727606 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.225772: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.225772: 0 (19.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.727606: 1 (8.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.362829: 0 (27.0/1.0) +| | happy-pleased- = 1 +| | | BHSUM3 <= 0.126293: 1 (4.0/1.0) +| | | BHSUM3 > 0.126293 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.125611: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.125611 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.085729 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.242453: 0 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.242453: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.085729: 0 (47.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.475018: 1 (35.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.085854 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.156952: 1 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.156952: 0 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.085854: 0 (201.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #2 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_9 <= 0.166935 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.186135 +| | Std_Acc1298_Std_Mem40_Flux <= 0.843976 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.490084: 0 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.490084: 1 (3.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.843976 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.293394 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.722933 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.091185 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.174692: 1 (10.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.174692: 0 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.091185: 1 (68.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.722933 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.235598: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.235598: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.293394: 0 (5.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.186135: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_9 > 0.166935 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.791142 +| | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.109499 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.536586: 1 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.536586: 0 (7.0) +| | Std_Acc1298_Std_Mem40_MFCC_3 > 0.109499 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.40699 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.243007 +| | | | | BH_HighPeakAmp <= 0.023816: 0 (23.0) +| | | | | BH_HighPeakAmp > 0.023816 +| | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.364261: 1 (13.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.364261: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.243007: 0 (218.0/3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.40699 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.687798 +| | | | | BH_HighPeakAmp <= 0.002477: 0 (6.0) +| | | | | BH_HighPeakAmp > 0.002477 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.079358: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.079358 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.374187 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.224895: 0 (3.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.224895: 1 (16.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.374187: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.687798: 0 (16.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.791142 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.169033: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.169033 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.305575: 0 (9.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.305575 +| | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.035793: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_Centroid > 0.035793: 1 (31.0/1.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.322293 +| | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.275346 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.175514 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.534735 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.206905: 1 (14.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.206905 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.424305 +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.186372: 0 (34.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.186372 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.63253: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.63253: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.424305: 1 (6.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.534735: 0 (62.0/2.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.175514 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.586563: 1 (16.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.586563: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.275346 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.475561 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.163121 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.726286: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.726286: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.163121 +| | | | | amazed-suprised- = 0 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.428211: 1 (34.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.428211 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.295048: 1 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.295048 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.275415 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.307994: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.307994: 1 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.275415: 1 (6.0) +| | | | | amazed-suprised- = 1: 1 (20.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.475561 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.290836: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.290836: 1 (4.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.322293: 0 (83.0/3.0) +angry-aggresive- = 1 +| BH_HighPeakBPM <= 0.721805 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.394482: 0 (147.0/4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.394482 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.315836: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.315836: 1 (5.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.261102: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.261102: 1 (5.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.085022: 0 (29.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.085022 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.479538 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.290861 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.507365: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.507365: 1 (16.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.290861 +| | | | | | BHSUM2 <= 0.008314 +| | | | | | | quiet-still- = 0: 1 (4.0) +| | | | | | | quiet-still- = 1: 0 (2.0) +| | | | | | BHSUM2 > 0.008314: 1 (113.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.479538 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.102056: 0 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.102056 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.351892: 1 (35.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.351892 +| | | | | | | BH_LowPeakBPM <= 0.111111: 1 (8.0) +| | | | | | | BH_LowPeakBPM > 0.111111 +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.076277 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.038582 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.247543: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.247543: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.038582: 1 (11.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.076277 +| | | | | | | | | quiet-still- = 0 +| | | | | | | | | | happy-pleased- = 0: 1 (2.0) +| | | | | | | | | | happy-pleased- = 1: 0 (3.0) +| | | | | | | | | quiet-still- = 1: 0 (15.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (13.0/1.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.415002 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.805173 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.034486: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.034486: 0 (42.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.805173: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.415002: 1 (5.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.410181: 0 (147.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.410181 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.095475: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.095475: 0 (13.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.066702 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.491812: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.491812: 1 (8.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.066702: 0 (303.0/3.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.170371 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.197742 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.086724: 0 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.086724: 1 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.197742 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.643657: 1 (83.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.643657 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.416762: 1 (17.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.416762: 0 (6.0) +| | | happy-pleased- = 1 +| | | | BH_HighPeakBPM <= 0.661654: 0 (19.0) +| | | | BH_HighPeakBPM > 0.661654: 1 (3.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (11.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.170371: 0 (17.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.139123: 0 (16.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.139123 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.531428 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.696986 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.154191: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.154191 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.384324 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.221873: 0 (11.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.221873: 1 (9.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.384324 +| | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.927346: 1 (30.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.927346 +| | | | | | | | | relaxing-clam- = 0: 1 (3.0) +| | | | | | | | | relaxing-clam- = 1: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.696986: 0 (7.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.531428: 0 (8.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.868497 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.474006: 0 (108.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.474006 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.113433: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.113433: 0 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.868497 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.320498: 0 (13.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.320498: 1 (6.0) +| | | relaxing-clam- = 1: 1 (4.0/1.0) +| happy-pleased- = 1 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.212478: 0 (127.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.212478 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373: 0 (5.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 1 (2.0) +quiet-still- = 1 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178599: 0 (14.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.178599 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.404122 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081653: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081653 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.405595 +| | | | | | BH_LowPeakAmp <= 0.06301: 1 (65.0) +| | | | | | BH_LowPeakAmp > 0.06301 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.227995: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.227995: 1 (17.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.405595 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.656119: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.656119: 1 (2.0) +| | | happy-pleased- = 1: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.404122: 0 (7.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.15049 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.050479: 0 (21.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.050479 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.233924 +| | | BH_HighPeakBPM <= 0.548872 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.157275: 1 (16.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.157275 +| | | | | BH_LowPeakAmp <= 0.361027 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.387806 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.121154 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.243457 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.237803: 1 (9.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.237803 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.192076 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.352784: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.352784: 1 (5.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.192076: 0 (13.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.243457 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.148866: 1 (48.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.148866 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.299474: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.299474: 1 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.121154: 0 (12.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.387806 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.065699: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.065699: 0 (26.0) +| | | | | BH_LowPeakAmp > 0.361027 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.322782 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.330281: 1 (3.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.330281: 0 (37.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.322782: 1 (3.0) +| | | BH_HighPeakBPM > 0.548872 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515: 1 (56.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (3.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.233924 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.694119: 0 (37.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.694119: 1 (5.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.15049 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.14816 +| | Std_Acc1298_Std_Mem40_Flux <= 0.920943: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.920943: 1 (5.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.14816 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.295795: 0 (150.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.295795 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.433987: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.433987: 0 (14.0/1.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #3 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.283809: 1 (54.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.283809 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.305565: 0 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.305565: 1 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.193843 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.259561: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.259561 +| | | BH_LowPeakBPM <= 0.793651 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.035926: 0 (4.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.035926 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.421635: 1 (36.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.421635: 0 (2.0) +| | | BH_LowPeakBPM > 0.793651: 0 (4.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.193843 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.143859 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.322092: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.322092: 1 (12.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.143859 +| | | quiet-still- = 0 +| | | | BH_LowPeakBPM <= 0.222222 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.58361 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.391525 +| | | | | | | BHSUM1 <= 0.266955 +| | | | | | | | BH_LowPeakBPM <= 0.142857: 1 (4.0) +| | | | | | | | BH_LowPeakBPM > 0.142857: 0 (11.0) +| | | | | | | BHSUM1 > 0.266955: 1 (13.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.391525: 0 (39.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.58361 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.502689: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.502689: 1 (11.0) +| | | | BH_LowPeakBPM > 0.222222 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.169456 +| | | | | | BH_LowPeakBPM <= 0.365079: 0 (6.0) +| | | | | | BH_LowPeakBPM > 0.365079: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.169456 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.539543: 0 (132.0/4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.539543 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557981: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557981: 0 (4.0) +| | | quiet-still- = 1: 0 (125.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.363992 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.270138 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.295436: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.295436: 0 (15.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.270138 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.433199 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.181771 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.149626: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.149626 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.550035: 0 (22.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.550035: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.181771: 1 (11.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.433199 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557352 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.696724 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.145504: 1 (56.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.145504 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.210736: 0 (4.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.210736 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.316121: 1 (26.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.316121: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.696724: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557352 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.4427 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.681785: 0 (16.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.681785 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.08301: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.08301: 1 (9.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.4427: 1 (9.0) +| | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.363992 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.532626: 0 (20.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.532626: 1 (2.0) +| quiet-still- = 1 +| | Std_Acc1298_Std_Mem40_Flux <= 0.888361 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.203059: 0 (12.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.203059: 1 (8.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.888361: 0 (104.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.447112: 0 (102.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.447112 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.437244 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.464785: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.464785 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.438773 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.292411: 1 (4.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.292411: 0 (22.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.438773: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.437244: 0 (24.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.374609: 1 (84.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.374609 +| | | | BHSUM3 <= 0.049143: 0 (10.0) +| | | | BHSUM3 > 0.049143 +| | | | | BHSUM3 <= 0.526409 +| | | | | | BHSUM1 <= 0.159058 +| | | | | | | BH_LowPeakAmp <= 0.018945 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.642218: 1 (33.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.642218: 0 (2.0) +| | | | | | | BH_LowPeakAmp > 0.018945 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.426585 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.147292 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.55755: 0 (6.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.55755: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.147292: 1 (13.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.426585: 0 (17.0) +| | | | | | BHSUM1 > 0.159058 +| | | | | | | BHSUM2 <= 0.00244 +| | | | | | | | BHSUM2 <= 0: 1 (4.0) +| | | | | | | | BHSUM2 > 0: 0 (2.0) +| | | | | | | BHSUM2 > 0.00244: 1 (68.0) +| | | | | BHSUM3 > 0.526409: 0 (9.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942 +| | | quiet-still- = 0: 0 (13.0) +| | | quiet-still- = 1: 1 (2.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.110373: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.110373 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.415002: 0 (56.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.415002 +| | | | happy-pleased- = 0: 0 (2.0) +| | | | happy-pleased- = 1: 1 (4.0) +angry-aggresive- = 1 +| quiet-still- = 0 +| | sad-lonely- = 0: 0 (147.0) +| | sad-lonely- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.547819: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.547819: 1 (2.0) +| quiet-still- = 1: 1 (3.0/1.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.143949 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.20444 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.409224: 0 (15.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.409224: 1 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.20444 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.436554: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.436554: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | | | BH_HighPeakAmp <= 0.117264: 1 (94.0/1.0) +| | | | BH_HighPeakAmp > 0.117264 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.426441: 1 (12.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.426441: 0 (7.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (18.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.143949 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.557478 +| | BH_LowPeakAmp <= 0.021065 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.539398: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.539398: 0 (25.0) +| | BH_LowPeakAmp > 0.021065: 0 (280.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.557478 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.641021 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.362416: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.362416: 0 (11.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.641021: 1 (5.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.123344 +| | | angry-aggresive- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.428103: 1 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.428103: 0 (31.0/2.0) +| | | angry-aggresive- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.182772: 0 (107.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.182772 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.204007: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.204007: 0 (12.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.123344 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.228626: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.228626 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.204762: 0 (14.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.204762 +| | | | | BH_HighPeakAmp <= 0.361813 +| | | | | | BHSUM2 <= 0.29703 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.446291 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.442462 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.395868: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.395868: 1 (16.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.442462: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.446291: 0 (8.0) +| | | | | | BHSUM2 > 0.29703: 0 (16.0) +| | | | | BH_HighPeakAmp > 0.361813: 1 (7.0) +| happy-pleased- = 1: 0 (133.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.549084 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.095636: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.095636 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.069906: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.069906 +| | | | | | BHSUM1 <= 0.274486: 1 (84.0/3.0) +| | | | | | BHSUM1 > 0.274486 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.375001: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.375001: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (6.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.549084: 0 (13.0/1.0) +| happy-pleased- = 1: 0 (8.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.121093 +| Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.552866 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.194919 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.290377 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.246527 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.760202 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.426395: 1 (40.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.426395 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.081927: 0 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.081927: 1 (10.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.760202: 0 (3.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.246527: 0 (15.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.290377: 1 (62.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.194919: 0 (8.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.552866 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.479539: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.479539: 0 (16.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.121093 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.575966 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.128497 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.199413 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.08124: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.08124 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.559408: 1 (19.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.559408: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.199413: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.128497 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.102305 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.158314: 1 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.158314 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.294587: 0 (18.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.294587: 1 (4.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.102305 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.810956 +| | | | | BH_LowPeakBPM <= 0.730159: 0 (225.0) +| | | | | BH_LowPeakBPM > 0.730159 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.382031: 0 (15.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.382031: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.810956 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.305358: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.305358: 0 (9.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.575966 +| | BH_LowPeakBPM <= 0.031746: 0 (4.0) +| | BH_LowPeakBPM > 0.031746: 1 (13.0/1.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #4 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.095517 +| BH_HighPeakBPM <= 0.466165 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.46198: 1 (36.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.46198: 0 (2.0) +| BH_HighPeakBPM > 0.466165: 0 (4.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.095517 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194223 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.829167 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.400994 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.166442 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.119115: 1 (8.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.119115: 0 (9.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.166442 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.364725: 1 (42.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.364725 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.297967: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.297967: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.400994 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.405975: 0 (18.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.405975: 1 (8.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.829167: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.194223 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.753977 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.223955 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.372853: 0 (11.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.372853 +| | | | | BH_LowPeakBPM <= 0.52381: 1 (7.0) +| | | | | BH_LowPeakBPM > 0.52381: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.223955 +| | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.504755 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.189811 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.408644: 0 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.408644: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.189811 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.267981 +| | | | | | | BHSUM2 <= 0.127063 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.498937: 0 (6.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.498937: 1 (5.0) +| | | | | | | BHSUM2 > 0.127063: 0 (22.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.267981: 0 (96.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.504755: 0 (139.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.753977 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.327734: 0 (13.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.327734 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.261102: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.261102 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.270821: 1 (22.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.270821: 0 (2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.614183 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.103044: 0 (24.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.103044 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.84084 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.214329 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.505404: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.505404: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.214329: 1 (19.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.84084 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.254326 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.273736 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.066671 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.332239: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.332239: 0 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.066671: 0 (26.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.273736 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.541101 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.414115 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.478309 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.140202 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.601899 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.089192: 1 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.089192 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.442281: 0 (25.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.442281: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.601899: 1 (7.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.140202 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.347842 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.440309: 0 (7.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.440309: 1 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.347842 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.053396 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.341726: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.341726: 0 (4.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.053396 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.228468 +| | | | | | | | | | | | | BH_HighPeakAmp <= 0.30389: 1 (70.0/1.0) +| | | | | | | | | | | | | BH_HighPeakAmp > 0.30389 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.711746: 0 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.711746: 1 (2.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.228468 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.211957: 0 (4.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.211957: 1 (7.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.478309: 0 (8.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.414115 +| | | | | | | | BHSUM1 <= 0.054897: 1 (5.0/1.0) +| | | | | | | | BHSUM1 > 0.054897 +| | | | | | | | | BH_HighPeakAmp <= 0.309826: 0 (30.0) +| | | | | | | | | BH_HighPeakAmp > 0.309826: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.541101: 0 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.254326: 0 (25.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.614183: 0 (34.0) +sad-lonely- = 1: 0 (151.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.174061: 0 (17.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.174061 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.117655 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.141606 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.076123: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.076123: 0 (8.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.141606 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.16829 +| | | | | | sad-lonely- = 0: 1 (2.0) +| | | | | | sad-lonely- = 1: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.16829 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.267091 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.724971 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.533854 +| | | | | | | | | BH_HighPeakAmp <= 0 +| | | | | | | | | | BH_LowPeakBPM <= 0.285714: 0 (2.0) +| | | | | | | | | | BH_LowPeakBPM > 0.285714 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.938496: 1 (18.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.938496: 0 (2.0) +| | | | | | | | | BH_HighPeakAmp > 0: 1 (85.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.533854 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.572874: 1 (11.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.572874: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.724971 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.316826: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.316826: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.267091 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.188101: 1 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.188101 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.281078: 0 (14.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.281078: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.117655: 1 (82.0/2.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.396642: 0 (65.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_5 > 0.396642 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.332402: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.332402: 0 (3.0) +angry-aggresive- = 1 +| BH_HighPeakBPM <= 0.721805: 0 (133.0/1.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.277977: 0 (4.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.277977: 1 (3.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.137331 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | happy-pleased- = 0 +| | | amazed-suprised- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.45037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.477599: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.477599: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.45037: 1 (111.0/4.0) +| | | amazed-suprised- = 1: 0 (5.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.282428: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.282428: 0 (23.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (26.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.137331 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.435987 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.242282: 0 (244.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.242282 +| | | BHSUM3 <= 0.063282: 1 (3.0) +| | | BHSUM3 > 0.063282 +| | | | Std_Acc1298_Std_Mem40_Flux <= 0.932485: 0 (47.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Flux > 0.932485: 1 (3.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.435987 +| | Std_Acc1298_Mean_Mem40_Centroid <= 0.113631: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_Centroid > 0.113631: 1 (11.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.369604 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.27948: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.27948 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.5624 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.469335 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.32813 +| | | | | | | BHSUM3 <= 0.080549: 0 (3.0) +| | | | | | | BHSUM3 > 0.080549: 1 (14.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.32813: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.469335: 1 (31.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.5624: 0 (8.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.369604: 1 (42.0) +| amazed-suprised- = 1: 0 (8.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.232022: 0 (151.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_5 > 0.232022 +| | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.904534 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.433078 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.203778 +| | | | | amazed-suprised- = 0 +| | | | | | BH_LowPeakBPM <= 0.174603: 0 (16.0) +| | | | | | BH_LowPeakBPM > 0.174603 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.197722 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.592975 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.214794: 1 (7.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.214794 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.650743 +| | | | | | | | | | | BHSUM1 <= 0.647661 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.192116 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.379098 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.40699: 1 (4.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.40699: 0 (2.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.379098 +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.483605: 0 (34.0) +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.483605 +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.486689: 0 (2.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.486689: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.192116: 1 (3.0) +| | | | | | | | | | | BHSUM1 > 0.647661: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.650743: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.592975: 1 (12.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.197722: 1 (14.0) +| | | | | amazed-suprised- = 1 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.068933: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.068933: 0 (36.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.203778: 0 (27.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.433078: 0 (37.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.904534: 1 (11.0/1.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.178071 +| happy-pleased- = 0 +| | quiet-still- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.756032 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.284701 +| | | | | | amazed-suprised- = 0: 1 (2.0) +| | | | | | amazed-suprised- = 1 +| | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.316024: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.316024: 0 (8.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.284701 +| | | | | | BHSUM1 <= 0.293689: 1 (66.0) +| | | | | | BHSUM1 > 0.293689 +| | | | | | | BHSUM1 <= 0.311388: 0 (3.0) +| | | | | | | BHSUM1 > 0.311388 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.804806 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.574664: 1 (33.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.574664 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.500503: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.500503: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.804806: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.756032 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.482434: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.482434: 0 (8.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.006142: 1 (8.0) +| | | | BH_HighPeakAmp > 0.006142 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.32909: 1 (3.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.32909: 0 (16.0) +| | quiet-still- = 1: 0 (13.0) +| happy-pleased- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.081718 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.46132: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.46132: 0 (8.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.081718: 0 (43.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.178071 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.164508 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.109627: 1 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.109627 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.578563: 0 (13.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.578563: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.164508: 0 (238.0/4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #5 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.147491 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.262223 +| | BH_HighPeakAmp <= 0.020741: 0 (4.0/1.0) +| | BH_HighPeakAmp > 0.020741: 1 (46.0/2.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.262223: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_5 > 0.147491 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.079769 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.154782 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.30414: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.30414: 1 (22.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.154782: 0 (4.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.079769 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.807595 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194402 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.283223: 0 (18.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.283223 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.573073 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.399481 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.139611: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.139611: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.399481: 1 (15.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.573073: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.194402 +| | | | quiet-still- = 0 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.321353 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.234843 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.670198 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.653148: 0 (40.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.653148: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.670198: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.234843: 0 (137.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.321353 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.215493: 1 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.215493 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.742526: 0 (17.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.742526: 1 (3.0) +| | | | quiet-still- = 1: 0 (123.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.807595 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.198083 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.181922: 0 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.181922: 1 (19.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.198083: 0 (9.0/1.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Centroid <= 0.106705: 0 (35.0) +Mean_Acc1298_Mean_Mem40_Centroid > 0.106705 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.074951: 0 (46.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.074951 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.275288 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.218037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.268279: 0 (23.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.268279 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.146806: 0 (23.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.146806 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.336321 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.094251 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.415951: 1 (12.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.415951: 0 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.094251 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.246089: 0 (25.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.246089 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.322359: 1 (9.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.322359 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.384134 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.337075: 1 (7.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.337075 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.524656 +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.06397 +| | | | | | | | | | | | | | | BHSUM1 <= 0.318752: 1 (17.0/1.0) +| | | | | | | | | | | | | | | BHSUM1 > 0.318752: 0 (4.0) +| | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.06397 +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.166725 +| | | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.296584 +| | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.084356: 1 (5.0) +| | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.084356 +| | | | | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.097886: 1 (4.0) +| | | | | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.097886 +| | | | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.29877: 0 (25.0/1.0) +| | | | | | | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.29877 +| | | | | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.094874: 0 (2.0) +| | | | | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.094874: 1 (4.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.296584: 1 (5.0) +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.166725: 0 (32.0/1.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.524656: 1 (6.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.384134: 0 (17.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.336321: 0 (17.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.218037 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.649467: 1 (16.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.649467: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.275288 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.679223 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.088181: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.088181: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.364235: 1 (36.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.364235 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.437941: 1 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.437941: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.679223: 0 (10.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.405327 +| | | | BH_HighPeakBPM <= 0.210526 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.465351: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.465351: 0 (10.0/1.0) +| | | | BH_HighPeakBPM > 0.210526: 0 (54.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.405327 +| | | | BH_HighPeakAmp <= 0.094972 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.809573: 0 (16.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.809573: 1 (2.0) +| | | | BH_HighPeakAmp > 0.094972: 1 (7.0) + +Number of Leaves : 35 + +Size of the tree : 69 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.084987: 0 (35.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.084987 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759494 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.118101 +| | | | happy-pleased- = 0 +| | | | | sad-lonely- = 0: 0 (28.0) +| | | | | sad-lonely- = 1: 1 (2.0) +| | | | happy-pleased- = 1: 1 (8.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.118101 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.171222: 1 (9.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.171222 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.369251: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.369251: 0 (19.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.850346 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.08164 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.265184: 0 (8.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.265184: 1 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.08164 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.459001 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.545791: 1 (185.0/5.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.545791 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.283217: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.283217: 1 (10.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.459001 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.517647: 0 (7.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.517647: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.850346 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.458363: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.458363: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759494 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.376511: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.376511: 0 (23.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.250064: 0 (108.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.250064 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.325644: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.325644: 0 (14.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.118518 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | happy-pleased- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.091182 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.690951: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.690951: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.091182: 1 (104.0/1.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.504469: 0 (13.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.504469: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (24.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.118518 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.401023 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.11524: 0 (9.0/1.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.11524: 1 (11.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.401023 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.232299 +| | | BH_LowPeakAmp <= 0.021065 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.578041: 0 (35.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.578041: 1 (5.0) +| | | BH_LowPeakAmp > 0.021065: 0 (260.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.232299 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.400977: 1 (7.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.400977: 0 (15.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.299243 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.584559 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.478405 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.369211: 0 (54.0/3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.369211 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.374734: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.374734: 0 (9.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.478405 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.352265: 0 (11.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.352265 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.134224: 0 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.134224 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.566164 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.243466 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.045649: 1 (3.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.045649: 0 (7.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.243466: 1 (24.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.566164: 0 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.584559: 1 (12.0/1.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.299243 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.128254: 0 (68.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.128254 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.406135 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.455339: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.455339: 0 (15.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.406135: 1 (2.0) +| happy-pleased- = 1: 0 (137.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.106099: 0 (14.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.106099 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.54545 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.215493: 0 (9.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.215493 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.354494: 1 (67.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.354494 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.388614: 0 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.388614 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.069906: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.069906: 1 (15.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515: 0 (5.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.54545: 0 (11.0/1.0) +| happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.119543 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_Flux <= 0.814008: 0 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.814008 +| | | sad-lonely- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.106267 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.378176: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.378176 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.252225: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.252225: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.106267: 1 (87.0/2.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.470117: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.470117: 0 (7.0/1.0) +| happy-pleased- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.516707: 0 (21.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_0 > 0.516707: 1 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.119543 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.138465 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.255761 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.882902 +| | | | BH_HighPeakBPM <= 0.684211 +| | | | | relaxing-clam- = 0 +| | | | | | BHSUM1 <= 0.067087: 1 (5.0) +| | | | | | BHSUM1 > 0.067087 +| | | | | | | BH_HighPeakAmp <= 0.003617 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.742495: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.742495: 1 (3.0) +| | | | | | | BH_HighPeakAmp > 0.003617: 0 (26.0/1.0) +| | | | | relaxing-clam- = 1: 0 (38.0) +| | | | BH_HighPeakBPM > 0.684211: 1 (7.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.882902: 1 (9.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.255761: 1 (9.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.138465 +| | relaxing-clam- = 0 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.616456 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.057038: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.057038 +| | | | | | BHSUM3 <= 0.117945: 1 (3.0/1.0) +| | | | | | BHSUM3 > 0.117945: 0 (30.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.616456: 1 (3.0) +| | | quiet-still- = 1: 0 (34.0) +| | relaxing-clam- = 1: 0 (177.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #6 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.009431: 0 (9.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.009431 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.068934: 1 (40.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.068934 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.069062 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.185074: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.185074: 0 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.069062 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.688956 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.418787 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.10335: 1 (14.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.10335 +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.220639 +| | | | | | | | | BH_HighPeakBPM <= 0.105263: 1 (4.0) +| | | | | | | | | BH_HighPeakBPM > 0.105263 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.380412: 0 (18.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.380412: 1 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.220639: 1 (7.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.418787: 1 (36.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.688956: 0 (5.0) +| quiet-still- = 1: 0 (8.0) +Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.066703 +| | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.204762: 0 (3.0) +| | Std_Acc1298_Std_Mem40_MFCC_3 > 0.204762: 1 (14.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.066703 +| | sad-lonely- = 0 +| | | quiet-still- = 0 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.636224 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.35428 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.743176 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.383851 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.804038 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.210574 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.49411: 0 (15.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.49411: 1 (5.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.210574: 0 (61.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.804038 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.86923: 1 (10.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.86923: 0 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.383851: 1 (5.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.743176: 1 (9.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.35428: 0 (44.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.636224 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.554375: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.554375: 1 (10.0) +| | | quiet-still- = 1: 0 (28.0) +| | sad-lonely- = 1: 0 (119.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.250873 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.354895 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.595022 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.096174: 0 (6.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.096174 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.379195 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.116532: 1 (7.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.116532: 0 (8.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.379195 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.064812 +| | | | | | | | | BH_LowPeakBPM <= 0.253968: 0 (4.0) +| | | | | | | | | BH_LowPeakBPM > 0.253968: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.064812: 1 (85.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.595022: 0 (7.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.354895 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.295398: 0 (14.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.295398: 1 (6.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.250873: 0 (10.0/1.0) +| | quiet-still- = 1 +| | | BH_HighPeakAmp <= 0.038984: 0 (27.0/1.0) +| | | BH_HighPeakAmp > 0.038984: 1 (4.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.312025 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.411893: 0 (126.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.411893 +| | | | BH_HighPeakBPM <= 0.691729: 0 (36.0/1.0) +| | | | BH_HighPeakBPM > 0.691729: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.312025 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.544424: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.544424: 1 (4.0) +sad-lonely- = 1: 0 (135.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.13393 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.198495: 0 (140.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.198495 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.658041: 1 (4.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.658041: 0 (7.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.13393 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.23659: 0 (45.0/2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.23659 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.198707 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.327038: 0 (16.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.327038: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.198707 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.250892: 1 (50.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.250892 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.680508 +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.088329 +| | | | | | | sad-lonely- = 0: 1 (2.0) +| | | | | | | sad-lonely- = 1: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.088329 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.178978 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.353008 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.148269: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.148269: 0 (15.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.353008: 1 (10.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.178978 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.426365 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.311468: 1 (72.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.311468 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.311009 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.213105: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.213105: 1 (28.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.311009: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.426365 +| | | | | | | | | BH_HighPeakAmp <= 0.095854 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.054325: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.054325: 1 (13.0) +| | | | | | | | | BH_HighPeakAmp > 0.095854: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.680508 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.614567: 0 (11.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.614567: 1 (4.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.059895: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.059895 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.269648 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.492025: 0 (35.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.492025 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.341491: 1 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.341491: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.269648: 1 (4.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.143949 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.174013 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.143314: 0 (11.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.143314 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.13079: 0 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.13079 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.67596 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.328087 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.70408 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.204473: 1 (22.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.204473: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.70408: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.328087: 1 (64.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.67596 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.296292: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.296292: 0 (10.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.174013: 0 (33.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.143949 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.557478: 0 (315.0/5.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.557478 +| | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.394163: 0 (8.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.394163: 1 (9.0/1.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.198187: 0 (91.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.198187 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.179849 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.555691 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.43565: 1 (9.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.43565 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.074909: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.074909 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.904534: 0 (23.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.904534: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.555691: 1 (11.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.179849 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.81913 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.235891: 0 (86.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.235891 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.171347 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.236247: 1 (9.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.236247: 0 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.171347 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.388463 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.400666: 0 (24.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.400666 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.363421 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.33828 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.362582: 1 (17.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.362582: 0 (2.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.33828: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.363421 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.399125: 0 (20.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.399125: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.388463: 0 (65.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.81913 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.579396: 1 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.579396: 0 (5.0) +quiet-still- = 1 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.09677 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.143795 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.044063 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.150112: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.150112: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.044063: 1 (51.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.143795: 0 (4.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.09677 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.219612: 1 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.219612 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.288658: 0 (14.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.288658 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.34761: 1 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.34761: 0 (5.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.130044 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.352371 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.324417 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.246089 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.596907: 1 (55.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.596907 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.214892: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.214892: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.246089 +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.360392 +| | | | | | BH_LowPeakBPM <= 0.253968: 0 (21.0/1.0) +| | | | | | BH_LowPeakBPM > 0.253968 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.101212: 1 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.101212: 0 (6.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.360392: 1 (7.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.324417: 0 (13.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.352371 +| | | BH_LowPeakAmp <= 0.4068: 1 (91.0/1.0) +| | | BH_LowPeakAmp > 0.4068 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.499981: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.499981: 1 (8.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.130044 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.553061: 0 (61.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.553061: 1 (8.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.57853: 0 (189.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.57853 +| | BH_HighPeakAmp <= 0.026653: 1 (6.0) +| | BH_HighPeakAmp > 0.026653: 0 (5.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #7 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077783 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.103109: 0 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.103109 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.299209 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.838488 +| | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.063902: 1 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.063902: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.838488: 1 (51.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.299209: 0 (4.0/1.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.077783 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.187917 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.051196: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.051196 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.554976: 1 (32.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.554976: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.187917 +| | quiet-still- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.298875 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.204145: 0 (13.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.204145 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.348934 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.242578 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.463524 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.056745: 0 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.056745: 1 (22.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.463524: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.242578 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.531186 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.485055: 0 (31.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.485055: 1 (3.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.531186: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.348934: 1 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.298875 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.136645 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.121453: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.121453: 1 (7.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.136645 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.200016 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.489556: 1 (8.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.489556: 0 (6.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.200016 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.707683: 0 (124.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.707683 +| | | | | | | BHSUM3 <= 0.109909: 1 (4.0) +| | | | | | | BHSUM3 > 0.109909: 0 (10.0) +| | quiet-still- = 1: 0 (133.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.361774 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.088546: 0 (53.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.088546 +| | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.470348 +| | | | BH_HighPeakBPM <= 0.120301: 0 (28.0) +| | | | BH_HighPeakBPM > 0.120301 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.640916 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.319365 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.678127 +| | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.84341 +| | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.072218: 0 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.072218: 1 (17.0) +| | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.84341 +| | | | | | | | | BH_HighPeakBPM <= 0.150376: 1 (8.0/1.0) +| | | | | | | | | BH_HighPeakBPM > 0.150376 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.138701: 0 (16.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.138701 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.113424 +| | | | | | | | | | | | amazed-suprised- = 0: 1 (10.0) +| | | | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.225869: 1 (8.0/1.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.225869: 0 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.113424 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.615945 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.583585 +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.504558 +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.10284 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.638742: 1 (6.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.638742: 0 (2.0) +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.10284 +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.351745 +| | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.445744: 0 (3.0) +| | | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.445744: 1 (4.0) +| | | | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.351745: 0 (30.0/1.0) +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.504558: 1 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.583585: 1 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.615945 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.120726: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.120726: 0 (37.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.678127: 1 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.319365: 0 (34.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.640916: 0 (27.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.470348 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.163471: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.163471: 1 (12.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.361774 +| | BH_LowPeakBPM <= 0.460317: 1 (24.0) +| | BH_LowPeakBPM > 0.460317 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.804806: 0 (5.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.804806: 1 (2.0) +quiet-still- = 1 +| BHSUM2 <= 0.211311: 0 (121.0/1.0) +| BHSUM2 > 0.211311 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.100745: 0 (9.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.100745: 1 (3.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.081151 +| Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.35428: 0 (124.0) +| Mean_Acc1298_Std_Mem40_MFCC_8 > 0.35428 +| | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.478235: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.478235: 1 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.081151 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.780447 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.722905 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.108906: 0 (16.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.108906 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.036224 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.315412: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.315412: 0 (10.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.036224 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.336041: 1 (60.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.336041 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.414278 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.637227 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.137076 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.148174: 1 (8.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.148174: 0 (9.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.137076 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.267384 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.15888 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.073783: 0 (3.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.073783: 1 (3.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.15888 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.164553 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.082685: 1 (9.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.082685: 0 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.164553: 1 (84.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.267384 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.421271 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.494029: 1 (6.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.494029: 0 (7.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.421271: 1 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.637227 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.184448: 1 (10.0/1.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.184448 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.404959: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.404959: 0 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.414278: 0 (13.0/1.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.479597 +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.086242: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.086242: 0 (24.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.479597: 1 (7.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.722905: 0 (18.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.780447: 0 (38.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14619 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | BH_HighPeakAmp <= 0.044178 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.201072 +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.161374: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.161374: 0 (12.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.201072 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.186887 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.112549: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.112549: 0 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.186887: 1 (105.0) +| | BH_HighPeakAmp > 0.044178 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.294423: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.294423 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.543654: 0 (23.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.543654 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.314586: 0 (7.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.314586: 1 (6.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (22.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.14619 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.180312 +| | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.67305 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.666164: 0 (34.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.666164: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.67305: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.180312: 0 (257.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.327673 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.325447 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.121649: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.121649 +| | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.037693: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_Flux > 0.037693: 1 (24.0/2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.325447 +| | | | amazed-suprised- = 0 +| | | | | BH_HighPeakAmp <= 0.476671 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.412802 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.873161 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.04197: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.04197 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.703326: 0 (41.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.703326 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.264461: 1 (3.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.264461: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.873161: 1 (8.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.412802: 1 (9.0/1.0) +| | | | | BH_HighPeakAmp > 0.476671: 1 (6.0) +| | | | amazed-suprised- = 1: 0 (37.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.327673: 0 (101.0/2.0) +| happy-pleased- = 1: 0 (114.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178329: 0 (13.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178329 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.405041 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.227995 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.144257: 0 (8.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.144257: 1 (6.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.227995 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.799575 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.22185: 1 (85.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.22185 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.122165: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.122165: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.799575: 0 (6.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.405041: 0 (6.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.249621: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.249621 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.242975 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.425965 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.058347: 1 (37.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.058347 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.202822: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.202822 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.057297: 0 (6.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.057297 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.451835 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.088281: 1 (42.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.088281 +| | | | | | | | | | | BH_LowPeakBPM <= 0.238095 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.382095: 1 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.382095: 0 (5.0) +| | | | | | | | | | | BH_LowPeakBPM > 0.238095: 1 (12.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.451835 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.25745: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.25745: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.425965: 1 (48.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.242975 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.471402: 0 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.471402: 1 (6.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.512601 +| | | | BH_HighPeakBPM <= 0.360902: 0 (31.0) +| | | | BH_HighPeakBPM > 0.360902 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.163963 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.208137: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.208137: 1 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.163963: 0 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.512601: 1 (3.0) +| quiet-still- = 1 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.027364: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.027364: 0 (43.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.164162 +| | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.546885 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.072883: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.072883: 0 (35.0) +| | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.546885: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.164162: 0 (166.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #8 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.08273 +| Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.213636: 1 (33.0) +| Std_Acc1298_Mean_Mem40_MFCC_6 > 0.213636: 0 (2.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.08273 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.077771 +| | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.087275: 0 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.087275 +| | | BHSUM3 <= 0.173169: 0 (3.0) +| | | BHSUM3 > 0.173169: 1 (24.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.077771 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194223 +| | | quiet-still- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.554597: 1 (20.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.554597 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.216426: 0 (20.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.216426 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.153154: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.153154: 1 (14.0/1.0) +| | | quiet-still- = 1: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.194223 +| | | quiet-still- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.318416 +| | | | | BH_HighPeakBPM <= 0.593985 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.376531: 1 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.376531: 0 (18.0/1.0) +| | | | | BH_HighPeakBPM > 0.593985: 1 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.318416 +| | | | | BH_LowPeakBPM <= 0.095238 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.451012: 0 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.451012 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.526107: 1 (10.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.526107: 0 (3.0) +| | | | | BH_LowPeakBPM > 0.095238 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.242515 +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.192847 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.405041: 0 (15.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.405041: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.192847: 0 (156.0/2.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.242515 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.668506: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.668506: 1 (4.0) +| | | quiet-still- = 1: 0 (118.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.062127: 0 (14.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.062127 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.209598: 0 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.209598 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.130073: 1 (34.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.130073 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.595575 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.245557 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.326404 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.173252 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.653049 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.345509 +| | | | | | | | | | | BHSUM2 <= 0.074079: 1 (2.0) +| | | | | | | | | | | BHSUM2 > 0.074079: 0 (7.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.345509 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.116981: 0 (6.0/2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.116981 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.925734 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.362582: 1 (53.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.362582 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.578144: 1 (5.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.578144: 0 (3.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.925734 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.147569: 1 (3.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.147569: 0 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.653049 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.454178: 0 (8.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.454178: 1 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.173252 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.269008: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.269008: 0 (13.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.326404: 0 (11.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.245557: 1 (13.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.595575 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.231974: 0 (23.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.231974: 1 (2.0) +| quiet-still- = 1 +| | BHSUM2 <= 0.309466 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.227826 +| | | | BH_LowPeakBPM <= 0.285714: 1 (5.0) +| | | | BH_LowPeakBPM > 0.285714: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.227826 +| | | | Std_Acc1298_Std_Mem40_Flux <= 0.888492 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.506955: 0 (8.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.506955: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_Flux > 0.888492: 0 (90.0) +| | BHSUM2 > 0.309466 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.232065: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.232065: 1 (5.0) +angry-aggresive- = 1: 0 (152.0/4.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.186887 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.135905: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.135905: 0 (10.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.186887 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032249 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.368869 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.104363: 0 (5.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.104363: 1 (18.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.368869: 0 (12.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032249 +| | | | BHSUM3 <= 0.525943 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.645783 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.361179 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071943: 1 (55.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071943 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.780237 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.399167 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.062231: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.062231 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.06487 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.354487: 1 (5.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.354487: 0 (2.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.06487: 1 (46.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.399167: 0 (5.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.780237: 0 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.361179: 1 (81.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.645783 +| | | | | | BH_HighPeakAmp <= 0.005291: 0 (6.0) +| | | | | | BH_HighPeakAmp > 0.005291: 1 (7.0) +| | | | BHSUM3 > 0.525943 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.611729: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.611729: 0 (8.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.408502: 0 (56.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.408502: 1 (7.0) +angry-aggresive- = 1 +| Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.263164 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.122856: 0 (9.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.122856: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.263164: 0 (139.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.443173 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.18226: 0 (266.0/3.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.18226 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.556538: 0 (20.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.556538: 1 (9.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.443173 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.171053 +| | BH_HighPeakAmp <= 0.055924 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.219049 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.307368: 0 (18.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.307368: 1 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.219049 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.184077 +| | | | | BH_LowPeakAmp <= 0.075693: 1 (84.0) +| | | | | BH_LowPeakAmp > 0.075693 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.124814: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.124814: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.184077: 0 (5.0/2.0) +| | BH_HighPeakAmp > 0.055924 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.232065 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.051395: 0 (4.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.051395: 1 (9.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.232065: 0 (38.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.171053: 0 (23.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.077081 +| happy-pleased- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.099462 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.60295: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.60295: 1 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.099462: 1 (53.0/1.0) +| happy-pleased- = 1: 0 (4.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.077081 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | angry-aggresive- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.583168 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.859047 +| | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.837355: 1 (6.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_Flux > 0.837355 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.165309: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.165309 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.5474: 0 (50.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.5474 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.444923: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.444923: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.859047: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.583168 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.615393: 1 (16.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.615393: 0 (3.0) +| | | angry-aggresive- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.399306 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.430082 +| | | | | | BH_HighPeakBPM <= 0.75188: 0 (30.0/1.0) +| | | | | | BH_HighPeakBPM > 0.75188: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.430082: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.399306: 0 (107.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.227521 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.538051: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.538051: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.227521: 0 (115.0) +| quiet-still- = 1 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.222271: 0 (10.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.222271 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.624402 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.26257: 1 (17.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.26257 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.477365 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.614573 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.251553: 0 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.251553: 1 (15.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.614573: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.477365: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.624402: 0 (8.0) +| | happy-pleased- = 1: 0 (13.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.173138 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.176012 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.32359 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.139365: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.139365: 0 (9.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.32359 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.19304 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.256227 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.041661: 1 (17.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.041661 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.433263 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.547203 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.104018 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.386292: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.386292 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.74454: 0 (24.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.74454: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.104018 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.135095: 1 (15.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.135095: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.547203: 1 (9.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.433263: 1 (13.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.256227: 1 (54.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.19304 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.586563: 0 (10.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.586563: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.176012 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517105: 0 (27.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517105: 1 (7.0/1.0) +| quiet-still- = 1: 0 (15.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.173138 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.094073 +| | BH_LowPeakBPM <= 0.142857: 0 (7.0) +| | BH_LowPeakBPM > 0.142857 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.089802: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.089802: 1 (15.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.094073 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.65077 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.400913: 0 (200.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.400913 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.216215: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.216215 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.0489: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.0489: 0 (37.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.65077 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.377164: 1 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.377164: 0 (7.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #9 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.176389 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.714529: 1 (52.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.714529: 0 (4.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.176389: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14846 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.123957 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.336266: 1 (5.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.336266: 0 (6.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.123957: 0 (170.0/3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.14846 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.338679 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.509501 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.550761 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.306664 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.197706 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.303664 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.48095 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.256041: 0 (7.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.256041 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.391461: 1 (24.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.391461: 0 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.48095: 0 (6.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.303664: 0 (12.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.197706: 1 (31.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.306664: 0 (12.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.550761 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.156981: 0 (27.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.156981 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.165361 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.163262: 0 (10.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.163262: 1 (3.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.165361: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.509501: 1 (9.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.338679 +| | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.455344 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.444002: 0 (73.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.444002 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.393768: 1 (4.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.393768: 0 (13.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.455344 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.421538: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.421538: 0 (4.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.241935: 0 (13.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.241935 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.666069 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.483521 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.559905 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.235776: 0 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.235776: 1 (13.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679: 1 (94.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.559905 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.087942: 0 (6.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.087942 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.632432 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.450154: 0 (8.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.450154: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.632432: 1 (19.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.483521 +| | | | | | BH_LowPeakBPM <= 0.269841: 1 (5.0) +| | | | | | BH_LowPeakBPM > 0.269841 +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.134986: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.134986: 0 (9.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.666069 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.572476: 0 (13.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.572476: 1 (2.0) +| | quiet-still- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.46867: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.46867 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.108502: 1 (3.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.108502: 0 (25.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.201413 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.075705: 1 (6.0/2.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.075705: 0 (100.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.201413 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.672645 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.285605: 1 (9.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.285605: 0 (3.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.672645: 0 (8.0) +sad-lonely- = 1: 0 (143.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.130755 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.216983: 0 (122.0/3.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.216983 +| | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.514616: 1 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.514616: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.130755 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.726286 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.095025 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.825112: 0 (11.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.825112: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.095025 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.543939 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.873264 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.582614 +| | | | | | | BH_HighPeakBPM <= 0.090226 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.148628: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.148628: 1 (6.0) +| | | | | | | BH_HighPeakBPM > 0.090226 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.402731: 1 (95.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.402731 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.137796: 0 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.137796 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.262885 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.127813: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.127813: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.262885: 1 (52.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.582614 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.272679: 0 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.272679 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.632344 +| | | | | | | | | BHSUM1 <= 0.039677: 0 (3.0) +| | | | | | | | | BHSUM1 > 0.039677 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.52388: 1 (32.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.52388: 0 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.632344: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.873264 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.139603: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.139603: 0 (10.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.543939 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.395131: 1 (9.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.395131: 0 (17.0/1.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.152732: 1 (6.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.152732 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.275266 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.400809 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.411198: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.411198: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.400809: 0 (22.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.275266: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.726286 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.223632: 0 (47.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.223632 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.166122: 0 (6.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.166122: 1 (6.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.114412 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.206195 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.45695: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.45695 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.148455 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.117947: 0 (8.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.117947: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.148455 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.426594: 1 (91.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.426594 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.039516: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.039516: 1 (11.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.206195: 0 (9.0) +| amazed-suprised- = 1: 0 (10.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.114412 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.394889 +| | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.728857 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.081719: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.081719: 1 (16.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.728857: 0 (5.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.394889 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.225639: 0 (300.0/2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.225639 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.277042: 1 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.277042: 0 (16.0) + +Number of Leaves : 14 + +Size of the tree : 27 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.510856 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.103168 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.309628: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.309628: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.103168 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.416546 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.103638 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.158771: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.158771: 1 (13.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.103638: 1 (79.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.416546 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.328087: 0 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.328087: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.510856: 0 (7.0) +| amazed-suprised- = 1: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.286978 +| | BHSUM2 <= 0.010258 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.174329: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.174329: 0 (5.0) +| | BHSUM2 > 0.010258: 0 (131.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.286978 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.502771 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.048568 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.36085: 1 (7.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.36085: 0 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.048568 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.387461 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.508874: 0 (90.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.508874 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.493248 +| | | | | | | BHSUM2 <= 0.161277: 1 (9.0/1.0) +| | | | | | | BHSUM2 > 0.161277 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.651919: 0 (11.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.651919: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.493248: 0 (27.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.387461 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.374863: 1 (8.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.374863 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.145528: 0 (20.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.145528 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.459593: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.459593: 0 (15.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.502771 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.545184: 1 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.545184: 0 (13.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.471353 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.049708 +| | | | BH_HighPeakAmp <= 0.220196: 1 (25.0) +| | | | BH_HighPeakAmp > 0.220196: 0 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.049708 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.041661: 1 (12.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.041661 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.666069 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.204528 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.210326: 0 (31.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.210326 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.203326: 1 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.203326: 0 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.204528 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.152758 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.221337: 1 (21.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.221337: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.152758 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.126408: 1 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.126408 +| | | | | | | | | BHSUM2 <= 0.028147: 1 (6.0/1.0) +| | | | | | | | | BHSUM2 > 0.028147 +| | | | | | | | | | BHSUM1 <= 0.140254 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.362047: 0 (12.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.362047: 1 (4.0) +| | | | | | | | | | BHSUM1 > 0.140254: 0 (27.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.666069: 1 (7.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.471353: 1 (55.0/1.0) +| quiet-still- = 1: 0 (36.0/1.0) +relaxing-clam- = 1: 0 (228.0/1.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multitarget.meta.BaggingMT: Model #10 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.093526 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.673213 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.260361 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.289807: 1 (12.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.289807: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.260361: 1 (49.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.325008: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.325008: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.673213: 0 (4.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.093526 +| relaxing-clam- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.141306: 0 (48.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.141306 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.575221 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.578225 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.586563 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.3203 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.149072 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.090185: 1 (5.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.090185 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.545872 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.255749 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.3071 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.200242: 0 (21.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.200242: 1 (2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.3071 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.206158: 1 (9.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.206158: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.255749: 0 (17.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.545872: 1 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.149072: 1 (20.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.3203 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.312107: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.312107: 0 (27.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.586563: 1 (8.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.578225: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.575221: 0 (23.0) +| relaxing-clam- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.230649 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.339397: 0 (27.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.339397 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.243435: 1 (8.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.243435: 0 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.230649: 0 (174.0/2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.216321: 0 (18.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.216321 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.318037 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.684527 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.265201 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.211848: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.211848 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.310313: 0 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.310313: 1 (56.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.265201 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.606749 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.377745 +| | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.839664: 1 (3.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.839664 +| | | | | | | | | | relaxing-clam- = 0 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.275346: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.275346: 1 (3.0) +| | | | | | | | | | relaxing-clam- = 1: 0 (21.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.377745: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.606749: 1 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.684527: 1 (52.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.318037 +| | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.155962: 1 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.155962 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.639944: 0 (27.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.639944: 1 (5.0/1.0) +| angry-aggresive- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.369314: 0 (134.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.369314 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.572414: 1 (7.0/1.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.572414: 0 (9.0) +sad-lonely- = 1: 0 (122.0/1.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.194402 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.622447: 0 (62.0/2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.622447: 1 (6.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.194402 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.025491: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.025491 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.253701: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.253701: 0 (21.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.066703: 0 (13.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.066703 +| | | | BHSUM3 <= 0.452403 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.624883 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.371091 +| | | | | | | BHSUM2 <= 0.04572 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.320999: 0 (4.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.320999 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.213699: 1 (16.0/1.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.213699: 0 (2.0) +| | | | | | | BHSUM2 > 0.04572 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.333367: 1 (75.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.333367 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.231631: 1 (16.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.231631: 0 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.371091: 1 (77.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.624883 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.279517: 1 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.279517: 0 (9.0/1.0) +| | | | BHSUM3 > 0.452403 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.374899: 1 (8.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.374899: 0 (8.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_Flux <= 0.935665: 0 (148.0) +| Std_Acc1298_Std_Mem40_Flux > 0.935665 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.310127: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.310127: 0 (6.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.137331 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.369211 +| | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.161585 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.122297: 0 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.122297: 1 (18.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.161585: 0 (5.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.369211: 1 (78.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (11.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.240039: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.240039: 0 (26.0) +| amazed-suprised- = 1: 0 (14.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.137331 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.471531 +| | relaxing-clam- = 0: 0 (217.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.306835 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.557581: 0 (21.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.557581: 1 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.306835: 1 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (69.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.471531 +| | relaxing-clam- = 0: 0 (7.0) +| | relaxing-clam- = 1: 1 (11.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.184043: 0 (15.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.184043 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.146771: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.146771 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.30205: 0 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.30205 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.43947 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.250559 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.461397: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.461397: 1 (7.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.250559: 1 (53.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.43947 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.202113: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.202113 +| | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.092483: 0 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.092483: 1 (2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.5023 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.404498 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.528194: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.528194: 1 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.704621 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.524562: 0 (96.0/4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.524562 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.098032: 0 (14.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.098032 +| | | | | | | | BHSUM1 <= 0.103205: 0 (7.0) +| | | | | | | | BHSUM1 > 0.103205 +| | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.306403: 0 (4.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.306403 +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.534878: 1 (16.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.534878: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.704621 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.270076: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.270076: 1 (7.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.404498: 0 (54.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.402492 +| | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.377787: 1 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.377787 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.159768 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.386581: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.386581: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.159768: 0 (41.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.402492: 0 (94.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.5023 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.30622 +| | | Std_Acc1298_Std_Mem40_Centroid <= 0.316024: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_Centroid > 0.316024: 0 (14.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.30622: 1 (11.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.121093 +| BHSUM1 <= 0.371024 +| | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.49515 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.174481 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.232159: 0 (7.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.232159 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.074934 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.351911: 1 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.351911 +| | | | | | | BH_LowPeakBPM <= 0.222222: 1 (5.0/1.0) +| | | | | | | BH_LowPeakBPM > 0.222222: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.074934: 1 (31.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.174481: 0 (5.0) +| | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.49515: 1 (46.0) +| BHSUM1 > 0.371024 +| | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.073631: 1 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.073631 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.507614 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.119574: 1 (5.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.119574: 0 (26.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.507614: 1 (6.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.121093 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.111981 +| | BH_LowPeakAmp <= 0.047864: 0 (14.0) +| | BH_LowPeakAmp > 0.047864 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.365647 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.17495 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.080155: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.080155: 1 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.17495: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.365647: 0 (9.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.111981 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.074609 +| | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.222699: 0 (13.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.222699: 1 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.074609: 0 (260.0/8.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +== Evaluation Info + +Classifier meka.classifiers.multitarget.meta.BaggingMT +Options [-S, 1, -I, 10, -P, 100, -W, meka.classifiers.multitarget.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/meta/EnsembleMT.ref b/bin/test/meka/classifiers/multitarget/meta/EnsembleMT.ref new file mode 100644 index 00000000..a285da66 --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/meta/EnsembleMT.ref @@ -0,0 +1,3202 @@ +== Model info + +Model +meka.classifiers.multitarget.meta.EnsembleMT: Model #1 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.224621 +| | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.265748: 1 (25.0) +| | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.265748 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.092323: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.092323 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.271472: 0 (3.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.271472: 1 (12.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.224621 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.182152 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.16921 +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.329834 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.427985 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.480516: 1 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.480516: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.427985: 1 (17.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.329834: 0 (4.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.16921: 0 (4.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.182152 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.375382 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.315011: 0 (19.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.315011: 1 (3.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.375382: 1 (2.0) +Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.342678 +| | BHSUM3 <= 0.361893 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.145049: 0 (39.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.145049 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.307783: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.307783 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.326117 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.652548: 0 (33.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.652548 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.292733: 1 (5.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.292733: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.326117 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.292843: 1 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.292843: 0 (5.0) +| | BHSUM3 > 0.361893 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.230847: 0 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.230847 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.368008: 1 (15.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.368008: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_3 > 0.342678: 0 (106.0/2.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.033828: 0 (24.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.033828 +| Std_Acc1298_Std_Mem40_MFCC_6 <= 0.166139: 0 (19.0) +| Std_Acc1298_Std_Mem40_MFCC_6 > 0.166139 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.139621: 0 (23.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.139621 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.251971 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.363281 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.286862 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.16999 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.291815 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.143093 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.323245: 0 (13.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.323245 +| | | | | | | | | | BHSUM1 <= 0.354272 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.597712: 0 (8.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.597712: 1 (3.0) +| | | | | | | | | | BHSUM1 > 0.354272: 1 (12.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.143093: 1 (10.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.291815: 0 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.16999: 1 (12.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.286862 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.158935: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.158935: 0 (18.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.363281: 1 (15.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.251971 +| | | | amazed-suprised- = 0 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.276106 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.23397: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.23397: 1 (11.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.276106 +| | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.113331 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.337755 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.487824: 0 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.487824: 1 (4.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.337755: 0 (47.0) +| | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.113331 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.296063: 0 (14.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.296063 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.122713: 0 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.122713 +| | | | | | | | | BH_LowPeakBPM <= 0.079365: 1 (6.0) +| | | | | | | | | BH_LowPeakBPM > 0.079365 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.332684: 1 (10.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.332684 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.25838: 0 (17.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.25838 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.468848: 1 (6.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.468848: 0 (6.0/1.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.310709: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.310709 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.400545 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.686425: 0 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.686425: 1 (3.0/1.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.400545: 1 (2.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.116333 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.110373 +| | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.089857: 0 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.089857: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.110373: 0 (83.0) +Std_Acc1298_Mean_Mem40_MFCC_7 > 0.116333 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759494 +| | amazed-suprised- = 0 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.111577: 0 (9.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.111577 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.144727: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.144727 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.219189: 1 (16.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.219189 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.21203: 0 (6.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.21203 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.292411: 1 (15.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.292411 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134: 0 (5.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.356218: 1 (20.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.356218 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.376951 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.325077 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.409211: 0 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.409211: 1 (2.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.325077: 1 (20.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.376951 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.480461 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.614965 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.524179: 0 (5.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.524179: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.614965: 1 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.480461: 0 (9.0) +| | | happy-pleased- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.52536: 1 (37.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.52536 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.313243: 0 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.313243: 1 (7.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.059895: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.059895 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.467402: 0 (21.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.467402 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.151238: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.151238: 1 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759494 +| | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.335002: 0 (26.0) +| | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.335002 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.369435: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.369435: 0 (6.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| | | | happy-pleased- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.102435 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.332239: 1 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.332239: 0 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.102435: 1 (57.0/1.0) +| | | | happy-pleased- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.614567: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.614567: 0 (4.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (10.0) +| amazed-suprised- = 1: 0 (11.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (149.0) +| | relaxing-clam- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.524411: 0 (7.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.524411: 1 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (46.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.184077: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.184077: 0 (6.0/1.0) +| | happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.299837 +| | | amazed-suprised- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.155659: 0 (9.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.155659 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.111435: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.111435 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.726467 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.166345: 1 (8.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.166345 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.387373 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.301667: 1 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.301667: 0 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.387373 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.39297: 0 (13.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.39297: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.726467: 1 (10.0) +| | | amazed-suprised- = 1 +| | | | BHSUM3 <= 0.302358: 0 (19.0) +| | | | BHSUM3 > 0.302358 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.106743: 1 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.106743: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.299837 +| | | BH_LowPeakAmp <= 0.035314 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.476801: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.476801: 0 (3.0) +| | | BH_LowPeakAmp > 0.035314: 0 (67.0/1.0) +| happy-pleased- = 1: 0 (92.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.188045 +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.576419 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.524658 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.436259: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.436259: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.524658: 1 (8.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.576419: 1 (26.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.188045 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.734316 +| | | | BHSUM3 <= 0.071184: 1 (4.0) +| | | | BHSUM3 > 0.071184 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.581551 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.273183: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.273183: 0 (6.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.581551: 0 (12.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.734316: 1 (5.0) +| happy-pleased- = 1: 0 (5.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (44.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.16022: 1 (19.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.16022 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.446796 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.45177: 0 (11.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.45177 +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.192479: 1 (8.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.192479: 0 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.446796: 1 (15.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.119769 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.047499: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.047499: 1 (8.0) +| | | | BH_HighPeakAmp > 0.119769: 0 (10.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.100572 +| | | | BH_HighPeakBPM <= 0.43609 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.251465: 0 (9.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.251465: 1 (2.0) +| | | | BH_HighPeakBPM > 0.43609: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.100572: 0 (31.0) +| quiet-still- = 1: 0 (25.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.163528 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.604904 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.083751: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.083751: 0 (19.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.604904: 1 (3.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.163528: 0 (113.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #2 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.838488 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.111877: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.111877: 0 (8.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.838488 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.079769 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.0185 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.405975: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.405975: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.0185: 1 (30.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.079769 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.093734: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.093734 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.613165 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.144852 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.287841 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.1965 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.50122 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.185697: 1 (4.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.185697: 0 (5.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.50122: 1 (7.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.1965: 1 (15.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.287841 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.45497: 0 (12.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.45497: 1 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.144852: 1 (12.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.613165: 0 (7.0/1.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.12754: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.12754 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.353008: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.353008 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.293479: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.293479: 0 (7.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.068134 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.189979: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.189979: 0 (3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.068134: 0 (35.0) +relaxing-clam- = 1: 0 (138.0/4.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.118249 +| | BHSUM1 <= 0.679256: 0 (37.0) +| | BHSUM1 > 0.679256 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.499981: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.499981: 0 (4.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.118249 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.581844 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.07121: 0 (10.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.07121 +| | | | relaxing-clam- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.356541 +| | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.425363 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.393815: 1 (19.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.393815: 0 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.425363: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.356541 +| | | | | | BH_LowPeakBPM <= 0.460317 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.15219: 1 (9.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.15219 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.206318: 0 (14.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.206318 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.287259: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.287259 +| | | | | | | | | | BHSUM2 <= 0.124143 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.265184: 1 (2.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.265184: 0 (8.0) +| | | | | | | | | | BHSUM2 > 0.124143: 1 (8.0) +| | | | | | BH_LowPeakBPM > 0.460317: 0 (18.0/1.0) +| | | | relaxing-clam- = 1 +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.545787 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.265608: 0 (3.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.265608 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.237606: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.237606: 1 (39.0/3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.545787 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.188349: 1 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.188349 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.566338 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.596319: 0 (16.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.596319: 1 (3.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.566338: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.581844: 0 (18.0/1.0) +sad-lonely- = 1: 0 (96.0/1.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.11058 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.089983 +| | BH_HighPeakAmp <= 0.012667: 0 (5.0) +| | BH_HighPeakAmp > 0.012667 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.583634: 1 (8.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.583634: 0 (2.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.089983 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.147597: 0 (85.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.147597 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.399481 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.461866: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.461866: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.399481: 1 (4.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.11058 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.236319 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.40322: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.40322: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.236319 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.545742 +| | | | BH_HighPeakAmp <= 0.038984 +| | | | | sad-lonely- = 0: 1 (46.0) +| | | | | sad-lonely- = 1 +| | | | | | BH_HighPeakBPM <= 0.210526: 0 (2.0) +| | | | | | BH_HighPeakBPM > 0.210526 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.516212: 1 (17.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.516212: 0 (3.0/1.0) +| | | | BH_HighPeakAmp > 0.038984 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.180764: 0 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.180764 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.233391: 1 (18.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.233391 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.290636: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.290636 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.347117: 1 (12.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.347117: 0 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.545742 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.262789: 0 (11.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.262789 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.078766: 1 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.078766 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.326008 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.176592: 1 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.176592: 0 (10.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.326008 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.465795: 1 (13.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.465795: 0 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (21.0/1.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.14619 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.1753 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.368138 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.132573 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.229418: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.229418: 1 (24.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.132573: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.368138: 1 (53.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.1753: 0 (7.0/1.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0/1.0) +| amazed-suprised- = 1: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.14619 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.343769: 0 (195.0/2.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.343769 +| | BH_HighPeakAmp <= 0.029671: 1 (5.0/1.0) +| | BH_HighPeakAmp > 0.029671: 0 (11.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.13256: 0 (9.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.13256 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.349645 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.375187 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.241066: 0 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.241066 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.256163: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.256163: 1 (12.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.375187: 0 (7.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.349645: 1 (45.0/2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.095179: 0 (54.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.095179 +| | BH_HighPeakBPM <= 0.413534 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.199603: 0 (15.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.199603 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.34416 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.355649 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.351384 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.443389: 0 (14.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.443389: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.351384: 1 (9.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.355649: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.34416 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.209798: 0 (21.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.209798 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.476717 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.218918 +| | | | | | | | BH_LowPeakAmp <= 0.081118: 0 (7.0) +| | | | | | | | BH_LowPeakAmp > 0.081118 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.424586: 1 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.424586: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.218918: 0 (21.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.476717: 1 (6.0/1.0) +| | BH_HighPeakBPM > 0.413534 +| | | BH_LowPeakAmp <= 0.056409 +| | | | BH_HighPeakBPM <= 0.548872: 0 (20.0/1.0) +| | | | BH_HighPeakBPM > 0.548872 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.507961 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.072457: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.072457: 0 (14.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.507961 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.649663: 1 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.649663: 0 (2.0) +| | | BH_LowPeakAmp > 0.056409: 0 (41.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| happy-pleased- = 0 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.494864: 1 (39.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.494864 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.205734 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.359553 +| | | | | | BH_LowPeakAmp <= 0.585123: 0 (6.0) +| | | | | | BH_LowPeakAmp > 0.585123: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.359553 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.537182: 1 (45.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.537182 +| | | | | | | amazed-suprised- = 0: 1 (4.0) +| | | | | | | amazed-suprised- = 1 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.105261: 1 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.105261: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.205734: 0 (4.0) +| | sad-lonely- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.065075: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.065075 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.283922 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.139849 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.494029: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.494029: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.139849: 0 (30.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.283922: 1 (2.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.446743 +| | | BHSUM3 <= 0.19601: 1 (4.0) +| | | BHSUM3 > 0.19601 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.334304: 0 (13.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.334304: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.446743: 0 (22.0) +relaxing-clam- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.163226 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.374781 +| | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.073632: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.073632: 0 (24.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.374781: 1 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.163226: 0 (110.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #3 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_12 <= 0.077415 +| Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.496744: 1 (24.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.496744 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.101092: 1 (9.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.101092 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.332757: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.332757 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.227785 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.454324: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.454324: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.227785: 0 (10.0) +Std_Acc1298_Std_Mem40_MFCC_12 > 0.077415 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.809396 +| | Std_Acc1298_Std_Mem40_Rolloff <= 0.234993 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.443194: 0 (14.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.443194 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.403116 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.447531 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.278028: 1 (9.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.278028: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.447531 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.538051 +| | | | | | | BH_LowPeakBPM <= 0.095238: 1 (3.0/1.0) +| | | | | | | BH_LowPeakBPM > 0.095238: 0 (30.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.538051 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.518746: 1 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.518746: 0 (4.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.403116: 1 (6.0) +| | Std_Acc1298_Std_Mem40_Rolloff > 0.234993 +| | | angry-aggresive- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.254148 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.661092 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.180485: 1 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.180485: 0 (18.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.661092: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.254148 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.410823: 0 (112.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.410823 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.347588: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.347588: 1 (2.0) +| | | angry-aggresive- = 1 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.546537 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.50201: 0 (26.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.50201 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.384915: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.384915: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.546537: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.809396 +| | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.192571 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.310127: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.310127 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.196926: 1 (17.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.196926: 0 (2.0) +| | Std_Acc1298_Std_Mem40_MFCC_8 > 0.192571: 0 (4.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.038582: 0 (26.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.038582 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.071458 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.389079 +| | | | BH_HighPeakAmp <= 0.008157: 0 (4.0) +| | | | BH_HighPeakAmp > 0.008157: 1 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.389079: 0 (24.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.071458 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.094251: 1 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.094251 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.477226 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.595575 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.206319: 0 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.206319 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.274854 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.348569 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.552233 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.307176: 0 (7.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.307176 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.535559 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.368981 +| | | | | | | | | | | | | BHSUM1 <= 0.088858: 0 (2.0) +| | | | | | | | | | | | | BHSUM1 > 0.088858: 1 (20.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.368981: 0 (3.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.535559 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.462982: 1 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.462982: 0 (10.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.552233 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.279794: 0 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.279794: 1 (19.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.348569: 0 (7.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.274854 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.497967 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.219773: 1 (4.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.219773: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.497967: 1 (20.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.595575 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.391382: 0 (11.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.391382: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.477226 +| | | | | BH_LowPeakBPM <= 0.206349 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.169051: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.169051: 1 (5.0) +| | | | | BH_LowPeakBPM > 0.206349: 0 (25.0/2.0) +angry-aggresive- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.103487 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.080722: 0 (8.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.080722 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.510551: 1 (5.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.510551: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.103487: 0 (87.0/4.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.212575 +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.303806 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.163757 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.243593: 0 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.243593: 1 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.163757 +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.119116 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.189811: 1 (9.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.189811 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.170624: 1 (8.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.170624 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.056132: 0 (9.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.056132 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.270413: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.270413: 1 (6.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.119116 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.360584: 1 (36.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.360584 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.363537: 0 (5.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.363537 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.580572: 1 (19.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.580572 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.542944: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.542944: 0 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.303806: 1 (45.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.212575 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.190627: 0 (8.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.190627 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.613113: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.613113: 0 (4.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (9.0/1.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.574277 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.127813 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.348827: 0 (10.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.348827 +| | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.086199: 0 (3.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.086199: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.127813: 0 (27.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.574277: 1 (3.0) +angry-aggresive- = 1 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.408014: 0 (88.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.408014 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.116115: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.116115: 0 (2.0) +| | amazed-suprised- = 1: 0 (9.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.441969: 0 (202.0/7.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.441969 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | BHSUM3 <= 0.350612 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.336549 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.127601 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.240265: 1 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.240265: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.127601: 1 (12.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.336549: 1 (52.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (5.0) +| | | BHSUM3 > 0.350612: 0 (9.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.311889: 1 (4.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.311889: 0 (19.0) +| amazed-suprised- = 1: 0 (17.0) + +Number of Leaves : 10 + +Size of the tree : 19 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.099888: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.099888 +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.671489 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.2625 +| | | | | | amazed-suprised- = 0 +| | | | | | | relaxing-clam- = 0: 1 (6.0) +| | | | | | | relaxing-clam- = 1 +| | | | | | | | BH_LowPeakBPM <= 0.174603: 0 (2.0) +| | | | | | | | BH_LowPeakBPM > 0.174603 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.371982 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.153816: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.153816: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.371982: 1 (16.0) +| | | | | | amazed-suprised- = 1 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.774025: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.774025: 1 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.2625 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.725401: 0 (8.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.725401: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.671489: 0 (7.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0: 0 (90.0/4.0) +| | | relaxing-clam- = 1: 1 (3.0/1.0) +| happy-pleased- = 1: 0 (95.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.228381: 0 (9.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.228381 +| | | Std_Acc1298_Std_Mem40_Rolloff <= 0.225014 +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.05886: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.05886: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_Rolloff > 0.225014 +| | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.102557: 0 (4.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.102557 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.574338: 1 (45.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.574338: 0 (3.0/1.0) +| happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.145896 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.205049 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.578848 +| | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.159007: 1 (11.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.159007 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.300578 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.51807 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.125719 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.723146: 0 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.723146: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.125719: 1 (32.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.51807 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.706257: 0 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.706257: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.300578 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.150309 +| | | | | | BH_LowPeakAmp <= 0.055533: 0 (7.0) +| | | | | | BH_LowPeakAmp > 0.055533 +| | | | | | | BH_HighPeakBPM <= 0.345865 +| | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.10393: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.10393 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.218328: 0 (8.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.218328: 1 (4.0) +| | | | | | | BH_HighPeakBPM > 0.345865: 1 (9.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.150309: 0 (14.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.578848: 1 (13.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.205049: 0 (7.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.145896 +| Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.074965 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.161059: 0 (3.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.161059: 1 (10.0) +| Std_Acc1298_Mean_Mem40_MFCC_0 > 0.074965 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.475018: 0 (159.0/3.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.475018 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.645573: 0 (15.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.645573 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.635416: 1 (11.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.635416: 0 (3.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #4 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.097564 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.464935 +| | angry-aggresive- = 0: 1 (17.0) +| | angry-aggresive- = 1 +| | | BHSUM1 <= 0.253083: 1 (16.0) +| | | BHSUM1 > 0.253083 +| | | | BH_HighPeakAmp <= 0.081703: 0 (4.0) +| | | | BH_HighPeakAmp > 0.081703 +| | | | | Std_Acc1298_Std_Mem40_Flux <= 0.855998 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.403208: 1 (7.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.403208: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_Flux > 0.855998: 1 (12.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.464935: 0 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.097564 +| sad-lonely- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.099608: 1 (9.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.099608 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.342678 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.575221 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.247666: 0 (9.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.247666 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.259518: 1 (7.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.259518 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.44822: 0 (10.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.44822 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.530783 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.41911 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.521816 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.616456: 1 (17.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.616456: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.521816: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.41911 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.364261: 0 (19.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.364261 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.187511: 1 (4.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.187511: 0 (2.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.530783: 1 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.575221: 0 (10.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.342678 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.126734: 1 (5.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.126734: 0 (50.0/1.0) +| | quiet-still- = 1: 0 (25.0) +| sad-lonely- = 1: 0 (84.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.063279: 0 (14.0/1.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.063279 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.161585 +| | | | BH_LowPeakAmp <= 0.020825: 0 (4.0/1.0) +| | | | BH_LowPeakAmp > 0.020825: 1 (28.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.161585 +| | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.206863: 0 (8.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.206863 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.241754 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.545373: 1 (21.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.545373: 0 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.241754 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.482491 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.398557: 0 (9.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.398557 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.228616: 1 (11.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.228616 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.313129: 1 (8.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.313129 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.203825: 1 (3.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.203825 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.280871: 0 (25.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.280871 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.225206: 1 (4.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.225206: 0 (4.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.482491: 1 (6.0) +| quiet-still- = 1 +| | BH_HighPeakAmp <= 0.009225: 0 (38.0) +| | BH_HighPeakAmp > 0.009225 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.888492: 1 (5.0/1.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.888492 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.109118: 1 (2.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.109118: 0 (28.0/1.0) +angry-aggresive- = 1: 0 (108.0/9.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Std_Mem40_MFCC_7 <= 0.198707 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.110373: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.110373: 0 (36.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_7 > 0.198707 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Std_Mem40_Flux <= 0.117666 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.471355 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.255692 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.198684: 1 (8.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.198684: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.255692: 1 (28.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.471355 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.142942: 1 (10.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.142942 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.281425: 0 (13.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.281425 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.354631 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.385619: 1 (17.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.385619: 0 (4.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.354631 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.224672 +| | | | | | | | | sad-lonely- = 0: 1 (4.0) +| | | | | | | | | sad-lonely- = 1 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.202422: 1 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.202422: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.224672: 0 (9.0) +| | | Mean_Acc1298_Std_Mem40_Flux > 0.117666 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.247564: 1 (54.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.247564: 0 (3.0/1.0) +| | amazed-suprised- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.209368: 0 (16.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.209368: 1 (5.0) +angry-aggresive- = 1: 0 (108.0/4.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.155448 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.290178: 0 (11.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.290178 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.201072 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.438764: 0 (10.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.438764: 1 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.201072 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456269 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.213124: 1 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.213124: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456269 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.273793: 0 (3.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.273793: 1 (56.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (20.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.155448 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.404258: 0 (204.0/4.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.404258 +| | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.279334: 0 (7.0) +| | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.279334: 1 (4.0) + +Number of Leaves : 11 + +Size of the tree : 21 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.168629: 0 (13.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.168629 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.154403 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.527239: 1 (14.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.527239: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.154403 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.056409: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.056409 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.861764 +| | | | | | | BH_HighPeakBPM <= 0.421053 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.454401 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.322633: 0 (11.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.322633: 1 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.454401: 1 (4.0) +| | | | | | | BH_HighPeakBPM > 0.421053: 0 (11.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.861764: 1 (3.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.424079: 0 (48.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.424079 +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.1771 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.055512 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.374805: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.374805: 0 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.055512: 0 (31.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.1771 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.334673: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.334673: 0 (4.0) +| happy-pleased- = 1: 0 (92.0/1.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.097773 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.259955 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.339083 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.331962: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.331962: 1 (14.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.339083: 0 (2.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.259955: 1 (28.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.097773 +| | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.402703 +| | | | BH_LowPeakBPM <= 0.666667: 1 (8.0/1.0) +| | | | BH_LowPeakBPM > 0.666667: 0 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.402703: 0 (10.0) +| happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.107828 +| Std_Acc1298_Std_Mem40_MFCC_11 <= 0.201383 +| | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.564565 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.109711 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.241274 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.877259: 1 (29.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.877259: 0 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.241274 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.156581: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.156581 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.248102: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.248102 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.236344: 1 (17.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.236344 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.28556: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.28556: 1 (7.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.109711 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.308798 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.076522 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.118878 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.055344 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.928557: 0 (6.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.928557: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.055344: 1 (15.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.118878: 0 (5.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.076522 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.484173: 0 (28.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.484173 +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.215109: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.215109: 1 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.308798: 1 (6.0) +| | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.564565: 1 (16.0) +| Std_Acc1298_Std_Mem40_MFCC_11 > 0.201383: 0 (9.0) +Std_Acc1298_Mean_Mem40_MFCC_12 > 0.107828 +| Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.193978 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.810956 +| | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517105 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.102774: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.102774: 0 (28.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517105: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.810956: 1 (4.0) +| Std_Acc1298_Mean_Mem40_MFCC_9 > 0.193978: 0 (129.0/1.0) + +Number of Leaves : 22 + +Size of the tree : 43 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #5 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.08273: 1 (20.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_1 > 0.08273 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.801454 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.143269 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.124914 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.501397 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.272135: 0 (9.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.272135: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.501397: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.124914: 1 (11.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.143269 +| | | BH_LowPeakAmp <= 0.253528 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.223147 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.465837: 0 (6.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.465837: 1 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.223147 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.151348: 0 (109.0/2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.151348 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.338404 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.461884: 0 (50.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.461884 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.208712: 1 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.208712 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.124132: 1 (3.0/1.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.124132: 0 (14.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.338404 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.32307: 1 (8.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.32307: 0 (12.0/1.0) +| | | BH_LowPeakAmp > 0.253528 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.563627: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.563627 +| | | | | BH_LowPeakAmp <= 0.364974: 1 (8.0) +| | | | | BH_LowPeakAmp > 0.364974 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.515249: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.515249 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.168898: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.168898: 1 (5.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.801454 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.444368 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.290582 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.097553: 0 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.097553: 1 (27.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.290582 +| | | | BH_LowPeakBPM <= 0.206349: 1 (2.0) +| | | | BH_LowPeakBPM > 0.206349: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.444368: 0 (4.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.089075: 0 (28.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.089075 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.577284 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.132228: 0 (13.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.132228 +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.11898 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.11714 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.131267: 0 (13.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.131267 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.149754: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.149754 +| | | | | | | | amazed-suprised- = 0 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.430975: 1 (4.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.430975: 0 (3.0) +| | | | | | | | amazed-suprised- = 1: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.11714: 0 (15.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.11898 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.298653 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.21756: 1 (20.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.21756 +| | | | | | | BHSUM2 <= 0.306271 +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.241928 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.638862 +| | | | | | | | | | amazed-suprised- = 0 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.319947: 1 (15.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.319947 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.116069: 0 (5.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.116069 +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.251143: 1 (14.0) +| | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.251143 +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.883962: 1 (8.0/1.0) +| | | | | | | | | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.883962: 0 (5.0) +| | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.246381: 0 (4.0/1.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.246381: 1 (11.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.638862: 0 (6.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.241928: 0 (4.0) +| | | | | | | BHSUM2 > 0.306271 +| | | | | | | | BH_HighPeakBPM <= 0.43609: 0 (11.0/1.0) +| | | | | | | | BH_HighPeakBPM > 0.43609: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.298653: 0 (6.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.577284 +| | | amazed-suprised- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.409113: 0 (23.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.409113 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.364115: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.364115: 0 (7.0) +| | | amazed-suprised- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.632552: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.632552: 0 (7.0) +sad-lonely- = 1: 0 (89.0/1.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.108856: 0 (27.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.108856 +| | amazed-suprised- = 0 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.759194 +| | | | sad-lonely- = 0 +| | | | | happy-pleased- = 0: 1 (42.0/1.0) +| | | | | happy-pleased- = 1 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.138044: 0 (3.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.138044 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.057297: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.057297: 1 (38.0/1.0) +| | | | sad-lonely- = 1 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.618441 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.598488: 1 (40.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.598488 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.50683: 0 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.50683: 1 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.618441 +| | | | | | BH_LowPeakBPM <= 0.412698 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.509648: 1 (8.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.509648: 0 (2.0) +| | | | | | BH_LowPeakBPM > 0.412698: 0 (10.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.759194 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.556523: 1 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.556523: 0 (7.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.507085: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.507085 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.396508: 0 (18.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.396508 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.287377: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.287377: 0 (3.0) +angry-aggresive- = 1: 0 (105.0/5.0) + +Number of Leaves : 18 + +Size of the tree : 35 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456699 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.06538 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.579157: 0 (8.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.579157: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.06538: 0 (200.0/4.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456699 +| amazed-suprised- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.188528 +| | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.170668 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.316412 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.242886: 0 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.242886: 1 (8.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.316412: 1 (59.0) +| | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.170668 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.442264: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.442264: 1 (5.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.188528: 0 (6.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.29056: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.29056: 0 (13.0) +| amazed-suprised- = 1: 0 (15.0) + +Number of Leaves : 12 + +Size of the tree : 23 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.09428 +| amazed-suprised- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.299474 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.105484 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.63709: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.63709: 1 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.105484 +| | | | Std_Acc1298_Std_Mem40_Centroid <= 0.35429 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.313295 +| | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.110575: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.110575: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.313295: 1 (14.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Centroid > 0.35429: 1 (35.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.299474: 0 (7.0) +| amazed-suprised- = 1: 0 (9.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.09428 +| amazed-suprised- = 0 +| | Mean_Acc1298_Std_Mem40_Centroid <= 0.287644 +| | | BHSUM3 <= 0.038518: 1 (5.0) +| | | BHSUM3 > 0.038518 +| | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.117587: 0 (23.0) +| | | | Mean_Acc1298_Std_Mem40_Centroid > 0.117587 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.260118 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.364819: 0 (16.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.364819 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.321036: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.321036: 1 (3.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.260118 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.41463: 1 (7.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.41463 +| | | | | | | BH_LowPeakAmp <= 0.211012 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.889908 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.444256 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.356388 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.47009: 0 (6.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.47009: 1 (6.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.356388: 0 (7.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.444256: 0 (12.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.889908: 1 (3.0) +| | | | | | | BH_LowPeakAmp > 0.211012: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_Centroid > 0.287644: 0 (59.0/3.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.853089: 0 (75.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.853089 +| | | BH_HighPeakBPM <= 0.225564: 1 (2.0) +| | | BH_HighPeakBPM > 0.225564 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.260284: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.260284: 0 (13.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| happy-pleased- = 0 +| | quiet-still- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.519831 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.374225: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.374225: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.519831 +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.062767 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.164401: 1 (4.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.164401: 0 (7.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.062767 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.099628: 0 (3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.099628: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679: 1 (65.0/1.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0: 1 (5.0) +| | | | BH_HighPeakAmp > 0 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.139571: 1 (4.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.139571: 0 (9.0) +| | quiet-still- = 1: 0 (11.0/1.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.075879: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.075879 +| | | BH_HighPeakBPM <= 0.548872: 0 (28.0) +| | | BH_HighPeakBPM > 0.548872 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.332561: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.332561: 1 (2.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.214373: 0 (130.0/3.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.214373 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.334371: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.334371 +| | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.377979: 1 (14.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.377979: 0 (2.0) +| | | sad-lonely- = 1: 0 (4.0) +| | happy-pleased- = 1: 0 (19.0/1.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #6 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Std_Acc1298_Std_Mem40_MFCC_3 <= 0.331146 +| | Std_Acc1298_Std_Mem40_Flux <= 0.838488 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.442264: 0 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.442264: 1 (2.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.838488: 1 (47.0/4.0) +| Std_Acc1298_Std_Mem40_MFCC_3 > 0.331146: 0 (6.0/1.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| quiet-still- = 0 +| | sad-lonely- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.358638 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.507085 +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.311852 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.531636: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.531636: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.311852: 0 (14.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.507085 +| | | | | BH_LowPeakBPM <= 0.174603: 1 (10.0) +| | | | | BH_LowPeakBPM > 0.174603 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.149084: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.149084 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.581551 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.187313: 1 (16.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.187313 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.32451: 0 (5.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.32451 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.347093 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.127159: 0 (2.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.127159: 1 (10.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.347093: 0 (3.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.581551: 0 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.358638 +| | | | happy-pleased- = 0 +| | | | | BHSUM1 <= 0.437716 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.170317: 0 (18.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.170317 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.174982 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.225961: 1 (7.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.225961: 0 (6.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.174982: 0 (18.0/1.0) +| | | | | BHSUM1 > 0.437716: 1 (3.0) +| | | | happy-pleased- = 1 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.497501: 0 (29.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.497501: 1 (3.0/1.0) +| | sad-lonely- = 1 +| | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.17495: 0 (25.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.17495 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.742495: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.742495: 1 (2.0) +| quiet-still- = 1: 0 (82.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Centroid <= 0.217179 +| Std_Acc1298_Std_Mem40_MFCC_1 <= 0.237478 +| | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.178375: 0 (10.0) +| | Std_Acc1298_Std_Mem40_MFCC_8 > 0.178375 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.566838: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.566838: 1 (7.0) +| Std_Acc1298_Std_Mem40_MFCC_1 > 0.237478 +| | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.413518: 0 (74.0) +| | Std_Acc1298_Std_Mem40_MFCC_10 > 0.413518 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.18257: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.18257: 0 (7.0) +Mean_Acc1298_Mean_Mem40_Centroid > 0.217179 +| Std_Acc1298_Mean_Mem40_Centroid <= 0.24027 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.083236 +| | | Std_Acc1298_Std_Mem40_Flux <= 0.833827: 1 (3.0/1.0) +| | | Std_Acc1298_Std_Mem40_Flux > 0.833827: 0 (24.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.083236 +| | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.596014 +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.071746 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.160549 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.317405: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.317405: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.160549: 0 (18.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.071746 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.140793: 1 (23.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.140793 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.381411: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.381411 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.370082 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.713114 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.273335: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.273335 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.120601: 1 (9.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.120601 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.459381 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.372502: 0 (11.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.372502: 1 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.459381 +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.59919 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.51829 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.10539 +| | | | | | | | | | | | | | | BH_LowPeakAmp <= 0.048491: 0 (4.0) +| | | | | | | | | | | | | | | BH_LowPeakAmp > 0.048491: 1 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.10539 +| | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.405808: 1 (25.0) +| | | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.405808: 0 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.51829: 0 (3.0) +| | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.59919: 0 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.713114 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.245565 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.090638: 1 (2.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.090638: 0 (19.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.245565: 1 (2.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.370082: 1 (8.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.596014: 0 (10.0) +| Std_Acc1298_Mean_Mem40_Centroid > 0.24027 +| | Std_Acc1298_Std_Mem40_Rolloff <= 0.442759: 0 (26.0) +| | Std_Acc1298_Std_Mem40_Rolloff > 0.442759 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.548975: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.548975: 0 (4.0) + +Number of Leaves : 31 + +Size of the tree : 61 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.135924 +| sad-lonely- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.361245: 0 (82.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.361245 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.658041: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.658041: 0 (3.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.203881: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.203881: 0 (3.0) +Std_Acc1298_Mean_Mem40_MFCC_9 > 0.135924 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.754244 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.44121 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.578696 +| | | | | happy-pleased- = 0 +| | | | | | sad-lonely- = 0 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.643104: 1 (30.0/1.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.643104: 0 (4.0) +| | | | | | sad-lonely- = 1 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.613326 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.234681: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.234681: 1 (34.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.613326: 0 (5.0/1.0) +| | | | | happy-pleased- = 1: 1 (38.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.578696 +| | | | | happy-pleased- = 0 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.283276: 1 (6.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.283276 +| | | | | | | BH_HighPeakBPM <= 0.135338: 1 (5.0) +| | | | | | | BH_HighPeakBPM > 0.135338 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.554147 +| | | | | | | | | BH_HighPeakAmp <= 0.101419: 0 (21.0) +| | | | | | | | | BH_HighPeakAmp > 0.101419: 1 (3.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.554147 +| | | | | | | | | BH_LowPeakBPM <= 0.269841: 0 (2.0) +| | | | | | | | | BH_LowPeakBPM > 0.269841: 1 (7.0) +| | | | | happy-pleased- = 1: 1 (7.0/1.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.44121 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.121111: 1 (3.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.121111: 0 (9.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.754244 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.261113: 1 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.261113: 0 (16.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.468468: 0 (29.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.468468 +| | | | BH_HighPeakBPM <= 0.661654: 1 (5.0/1.0) +| | | | BH_HighPeakBPM > 0.661654: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (3.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.456699 +| Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.232299 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.179383: 0 (145.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.179383 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.38666 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.495546 +| | | | | BH_LowPeakAmp <= 0.013338: 1 (2.0) +| | | | | BH_LowPeakAmp > 0.013338: 0 (16.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.495546: 1 (3.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.38666: 0 (34.0) +| Std_Acc1298_Mean_Mem40_MFCC_12 > 0.232299 +| | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.471217: 0 (8.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.471217: 1 (5.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.456699 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.194413 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.194843 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.125536: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.125536: 0 (9.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.194843 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.337567 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.104307: 1 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.104307 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.576703: 0 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.576703: 1 (3.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.337567: 1 (55.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.194413: 0 (6.0) +| happy-pleased- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.290079: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.290079: 0 (25.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.107463: 0 (58.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.107463 +| | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.197164: 0 (23.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.197164 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.286452 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.28407 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.551842: 0 (14.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.551842: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.28407 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.319292 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.388463 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.137175: 0 (2.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.137175 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.250238: 1 (17.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.250238 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.232241: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.232241: 0 (2.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.388463 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.235999 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.385199 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.272796: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.272796: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.385199: 0 (10.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.235999: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.319292: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.286452: 0 (11.0) +| happy-pleased- = 1: 0 (88.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.239495: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.239495 +| | | Std_Acc1298_Mean_Mem40_Flux <= 0.25819 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.178009: 0 (6.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.178009 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.287554 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.112286: 0 (3.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.112286: 1 (45.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.287554 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.172948 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.423569: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.423569: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.172948: 0 (4.0) +| | | Std_Acc1298_Mean_Mem40_Flux > 0.25819: 0 (4.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | sad-lonely- = 0 +| | | | amazed-suprised- = 0: 1 (41.0) +| | | | amazed-suprised- = 1 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.139901: 1 (19.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.139901 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.310687 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.457346: 0 (9.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.457346: 1 (8.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.310687 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.55065: 1 (18.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.55065 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.429812: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.429812: 0 (4.0/1.0) +| | | sad-lonely- = 1 +| | | | BH_HighPeakAmp <= 0.055209: 1 (5.0) +| | | | BH_HighPeakAmp > 0.055209: 0 (9.0/1.0) +| | happy-pleased- = 1 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.156386 +| | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.259036 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.42218: 0 (15.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.42218: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.259036: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.156386: 0 (21.0) +| quiet-still- = 1: 0 (27.0) +relaxing-clam- = 1 +| Std_Acc1298_Std_Mem40_MFCC_12 <= 0.086845 +| | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.195444: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.195444: 0 (5.0) +| Std_Acc1298_Std_Mem40_MFCC_12 > 0.086845: 0 (133.0/1.0) + +Number of Leaves : 17 + +Size of the tree : 33 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #7 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.094863 +| Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.514836 +| | BH_LowPeakBPM <= 0.253968 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.154043: 1 (18.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.154043 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.482342 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.125369: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.125369: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.482342: 1 (4.0) +| | BH_LowPeakBPM > 0.253968: 1 (16.0) +| Mean_Acc1298_Std_Mem40_MFCC_3 > 0.514836: 0 (5.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.094863 +| Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.191413 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.237606: 1 (9.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.237606 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.2006: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.2006: 0 (6.0) +| Std_Acc1298_Mean_Mem40_MFCC_4 > 0.191413 +| | quiet-still- = 0 +| | | sad-lonely- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.431023 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.233579 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.166254: 1 (8.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.166254 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.054465: 1 (4.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.054465 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.406523: 0 (13.0/1.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.406523: 1 (3.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.233579 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.250969 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.300298 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.559501: 0 (13.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.559501: 1 (7.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.300298: 0 (40.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.250969: 1 (5.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.431023 +| | | | | BH_LowPeakBPM <= 0.666667: 0 (40.0) +| | | | | BH_LowPeakBPM > 0.666667 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.547944: 0 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.547944: 1 (2.0) +| | | sad-lonely- = 1 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.275919 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.277834: 0 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.277834: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.275919: 0 (26.0) +| | quiet-still- = 1: 0 (87.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.264058 +| | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.064797: 0 (7.0/1.0) +| | | | Std_Acc1298_Std_Mem40_Rolloff > 0.064797 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.41997 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.119803 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.108793: 1 (5.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.108793: 0 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.119803: 1 (48.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.41997 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.170699: 0 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.170699 +| | | | | | | relaxing-clam- = 0: 1 (12.0) +| | | | | | | relaxing-clam- = 1 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.535559 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.454261: 1 (10.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.454261 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.145468: 0 (4.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.145468: 1 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.535559: 0 (8.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.264058: 0 (7.0) +| | quiet-still- = 1 +| | | BH_HighPeakAmp <= 0.036615 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.58036: 0 (17.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.58036: 1 (3.0/1.0) +| | | BH_HighPeakAmp > 0.036615: 1 (3.0) +| angry-aggresive- = 1 +| | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.204522: 0 (43.0) +| | Std_Acc1298_Std_Mem40_MFCC_7 > 0.204522 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.153845 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.474018 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.196431: 1 (7.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.196431: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.474018: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.153845: 0 (36.0/1.0) +sad-lonely- = 1: 0 (96.0/1.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +amazed-suprised- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.113968 +| | quiet-still- = 0 +| | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.220104: 0 (41.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.220104 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.401717 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.290975: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.290975: 1 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.401717: 0 (6.0) +| | quiet-still- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.642849: 1 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.642849: 0 (2.0) +| Std_Acc1298_Mean_Mem40_MFCC_8 > 0.113968 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.032925 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.248512: 1 (4.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.248512 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.148269: 0 (12.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.148269: 1 (3.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.032925 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.333808: 1 (56.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.333808 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.109627 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.619939: 0 (7.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.619939: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.109627: 1 (23.0/2.0) +| | | | sad-lonely- = 1 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.565903 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.285696 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.228395: 1 (7.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.228395 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.060015: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.060015: 0 (7.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.285696 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.106587 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.19798: 1 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.19798: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.106587: 1 (27.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.565903 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.46443: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.46443: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (11.0/1.0) +amazed-suprised- = 1 +| Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.303347: 0 (84.0/1.0) +| Std_Acc1298_Mean_Mem40_MFCC_10 > 0.303347 +| | BH_LowPeakBPM <= 0.460317: 1 (3.0) +| | BH_LowPeakBPM > 0.460317: 0 (2.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.462262 +| Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.186139: 0 (142.0) +| Std_Acc1298_Mean_Mem40_MFCC_11 > 0.186139 +| | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.618743 +| | | BH_HighPeakAmp <= 0.013748 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.367839 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.212808: 1 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.212808: 0 (3.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.367839: 0 (11.0) +| | | BH_HighPeakAmp > 0.013748: 0 (39.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.618743 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.440402: 1 (6.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.440402: 0 (5.0) +Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.462262 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.105238 +| | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.0958: 0 (6.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_12 > 0.0958 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.244651 +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.249606: 1 (7.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.249606 +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.057261: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.057261: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.244651: 1 (54.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.105238 +| | BH_HighPeakAmp <= 0.046374 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.359844 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.598178: 0 (8.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.598178: 1 (4.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.359844: 1 (9.0) +| | BH_HighPeakAmp > 0.046374: 0 (23.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_Rolloff <= 0.238689: 0 (100.0/2.0) +| Std_Acc1298_Std_Mem40_Rolloff > 0.238689 +| | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.379256 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.098726: 0 (10.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.098726 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.196876: 0 (7.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.196876 +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.417005 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.34201 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.100417: 1 (6.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.100417 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.495376: 0 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.495376: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.34201: 1 (9.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.417005 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.259823: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.259823: 0 (9.0) +| | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.379256 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.290662: 0 (27.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.290662 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.171606: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.171606 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.257999: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.257999 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.445251: 0 (13.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.445251 +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.325691: 1 (4.0) +| | | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.325691 +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.428659: 0 (9.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.428659 +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.312904: 1 (4.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.312904: 0 (4.0) +quiet-still- = 1 +| Mean_Acc1298_Mean_Mem40_Rolloff <= 0.101394 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.317017 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.526789: 0 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.526789: 1 (5.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.317017 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.26808 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.598701: 0 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.598701: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.26808: 1 (42.0) +| Mean_Acc1298_Mean_Mem40_Rolloff > 0.101394 +| | BH_LowPeakAmp <= 0.008701: 1 (4.0) +| | BH_LowPeakAmp > 0.008701 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.393206 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.325996: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.325996: 1 (4.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.393206: 0 (14.0/1.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.150683 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.313546 +| | | | BH_HighPeakBPM <= 0.225564 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.125536 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.319486: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.319486 +| | | | | | | amazed-suprised- = 0 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.382453: 1 (9.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.382453: 0 (2.0) +| | | | | | | amazed-suprised- = 1 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.086182 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.509615: 0 (3.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.509615: 1 (8.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.086182: 0 (4.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.125536: 0 (9.0) +| | | | BH_HighPeakBPM > 0.225564 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.493522 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.261737 +| | | | | | | BH_HighPeakBPM <= 0.481203 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.049559: 0 (5.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.049559 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.314361 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.189599: 0 (3.0/1.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.189599: 1 (14.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.314361: 0 (3.0) +| | | | | | | BH_HighPeakBPM > 0.481203: 1 (11.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.261737: 0 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.493522: 1 (18.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.313546: 1 (32.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.150683 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.057858: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.057858 +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.32307: 0 (21.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.32307: 1 (2.0) +| quiet-still- = 1: 0 (25.0/1.0) +relaxing-clam- = 1: 0 (145.0/3.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #8 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.135337 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.848715 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.219217: 1 (28.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.219217 +| | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.147377: 0 (5.0) +| | | | Mean_Acc1298_Mean_Mem40_Flux > 0.147377 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.171399 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.111062: 0 (3.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.111062: 1 (16.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.171399: 0 (2.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.848715: 0 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.135337 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.047015: 1 (11.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.047015 +| | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.324134 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.498023: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.498023 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.652548 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.341852: 1 (13.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.341852 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.343797 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.162357: 1 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.162357: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.343797: 1 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.652548 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.145109: 1 (4.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.145109: 0 (9.0) +| | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.324134 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.241928 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.229063 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.389898 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.518466: 0 (12.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.518466 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.545106: 1 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.545106: 0 (4.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.389898: 1 (7.0/1.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.229063 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.551655: 0 (83.0/3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.551655 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.194327: 1 (5.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.194327: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.241928: 1 (7.0/1.0) +quiet-still- = 1: 0 (85.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.268757 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.350158 +| | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.075313: 0 (39.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.075313 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.517036 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.28369 +| | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.154456 +| | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.181279 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.399695 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.224028 +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.043546: 0 (8.0) +| | | | | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.043546 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.106344: 1 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.106344 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.863181 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.534735: 1 (5.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.534735: 0 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.863181: 0 (6.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.224028: 0 (14.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.399695 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.238507 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.156911: 1 (5.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.156911: 0 (7.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.238507: 1 (10.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Flux > 0.181279: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.154456 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.585149: 0 (32.0/3.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.585149: 1 (2.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.28369: 0 (18.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.517036: 0 (26.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.350158 +| | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.573692: 1 (12.0/1.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.573692: 0 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.268757 +| | Mean_Acc1298_Std_Mem40_Flux <= 0.172147 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.07531: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.07531 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.584793: 1 (28.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.584793: 0 (4.0/1.0) +| | Mean_Acc1298_Std_Mem40_Flux > 0.172147: 0 (6.0) +quiet-still- = 1 +| Std_Acc1298_Mean_Mem40_Rolloff <= 0.204353: 0 (69.0/1.0) +| Std_Acc1298_Mean_Mem40_Rolloff > 0.204353 +| | Std_Acc1298_Std_Mem40_Flux <= 0.889363: 1 (4.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.889363: 0 (12.0/1.0) + +Number of Leaves : 24 + +Size of the tree : 47 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.127424 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.598284 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.27769: 0 (13.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.27769: 1 (3.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.598284: 0 (89.0) +Std_Acc1298_Mean_Mem40_MFCC_10 > 0.127424 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.094156 +| | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.216603: 0 (11.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.216603: 1 (4.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.094156 +| | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.191708 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.705803 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.511176 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.24294: 0 (9.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.24294: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.511176 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.598364 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.234681: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.234681: 1 (16.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.598364: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.705803: 0 (7.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.191708 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.8548 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.579137 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.317361: 1 (60.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.317361 +| | | | | | | BH_HighPeakAmp <= 0.094994: 1 (19.0/1.0) +| | | | | | | BH_HighPeakAmp > 0.094994: 0 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.579137 +| | | | | | BHSUM3 <= 0.214377 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.593943: 0 (6.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.593943 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.178341 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.407837: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.407837: 0 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.178341: 1 (8.0) +| | | | | | BHSUM3 > 0.214377: 1 (11.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.8548 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.516608: 0 (6.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.516608: 1 (2.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.574277: 0 (44.0/3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.574277: 1 (3.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.137331 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.169777 +| | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.174061: 0 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_9 > 0.174061 +| | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.20488 +| | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.411817: 0 (9.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.411817: 1 (4.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.20488 +| | | | BH_HighPeakAmp <= 0.070289: 1 (65.0/1.0) +| | | | BH_HighPeakAmp > 0.070289 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.18821: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.18821: 1 (6.0/1.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.169777: 0 (13.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.137331 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.60511 +| | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.482101: 0 (158.0) +| | Std_Acc1298_Std_Mem40_MFCC_6 > 0.482101 +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.618649 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.638402: 0 (37.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.638402 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.539398: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.539398: 0 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.618649 +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.533237: 1 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.533237: 0 (3.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.60511 +| | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.184077 +| | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.688956: 1 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.688956: 0 (2.0) +| | Mean_Acc1298_Mean_Mem40_Rolloff > 0.184077: 0 (5.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.353094 +| | | | BH_HighPeakAmp <= 0.278095 +| | | | | amazed-suprised- = 0 +| | | | | | relaxing-clam- = 0: 1 (5.0) +| | | | | | relaxing-clam- = 1 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.278571 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.204245: 1 (4.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.204245: 0 (13.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.278571: 1 (10.0/1.0) +| | | | | amazed-suprised- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.310363: 1 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.310363: 0 (7.0) +| | | | BH_HighPeakAmp > 0.278095: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.353094: 0 (16.0) +| | angry-aggresive- = 1 +| | | relaxing-clam- = 0 +| | | | amazed-suprised- = 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.792425: 0 (40.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.792425 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.104339: 0 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.104339: 1 (4.0) +| | | | amazed-suprised- = 1: 0 (47.0/1.0) +| | | relaxing-clam- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.277746: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.277746: 0 (2.0) +| happy-pleased- = 1: 0 (76.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Mean_Mem40_Centroid <= 0.361247 +| | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.371796 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.154231 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.118802: 0 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.118802 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.479597: 1 (10.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.479597 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.462889: 0 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.462889: 1 (2.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.154231: 1 (43.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.371796 +| | | | BHSUM2 <= 0.114256 +| | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.186685: 1 (6.0) +| | | | | Std_Acc1298_Mean_Mem40_Flux > 0.186685: 0 (2.0) +| | | | BHSUM2 > 0.114256: 0 (5.0) +| | Mean_Acc1298_Mean_Mem40_Centroid > 0.361247: 0 (5.0) +| happy-pleased- = 1: 0 (6.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.462671 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.170628 +| | | | | BH_HighPeakAmp <= 0.037601: 1 (15.0) +| | | | | BH_HighPeakAmp > 0.037601 +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.749151 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.276679: 0 (5.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.276679 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.41664: 1 (11.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.41664 +| | | | | | | | | BH_LowPeakBPM <= 0.428571 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.431253 +| | | | | | | | | | | amazed-suprised- = 0: 0 (6.0) +| | | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.426109 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 <= 0.231479: 0 (11.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_3 > 0.231479: 1 (2.0) +| | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.426109: 1 (6.0/1.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.431253: 1 (8.0/1.0) +| | | | | | | | | BH_LowPeakBPM > 0.428571: 1 (6.0) +| | | | | | Mean_Acc1298_Std_Mem40_Rolloff > 0.749151: 1 (12.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.170628: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.462671: 1 (38.0) +| | happy-pleased- = 1 +| | | Mean_Acc1298_Std_Mem40_MFCC_0 <= 0.359805 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.390661 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.709807: 0 (31.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.709807 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.461949: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.461949: 0 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.390661: 1 (2.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_0 > 0.359805: 1 (3.0) +| quiet-still- = 1: 0 (30.0/1.0) +relaxing-clam- = 1 +| Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.575966: 0 (125.0/1.0) +| Mean_Acc1298_Std_Mem40_MFCC_4 > 0.575966 +| | BH_HighPeakAmp <= 0.002603: 1 (3.0) +| | BH_HighPeakAmp > 0.002603: 0 (4.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #9 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| Std_Acc1298_Std_Mem40_MFCC_9 <= 0.118751 +| | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.299209 +| | | Mean_Acc1298_Mean_Mem40_Flux <= 0.308535: 1 (37.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_Flux > 0.308535: 0 (3.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.299209: 0 (4.0/1.0) +| Std_Acc1298_Std_Mem40_MFCC_9 > 0.118751 +| | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.379937 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.49857: 0 (19.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.49857 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.286402 +| | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.166442: 0 (7.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.166442 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.26017: 0 (3.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.26017 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.298234: 1 (16.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.298234 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.066807: 0 (3.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.066807 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.441332: 1 (19.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.441332 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.468607 +| | | | | | | | | | | BHSUM1 <= 0.079841: 0 (2.0) +| | | | | | | | | | | BHSUM1 > 0.079841: 1 (9.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.468607: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.286402 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.482342 +| | | | | | BH_LowPeakBPM <= 0.206349 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.362047: 1 (4.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.362047: 0 (3.0) +| | | | | | BH_LowPeakBPM > 0.206349: 0 (15.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.482342: 1 (4.0) +| | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.379937 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.442123 +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.336197 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.546537 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.670019 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.825516: 0 (34.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.825516: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.670019: 1 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.546537: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.336197: 0 (43.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.442123 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.271726: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.271726 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.549626: 0 (5.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.549626: 1 (2.0) +quiet-still- = 1: 0 (79.0) + +Number of Leaves : 25 + +Size of the tree : 49 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| quiet-still- = 0 +| | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.490811 +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.439641 +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.232622: 0 (8.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.232622 +| | | | | BHSUM3 <= 0.382994 +| | | | | | BH_HighPeakBPM <= 0.616541 +| | | | | | | BHSUM3 <= 0.347379 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.062014: 0 (4.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.062014 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.173603: 0 (3.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.173603 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.655782 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.593: 1 (26.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.593: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.655782: 0 (2.0) +| | | | | | | BHSUM3 > 0.347379: 0 (5.0) +| | | | | | BH_HighPeakBPM > 0.616541: 1 (11.0) +| | | | | BHSUM3 > 0.382994: 1 (17.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.439641 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.482519 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.239965: 0 (7.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.239965 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.40009 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.452519 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 <= 0.576557 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.305575: 1 (4.0/1.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.305575: 0 (9.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_7 > 0.576557: 1 (9.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.452519: 1 (10.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.40009: 0 (11.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.482519: 0 (9.0) +| | Std_Acc1298_Std_Mem40_MFCC_2 > 0.490811: 0 (10.0) +| quiet-still- = 1 +| | BH_LowPeakBPM <= 0.269841 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.256505: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.256505: 0 (23.0/1.0) +| | BH_LowPeakBPM > 0.269841: 0 (52.0) +angry-aggresive- = 1 +| amazed-suprised- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.103487 +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.502735: 1 (3.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.502735: 0 (2.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.103487: 0 (45.0) +| amazed-suprised- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.361922 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.133208: 0 (11.0/1.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.133208: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.361922: 0 (39.0) + +Number of Leaves : 26 + +Size of the tree : 51 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.108856: 0 (24.0) +| Std_Acc1298_Mean_Mem40_MFCC_7 > 0.108856 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.787345 +| | | amazed-suprised- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.438829 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.488136 +| | | | | | quiet-still- = 0 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.123154 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.368025: 0 (4.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.368025: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.123154 +| | | | | | | | BHSUM3 <= 0.711497: 1 (35.0) +| | | | | | | | BHSUM3 > 0.711497: 0 (2.0) +| | | | | | quiet-still- = 1 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.202023: 1 (15.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.202023 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.429454: 1 (5.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.429454: 0 (5.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.488136: 1 (44.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.438829 +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 <= 0.270821 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.174984: 0 (2.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.174984: 1 (18.0) +| | | | | Std_Acc1298_Mean_Mem40_MFCC_9 > 0.270821 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.261168: 1 (7.0/1.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.261168 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.507556: 0 (13.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.507556 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.559384: 1 (4.0/1.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.559384: 0 (3.0) +| | | amazed-suprised- = 1 +| | | | Mean_Acc1298_Std_Mem40_Flux <= 0.079214 +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.326632 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.480346: 1 (3.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.480346: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.326632: 1 (6.0) +| | | | Mean_Acc1298_Std_Mem40_Flux > 0.079214: 0 (11.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.787345: 0 (18.0) +angry-aggresive- = 1 +| BHSUM2 <= 0.037884 +| | BHSUM2 <= 0.02623: 0 (15.0) +| | BHSUM2 > 0.02623: 1 (5.0/1.0) +| BHSUM2 > 0.037884: 0 (83.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.463111 +| | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.592975: 0 (17.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.592975 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.115174: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.115174: 1 (2.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.463111 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.215071 +| | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.28003 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.283812: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.283812: 0 (12.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.28003: 1 (4.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.215071 +| | | | BH_HighPeakAmp <= 0.051696: 1 (54.0/1.0) +| | | | BH_HighPeakAmp > 0.051696 +| | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.347662: 0 (6.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_Centroid > 0.347662: 1 (6.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (5.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.425244 +| | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.186395: 0 (151.0) +| | Std_Acc1298_Std_Mem40_MFCC_12 > 0.186395 +| | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.396276 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.381593: 0 (19.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.381593: 1 (4.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.396276: 0 (33.0) +| Std_Acc1298_Mean_Mem40_MFCC_1 > 0.425244 +| | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.268243: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.268243: 1 (6.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +quiet-still- = 0 +| happy-pleased- = 0 +| | angry-aggresive- = 0 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.346004 +| | | | relaxing-clam- = 0 +| | | | | BH_HighPeakAmp <= 0.094994: 0 (5.0/1.0) +| | | | | BH_HighPeakAmp > 0.094994: 1 (11.0) +| | | | relaxing-clam- = 1 +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.397431: 1 (6.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.397431 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.376188: 1 (8.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.376188: 0 (22.0/2.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.346004: 0 (18.0) +| | angry-aggresive- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.49338: 0 (66.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.49338 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.343127: 0 (20.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.343127 +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.099529: 0 (5.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.099529: 1 (4.0) +| happy-pleased- = 1: 0 (84.0) +quiet-still- = 1 +| happy-pleased- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.404122 +| | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.106099: 0 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.106099 +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.43015: 1 (36.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.43015 +| | | | | relaxing-clam- = 0: 1 (8.0) +| | | | | relaxing-clam- = 1 +| | | | | | BH_HighPeakAmp <= 0.033895 +| | | | | | | BHSUM1 <= 0.167735 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.269296: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.269296: 1 (5.0) +| | | | | | | BHSUM1 > 0.167735: 0 (8.0) +| | | | | | BH_HighPeakAmp > 0.033895: 1 (5.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.404122: 0 (6.0) +| happy-pleased- = 1: 0 (4.0) + +Number of Leaves : 20 + +Size of the tree : 39 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| quiet-still- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.162354: 1 (15.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.162354 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.597411 +| | | | BH_HighPeakBPM <= 0.481203 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.069089 +| | | | | | Std_Acc1298_Std_Mem40_Rolloff <= 0.175946 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.273771: 0 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.273771: 1 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_Rolloff > 0.175946: 1 (13.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.069089 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.223241 +| | | | | | | BH_HighPeakAmp <= 0.002603: 1 (8.0) +| | | | | | | BH_HighPeakAmp > 0.002603 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.542653 +| | | | | | | | | BH_HighPeakBPM <= 0.06015: 1 (4.0) +| | | | | | | | | BH_HighPeakBPM > 0.06015 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.203709: 1 (4.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.203709 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.27303 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.690229 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.891965: 0 (13.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.891965: 1 (4.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.690229: 1 (5.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.27303: 0 (14.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.542653: 1 (5.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.223241: 0 (9.0) +| | | | BH_HighPeakBPM > 0.481203 +| | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.180599: 0 (4.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.180599: 1 (23.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.597411: 0 (8.0) +| quiet-still- = 1: 0 (7.0/1.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.387806 +| | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.553061 +| | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.103089: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_Rolloff > 0.103089 +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.561419: 0 (37.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.561419: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.553061 +| | | Mean_Acc1298_Std_Mem40_MFCC_6 <= 0.72095: 1 (9.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_6 > 0.72095: 0 (5.0/1.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.387806: 0 (127.0) + +Number of Leaves : 23 + +Size of the tree : 45 + + +meka.classifiers.multitarget.meta.EnsembleMT: Model #10 + +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.097564 +| Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.429 +| | Std_Acc1298_Std_Mem40_Flux <= 0.837355 +| | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.067492: 1 (3.0) +| | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.067492: 0 (5.0) +| | Std_Acc1298_Std_Mem40_Flux > 0.837355 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.140737: 1 (37.0/1.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.140737 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.780447: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.780447: 1 (2.0) +| Mean_Acc1298_Std_Mem40_MFCC_5 > 0.429: 0 (4.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.097564 +| Std_Acc1298_Std_Mem40_MFCC_2 <= 0.215071 +| | BH_LowPeakAmp <= 0.018492: 0 (7.0) +| | BH_LowPeakAmp > 0.018492 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.256011 +| | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.376177 +| | | | | BH_LowPeakBPM <= 0.571429 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.240433 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.400809: 1 (3.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.400809 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.088702: 1 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.088702: 0 (8.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.240433: 1 (5.0) +| | | | | BH_LowPeakBPM > 0.571429: 0 (6.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.376177: 1 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.256011: 1 (8.0) +| Std_Acc1298_Std_Mem40_MFCC_2 > 0.215071 +| | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.375934 +| | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.196815 +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.155386: 0 (3.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.155386: 1 (8.0) +| | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.196815 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.463825 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.266415 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.204649: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.204649: 0 (14.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.266415 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.430784 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.145192: 0 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.145192: 1 (12.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.430784: 0 (4.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.463825 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.513445: 0 (32.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.513445 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.643153 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.285419: 0 (14.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.285419 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.378741 +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.16116: 1 (5.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.16116: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.378741: 0 (5.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.643153: 1 (3.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.375934 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.329743: 0 (103.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.329743 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.337151: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.337151: 0 (19.0/1.0) + +Number of Leaves : 30 + +Size of the tree : 59 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | quiet-still- = 0 +| | | Std_Acc1298_Mean_Mem40_Centroid <= 0.25266 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.557535 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.589772 +| | | | | | BH_LowPeakAmp <= 0.015188: 0 (5.0/1.0) +| | | | | | BH_LowPeakAmp > 0.015188: 1 (64.0/4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.589772 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.558827: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.558827: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.557535 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.178657: 1 (4.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.178657 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.226384 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 <= 0.306835: 0 (9.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_12 > 0.306835: 1 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.226384: 0 (9.0) +| | | Std_Acc1298_Mean_Mem40_Centroid > 0.25266: 0 (7.0) +| | quiet-still- = 1 +| | | BHSUM2 <= 0.211311: 0 (21.0/1.0) +| | | BHSUM2 > 0.211311: 1 (2.0) +| angry-aggresive- = 1: 0 (102.0/5.0) +sad-lonely- = 1: 0 (92.0) + +Number of Leaves : 13 + +Size of the tree : 25 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.11058 +| Std_Acc1298_Std_Mem40_MFCC_10 <= 0.215499 +| | Mean_Acc1298_Std_Mem40_Rolloff <= 0.101402 +| | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.140737: 0 (6.0) +| | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.140737: 1 (3.0) +| | Mean_Acc1298_Std_Mem40_Rolloff > 0.101402: 0 (97.0) +| Std_Acc1298_Std_Mem40_MFCC_10 > 0.215499 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.590309: 1 (7.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.590309 +| | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.24464 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.609218: 1 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.609218: 0 (2.0) +| | | Mean_Acc1298_Mean_Mem40_Centroid > 0.24464: 0 (9.0) +Std_Acc1298_Mean_Mem40_MFCC_8 > 0.11058 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.781942 +| | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.529129 +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.139571 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.358969: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.358969: 0 (5.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.139571 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.23914 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.282799: 1 (4.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.282799: 0 (7.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.23914 +| | | | | | BH_HighPeakBPM <= 0.503759 +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.135248: 1 (50.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.135248 +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.146168: 0 (2.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.146168 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.128254 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.40124: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.40124: 1 (2.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.128254: 1 (22.0) +| | | | | | BH_HighPeakBPM > 0.503759 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.114552: 0 (3.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.114552 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.588451 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.292132: 1 (24.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.292132 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.121111: 1 (9.0/1.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.121111: 0 (3.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.588451: 0 (2.0) +| | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.529129 +| | | | Std_Acc1298_Mean_Mem40_Flux <= 0.145532: 0 (8.0) +| | | | Std_Acc1298_Mean_Mem40_Flux > 0.145532 +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.253084: 0 (5.0/1.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.253084: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.781942: 0 (10.0/1.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Std_Acc1298_Std_Mem40_Centroid <= 0.338536: 0 (19.0) +| | | Std_Acc1298_Std_Mem40_Centroid > 0.338536 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.459691: 0 (10.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.459691: 1 (3.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.127809 +| Mean_Acc1298_Mean_Mem40_Flux <= 0.193995 +| | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.252514 +| | | relaxing-clam- = 0: 0 (9.0) +| | | relaxing-clam- = 1 +| | | | sad-lonely- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.280085: 1 (3.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.280085: 0 (10.0) +| | | | sad-lonely- = 1: 1 (6.0) +| | Std_Acc1298_Std_Mem40_MFCC_4 > 0.252514: 1 (59.0/3.0) +| Mean_Acc1298_Mean_Mem40_Flux > 0.193995: 0 (12.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.127809 +| Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.416559 +| | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.226384: 0 (5.0) +| | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.226384: 1 (7.0) +| Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.416559 +| | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.240766: 0 (172.0) +| | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.240766 +| | | amazed-suprised- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.429049 +| | | | | sad-lonely- = 0: 0 (18.0) +| | | | | sad-lonely- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.320346: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.320346: 0 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.429049 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.148866: 0 (3.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.148866: 1 (5.0) +| | | amazed-suprised- = 1: 0 (13.0) + +Number of Leaves : 15 + +Size of the tree : 29 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| amazed-suprised- = 0 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.35508 +| | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.266181 +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.190297: 1 (3.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.190297: 0 (10.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.266181: 1 (7.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.35508 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.521996: 1 (39.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.521996: 0 (3.0/1.0) +| amazed-suprised- = 1: 0 (8.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| Mean_Acc1298_Std_Mem40_Centroid <= 0.377741 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_6 <= 0.155659: 0 (20.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_6 > 0.155659 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.235483: 0 (15.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.235483 +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.271074 +| | | | | | BH_LowPeakBPM <= 0.174603 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.112275: 1 (2.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.112275: 0 (11.0) +| | | | | | BH_LowPeakBPM > 0.174603 +| | | | | | | Std_Acc1298_Std_Mem40_Centroid <= 0.299444 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 <= 0.239514: 1 (2.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_10 > 0.239514: 0 (10.0) +| | | | | | | Std_Acc1298_Std_Mem40_Centroid > 0.299444 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 <= 0.585149 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.378757 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.286013: 0 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.286013: 1 (19.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.378757 +| | | | | | | | | | relaxing-clam- = 0: 0 (3.0) +| | | | | | | | | | relaxing-clam- = 1 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.44892: 1 (9.0/1.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.44892: 0 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_3 > 0.585149: 0 (4.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.271074 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 <= 0.749772 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 <= 0.257166 +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.314846: 0 (2.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.314846: 1 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_10 > 0.257166: 0 (27.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_10 > 0.749772: 1 (3.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.272715 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.376112: 0 (3.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.376112: 1 (6.0/2.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.272715 +| | | | BH_HighPeakBPM <= 0.090226 +| | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.1776: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.1776: 0 (3.0) +| | | | BH_HighPeakBPM > 0.090226: 0 (46.0) +| Mean_Acc1298_Std_Mem40_Centroid > 0.377741: 0 (63.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +relaxing-clam- = 0 +| quiet-still- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.170628 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.477525 +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.181702: 1 (16.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.181702 +| | | | | sad-lonely- = 0 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.240766 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.040878: 0 (5.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.040878 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.355444 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.158008: 1 (9.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.158008 +| | | | | | | | | | amazed-suprised- = 0 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.412833: 1 (9.0/1.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.412833: 0 (3.0) +| | | | | | | | | | amazed-suprised- = 1 +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.413587 +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.241928: 0 (14.0/1.0) +| | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.241928: 1 (2.0) +| | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.413587: 1 (3.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.355444 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.175728: 1 (22.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.175728: 0 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.240766: 0 (9.0/1.0) +| | | | | sad-lonely- = 1 +| | | | | | BH_HighPeakAmp <= 0.017457: 1 (4.0) +| | | | | | BH_HighPeakAmp > 0.017457: 0 (10.0/1.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.477525: 1 (41.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.170628: 0 (15.0/1.0) +| quiet-still- = 1: 0 (23.0/1.0) +relaxing-clam- = 1 +| BH_HighPeakBPM <= 0.721805: 0 (133.0/1.0) +| BH_HighPeakBPM > 0.721805 +| | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.29244: 1 (2.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.29244: 0 (6.0) + +Number of Leaves : 19 + +Size of the tree : 37 + + +== Evaluation Info + +Classifier meka.classifiers.multitarget.meta.EnsembleMT +Options [-S, 1, -I, 10, -P, 67, -W, meka.classifiers.multitarget.CC, --, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/meta/FilteredClassifier.ref b/bin/test/meka/classifiers/multitarget/meta/FilteredClassifier.ref new file mode 100644 index 00000000..6c9e90c5 --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/meta/FilteredClassifier.ref @@ -0,0 +1,489 @@ +== Model info + +Model +meka.classifiers.multitarget.CC: Node #1 + +J48 pruned tree +------------------ + +Std_Acc1298_Std_Mem40_MFCC_10 <= 0.09972 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.467768 +| | Std_Acc1298_Mean_Mem40_Flux <= 0.089468: 1 (23.0) +| | Std_Acc1298_Mean_Mem40_Flux > 0.089468 +| | | sad-lonely- = 0 +| | | | angry-aggresive- = 0 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.217644 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 <= 0.154248: 1 (2.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_1 > 0.154248: 0 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.217644: 1 (12.0) +| | | | angry-aggresive- = 1 +| | | | | Mean_Acc1298_Std_Mem40_Flux <= 0.053062: 1 (9.0) +| | | | | Mean_Acc1298_Std_Mem40_Flux > 0.053062 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.21756 +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid <= 0.210118: 0 (6.0/1.0) +| | | | | | | Mean_Acc1298_Std_Mem40_Centroid > 0.210118 +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.241675 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.45242: 1 (2.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.45242: 0 (3.0) +| | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.241675: 1 (16.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.21756: 0 (6.0) +| | | sad-lonely- = 1: 0 (3.0/1.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.467768: 0 (6.0) +Std_Acc1298_Std_Mem40_MFCC_10 > 0.09972 +| sad-lonely- = 0 +| | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.101209 +| | | Mean_Acc1298_Std_Mem40_Rolloff <= 0.589481: 1 (11.0) +| | | Mean_Acc1298_Std_Mem40_Rolloff > 0.589481: 0 (4.0/1.0) +| | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.101209 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.529654 +| | | | Std_Acc1298_Std_Mem40_MFCC_6 <= 0.31715 +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.206799: 0 (10.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.206799: 1 (5.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_6 > 0.31715: 0 (58.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.529654 +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.366876 +| | | | | BH_LowPeakBPM <= 0.126984: 1 (7.0) +| | | | | BH_LowPeakBPM > 0.126984 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.409209 +| | | | | | | Std_Acc1298_Std_Mem40_Flux <= 0.93205 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 <= 0.109118: 1 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_2 > 0.109118 +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.267611: 0 (8.0) +| | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.267611 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.479064 +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.284456: 0 (4.0) +| | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.284456 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.48194: 1 (13.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.48194 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 <= 0.557088: 1 (2.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_9 > 0.557088: 0 (3.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.479064 +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 <= 0.301225: 0 (13.0) +| | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_1 > 0.301225: 1 (4.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_Flux > 0.93205: 0 (9.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.409209: 1 (12.0/1.0) +| | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.366876 +| | | | | angry-aggresive- = 0 +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.444002: 0 (44.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.444002 +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.428464: 1 (4.0) +| | | | | | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.428464: 0 (5.0) +| | | | | angry-aggresive- = 1 +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.625559 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.156981: 0 (19.0/1.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.156981 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.165221: 1 (4.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.165221 +| | | | | | | | | BHSUM2 <= 0.271688 +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.202023: 0 (17.0/1.0) +| | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.202023: 1 (2.0) +| | | | | | | | | BHSUM2 > 0.271688: 1 (3.0) +| | | | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.625559: 1 (4.0) +| sad-lonely- = 1 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.825516: 0 (122.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.825516 +| | | angry-aggresive- = 0 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.350484: 1 (4.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.350484: 0 (2.0) +| | | angry-aggresive- = 1: 0 (3.0) + +Number of Leaves : 41 + +Size of the tree : 81 + + +meka.classifiers.multitarget.CC: Node #2 + +J48 pruned tree +------------------ + +sad-lonely- = 0 +| angry-aggresive- = 0 +| | Mean_Acc1298_Std_Mem40_MFCC_11 <= 0.27178 +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.849701: 0 (18.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.849701: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_11 > 0.27178 +| | | Std_Acc1298_Std_Mem40_MFCC_7 <= 0.538835 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.777638 +| | | | | Std_Acc1298_Mean_Mem40_Centroid <= 0.25266 +| | | | | | amazed-suprised- = 0 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.21756: 1 (15.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.21756 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.147569: 1 (11.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.147569 +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.112217: 0 (5.0) +| | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_11 > 0.112217 +| | | | | | | | | | BH_HighPeakBPM <= 0.075188: 0 (4.0) +| | | | | | | | | | BH_HighPeakBPM > 0.075188 +| | | | | | | | | | | BH_LowPeakBPM <= 0.142857: 1 (10.0) +| | | | | | | | | | | BH_LowPeakBPM > 0.142857 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.471441 +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.246456: 1 (18.0) +| | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_11 > 0.246456 +| | | | | | | | | | | | | | BH_HighPeakAmp <= 0.009254: 0 (7.0) +| | | | | | | | | | | | | | BH_HighPeakAmp > 0.009254 +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.105164: 0 (6.0/1.0) +| | | | | | | | | | | | | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.105164: 1 (12.0/1.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.471441 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.391781: 0 (10.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.391781 +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.418022: 1 (5.0) +| | | | | | | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.418022: 0 (5.0/1.0) +| | | | | | amazed-suprised- = 1 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 <= 0.121724 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 <= 0.216868: 0 (6.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_4 > 0.216868: 1 (5.0/1.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_8 > 0.121724: 1 (22.0/1.0) +| | | | | Std_Acc1298_Mean_Mem40_Centroid > 0.25266: 0 (8.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.777638: 1 (20.0) +| | | Std_Acc1298_Std_Mem40_MFCC_7 > 0.538835 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.275756: 1 (2.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.275756: 0 (17.0/1.0) +| angry-aggresive- = 1 +| | amazed-suprised- = 0 +| | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.10523 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.370548: 0 (4.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.370548: 1 (3.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.10523: 0 (64.0/1.0) +| | amazed-suprised- = 1 +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.376392 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.227506: 0 (13.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.227506 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.40987: 1 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.40987: 0 (6.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.376392: 0 (53.0) +sad-lonely- = 1: 0 (136.0/1.0) + +Number of Leaves : 29 + +Size of the tree : 57 + + +meka.classifiers.multitarget.CC: Node #3 + +J48 pruned tree +------------------ + +angry-aggresive- = 0 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.780447 +| | | Mean_Acc1298_Std_Mem40_MFCC_5 <= 0.440166 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.307971: 1 (37.0/1.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.307971 +| | | | | sad-lonely- = 0 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 <= 0.163217: 0 (6.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_5 > 0.163217 +| | | | | | | Std_Acc1298_Mean_Mem40_Flux <= 0.248209 +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 <= 0.293119 +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.26676 +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.08586: 1 (2.0) +| | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.08586: 0 (4.0) +| | | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.26676: 1 (16.0/1.0) +| | | | | | | | Std_Acc1298_Std_Mem40_MFCC_9 > 0.293119: 1 (35.0) +| | | | | | | Std_Acc1298_Mean_Mem40_Flux > 0.248209: 0 (4.0) +| | | | | sad-lonely- = 1 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 <= 0.169757: 0 (6.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_11 > 0.169757 +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.70846 +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 <= 0.161812: 1 (18.0/1.0) +| | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_7 > 0.161812 +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.239738: 0 (5.0) +| | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.239738 +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 <= 0.233927: 1 (11.0) +| | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_2 > 0.233927 +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.227235 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 <= 0.597587 +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 <= 0.698171: 1 (18.0) +| | | | | | | | | | | | | Std_Acc1298_Std_Mem40_MFCC_0 > 0.698171: 0 (2.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_12 > 0.597587: 0 (2.0) +| | | | | | | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.227235 +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux <= 0.038609: 1 (4.0) +| | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_Flux > 0.038609 +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.412867 +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.357814: 0 (2.0) +| | | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.357814: 1 (3.0) +| | | | | | | | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.412867: 0 (13.0) +| | | | | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.70846: 0 (5.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_5 > 0.440166: 1 (55.0/1.0) +| | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.780447 +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 <= 0.457457: 1 (3.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_3 > 0.457457: 0 (11.0) +| amazed-suprised- = 1 +| | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.276501 +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.466301: 0 (51.0/1.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.466301 +| | | | Std_Acc1298_Std_Mem40_MFCC_5 <= 0.370152: 0 (10.0/1.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_5 > 0.370152: 1 (4.0) +| | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.276501: 1 (4.0) +angry-aggresive- = 1: 0 (160.0/5.0) + +Number of Leaves : 27 + +Size of the tree : 53 + + +meka.classifiers.multitarget.CC: Node #4 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.140755 +| amazed-suprised- = 0 +| | Mean_Acc1298_Mean_Mem40_Flux <= 0.172533 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Std_Mem40_MFCC_4 <= 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 <= 0.459437: 1 (5.0/1.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_0 > 0.459437: 0 (4.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_4 > 0.164894 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.449254 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.475707: 1 (4.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.475707: 0 (4.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.449254: 1 (94.0/2.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.393647: 0 (13.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.393647: 1 (5.0) +| | Mean_Acc1298_Mean_Mem40_Flux > 0.172533: 0 (22.0/1.0) +| amazed-suprised- = 1: 0 (17.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.140755 +| Std_Acc1298_Std_Mem40_MFCC_0 <= 0.608306 +| | relaxing-clam- = 0: 0 (214.0) +| | relaxing-clam- = 1 +| | | happy-pleased- = 0 +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 <= 0.21998 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.378197 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.483131: 0 (5.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.483131: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.378197: 0 (32.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_12 > 0.21998 +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.34292: 0 (2.0) +| | | | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.34292: 1 (4.0) +| | | happy-pleased- = 1 +| | | | Std_Acc1298_Mean_Mem40_Rolloff <= 0.606789: 0 (41.0) +| | | | Std_Acc1298_Mean_Mem40_Rolloff > 0.606789: 1 (2.0) +| Std_Acc1298_Std_Mem40_MFCC_0 > 0.608306 +| | happy-pleased- = 0 +| | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.185862: 1 (6.0) +| | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.185862 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 <= 0.564216: 0 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_4 > 0.564216: 1 (2.0) +| | happy-pleased- = 1: 0 (7.0) + +Number of Leaves : 21 + +Size of the tree : 41 + + +meka.classifiers.multitarget.CC: Node #5 + +J48 pruned tree +------------------ + +Mean_Acc1298_Mean_Mem40_Rolloff <= 0.099545 +| Std_Acc1298_Std_Mem40_MFCC_4 <= 0.139464: 0 (10.0) +| Std_Acc1298_Std_Mem40_MFCC_4 > 0.139464 +| | Std_Acc1298_Std_Mem40_Centroid <= 0.35407 +| | | Std_Acc1298_Std_Mem40_MFCC_2 <= 0.439508 +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 <= 0.260476 +| | | | | BH_LowPeakBPM <= 0.095238: 1 (5.0/1.0) +| | | | | BH_LowPeakBPM > 0.095238: 0 (20.0/1.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_8 > 0.260476: 1 (5.0) +| | | Std_Acc1298_Std_Mem40_MFCC_2 > 0.439508: 1 (10.0) +| | Std_Acc1298_Std_Mem40_Centroid > 0.35407 +| | | angry-aggresive- = 0: 1 (60.0/3.0) +| | | angry-aggresive- = 1 +| | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.165309: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.165309: 0 (2.0) +Mean_Acc1298_Mean_Mem40_Rolloff > 0.099545 +| angry-aggresive- = 0: 0 (229.0/47.0) +| angry-aggresive- = 1 +| | BH_HighPeakAmp <= 0.003617 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.383692 +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.118392 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.461234: 1 (2.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.461234: 0 (6.0) +| | | | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.118392: 1 (5.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.383692: 0 (13.0) +| | BH_HighPeakAmp > 0.003617 +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.38257: 0 (107.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.38257 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.386628: 1 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.386628: 0 (13.0/1.0) + +Number of Leaves : 16 + +Size of the tree : 31 + + +meka.classifiers.multitarget.CC: Node #6 + +J48 pruned tree +------------------ + +Std_Acc1298_Mean_Mem40_MFCC_11 <= 0.168353 +| Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.704861 +| | Std_Acc1298_Std_Mem40_MFCC_11 <= 0.145508 +| | | BH_HighPeakBPM <= 0.503759 +| | | | Std_Acc1298_Std_Mem40_MFCC_12 <= 0.025176: 1 (11.0) +| | | | Std_Acc1298_Std_Mem40_MFCC_12 > 0.025176 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.444043 +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 <= 0.162354: 1 (12.0) +| | | | | | Mean_Acc1298_Std_Mem40_MFCC_7 > 0.162354 +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.592936 +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.11198: 0 (5.0) +| | | | | | | | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.11198: 1 (88.0/34.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.592936: 0 (7.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.444043 +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.435007: 0 (15.0/1.0) +| | | | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.435007: 1 (2.0) +| | | BH_HighPeakBPM > 0.503759 +| | | | Mean_Acc1298_Mean_Mem40_Rolloff <= 0.049011: 0 (2.0) +| | | | Mean_Acc1298_Mean_Mem40_Rolloff > 0.049011 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 <= 0.563493: 1 (29.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_8 > 0.563493: 0 (3.0/1.0) +| | Std_Acc1298_Std_Mem40_MFCC_11 > 0.145508 +| | | Std_Acc1298_Mean_Mem40_MFCC_4 <= 0.343606 +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 <= 0.363422: 1 (6.0) +| | | | Mean_Acc1298_Mean_Mem40_MFCC_5 > 0.363422 +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 <= 0.192085: 1 (2.0) +| | | | | Mean_Acc1298_Std_Mem40_MFCC_9 > 0.192085: 0 (11.0) +| | | Std_Acc1298_Mean_Mem40_MFCC_4 > 0.343606: 0 (17.0) +| Mean_Acc1298_Std_Mem40_MFCC_7 > 0.704861: 1 (18.0) +Std_Acc1298_Mean_Mem40_MFCC_11 > 0.168353 +| Mean_Acc1298_Mean_Mem40_MFCC_1 <= 0.396559 +| | Std_Acc1298_Mean_Mem40_MFCC_0 <= 0.074965 +| | | Mean_Acc1298_Std_Mem40_Centroid <= 0.195874: 0 (2.0) +| | | Mean_Acc1298_Std_Mem40_Centroid > 0.195874: 1 (8.0) +| | Std_Acc1298_Mean_Mem40_MFCC_0 > 0.074965 +| | | Mean_Acc1298_Std_Mem40_MFCC_3 <= 0.743176 +| | | | BH_LowPeakBPM <= 0: 1 (4.0/1.0) +| | | | BH_LowPeakBPM > 0 +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 <= 0.366488 +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.505404 +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 <= 0.321267: 0 (9.0) +| | | | | | | Std_Acc1298_Mean_Mem40_MFCC_1 > 0.321267: 1 (2.0) +| | | | | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.505404: 1 (3.0) +| | | | | Mean_Acc1298_Mean_Mem40_MFCC_6 > 0.366488 +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 <= 0.117579 +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid <= 0.295884: 0 (2.0) +| | | | | | | Mean_Acc1298_Mean_Mem40_Centroid > 0.295884: 1 (2.0) +| | | | | | Std_Acc1298_Mean_Mem40_MFCC_10 > 0.117579: 0 (54.0) +| | | Mean_Acc1298_Std_Mem40_MFCC_3 > 0.743176: 1 (4.0) +| Mean_Acc1298_Mean_Mem40_MFCC_1 > 0.396559 +| | Mean_Acc1298_Std_Mem40_MFCC_8 <= 0.101917 +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 <= 0.705803: 0 (7.0) +| | | Mean_Acc1298_Mean_Mem40_MFCC_2 > 0.705803: 1 (2.0) +| | Mean_Acc1298_Std_Mem40_MFCC_8 > 0.101917: 0 (164.0) + +Number of Leaves : 28 + +Size of the tree : 55 + + +== Evaluation Info + +Classifier meka.classifiers.multitarget.meta.FilteredClassifier +Options [-F, weka.filters.AllFilter , -doNotCheckForModifiedClassAttribute, -S, 1, -W, meka.classifiers.multitarget.CC, --, -S, 53322214, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +FilteredClassifier using meka.classifiers.multitarget.CC -S 53322214 -W weka.classifiers.trees.J48 -- -C 0.25 -M 2 on data filtered through weka.filters.AllFilter + +Filtered Header +@relation 'Music: -C -6-weka.filters.AllFilter' + +@attribute amazed-suprised- {0,1} +@attribute happy-pleased- {0,1} +@attribute relaxing-clam- {0,1} +@attribute quiet-still- {0,1} +@attribute sad-lonely- {0,1} +@attribute angry-aggresive- {0,1} +@attribute Mean_Acc1298_Mean_Mem40_Centroid numeric +@attribute Mean_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Mean_Mem40_Flux numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Mean_Acc1298_Std_Mem40_Centroid numeric +@attribute Mean_Acc1298_Std_Mem40_Rolloff numeric +@attribute Mean_Acc1298_Std_Mem40_Flux numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Mean_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Mean_Mem40_Centroid numeric +@attribute Std_Acc1298_Mean_Mem40_Rolloff numeric +@attribute Std_Acc1298_Mean_Mem40_Flux numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Mean_Mem40_MFCC_12 numeric +@attribute Std_Acc1298_Std_Mem40_Centroid numeric +@attribute Std_Acc1298_Std_Mem40_Rolloff numeric +@attribute Std_Acc1298_Std_Mem40_Flux numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_0 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_1 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_2 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_3 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_4 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_5 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_6 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_7 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_8 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_9 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_10 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_11 numeric +@attribute Std_Acc1298_Std_Mem40_MFCC_12 numeric +@attribute BH_LowPeakAmp numeric +@attribute BH_LowPeakBPM numeric +@attribute BH_HighPeakAmp numeric +@attribute BH_HighPeakBPM numeric +@attribute BHSUM1 numeric +@attribute BHSUM2 numeric +@attribute BHSUM3 numeric + +@data + + +Classifier Model +[5, 4, 0, 1, 2, 3] + +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/classifiers/multitarget/meta/MultiSearch.ref b/bin/test/meka/classifiers/multitarget/meta/MultiSearch.ref new file mode 100644 index 00000000..cb1c20ae --- /dev/null +++ b/bin/test/meka/classifiers/multitarget/meta/MultiSearch.ref @@ -0,0 +1,42 @@ +== Model info + +Model +meka.classifiers.multitarget.meta.MultiSearch: +Classifier: meka.classifiers.multitarget.RAkELd -k 3 -P 0 -N 0 -S 0 -W weka.classifiers.trees.J48 -- -C 0.25 -M 2 + +1. parameter: property: K, min: 1.0, max: 3.0, step: 1.0, base: 10.0, expr: I +Evaluation: Accuracy +Coordinates: 3 +Values: 3 + +{[1, 2, 4][0, 3, 5]} + +== Evaluation Info + +Classifier meka.classifiers.multitarget.meta.MultiSearch +Options [-E, ACC, -search, weka.core.setupgenerator.MathParameter -property K -min 1.0 -max 3.0 -step 1.0 -base 10.0 -expression I, -algorithm, weka.classifiers.meta.multisearch.DefaultSearch -sample-size 100.0 -initial-folds 2 -subsequent-folds 10 -initial-test-set . -subsequent-test-set . -num-slots 1, -log-file, ., -S, 1, -W, meka.classifiers.multitarget.RAkELd, --, -k, 3, -P, 0, -N, 0, -S, 0, -W, weka.classifiers.trees.J48, --, -C, 0.25, -M, 2] +Additional Info +meka.classifiers.multitarget.meta.MultiSearch: +Classifier: meka.classifiers.multitarget.RAkELd -k 3 -P 0 -N 0 -S 0 -W weka.classifiers.trees.J48 -- -C 0.25 -M 2 + +1. parameter: property: K, min: 1.0, max: 3.0, step: 1.0, base: 10.0, expr: I +Evaluation: Accuracy +Coordinates: 3 +Values: 3 + +{[1, 2, 4][0, 3, 5]} + +Dataset Music +Number of labels (L) 6 + + +== Predictive Performance + + + +== Additional Measurements + +Number of training instances 491 +Number of test instances 101 +Label cardinality (train set) 1.855 +Label cardinality (test set) 1.941 diff --git a/bin/test/meka/filters/unsupervised/attribute/MekaClassAttributesTest.ref b/bin/test/meka/filters/unsupervised/attribute/MekaClassAttributesTest.ref new file mode 100644 index 00000000..f32edc6d --- /dev/null +++ b/bin/test/meka/filters/unsupervised/attribute/MekaClassAttributesTest.ref @@ -0,0 +1,32 @@ +@relation '-C 1-meka.filters.unsupervised.attribute.MekaClassAttributes-Rlast' + +@attribute DateAtt1 date yyyy-MM-dd +@attribute StringAtt1 string +@attribute NominalAtt1 {r,g,b} +@attribute NumericAtt1 numeric +@attribute StringAtt2 string +@attribute NominalAtt2 {a,b,c,d} +@attribute NumericAtt2 numeric + +@data +2001-04-03,humpty,g,1,the,a,-2.3 +2001-04-03,dumpty,b,2,quick,b,-3.3 +2001-04-03,sat,r,3,brown,c,-2.4 +2001-04-03,on,r,4,fox,d,-5.3 +2001-04-03,a,b,5,jumped,a,-2.6 +2001-04-04,wall,r,6,over,b,-7.3 +2001-04-04,humpty,r,7,the,c,-2.8 +2001-04-04,dumpty,g,8,lazy,d,-9.3 +2001-05-04,had,b,9,dog,?,-2 +2001-05-04,a,r,9.4,?,?,-9 +2001-05-05,great,r,1.4,the,a,-8.3 +2001-05-05,fall,b,2.3,quick,b,-7.3 +2001-05-05,all,r,3.3,brown,c,? +2001-05-05,the,r,4.3,fox,d,-5.3 +2001-05-06,kings,g,5.3,jumped,?,-5.6 +2001-05-06,horses,b,6.5,over,b,-4.3 +2001-06-06,and,r,7.5,the,c,-3.8 +2001-06-06,all,r,8.5,lazy,d,-2.3 +2001-06-07,the,r,9.4,?,a,-1 +{1 wall,3 4.3,4 the,5 d} +{1 humpty,2 b,4 lazy,6 3.4} diff --git a/build.gradle b/build.gradle new file mode 100644 index 00000000..cdc298eb --- /dev/null +++ b/build.gradle @@ -0,0 +1,83 @@ +plugins { + id 'java' + id 'eclipse-wtp' +} + +sourceSets { + main { + java { + srcDir 'src/main/java' + srcDir 'analyses' + } + resources { + srcDir 'conf' + } + } +} + +task sourcesJar(type: Jar, dependsOn: classes) { + classifier = 'sources' + from sourceSets.main.allSource +} + +artifacts { + archives sourcesJar +} + +dependencies { + + // https://mvnrepository.com/artifact/com.googlecode.jfilechooser-bookmarks/jfilechooser-bookmarks + compile group: 'com.googlecode.jfilechooser-bookmarks', name: 'jfilechooser-bookmarks', version: '0.1.0' + + // https://mvnrepository.com/artifact/nz.ac.waikato.cms.weka/weka-stable + compile group: 'nz.ac.waikato.cms.weka', name: 'weka-stable', version: '3.9.2' + + compile group: 'com.github.fracpete', name: 'multisearch-weka-package', version: '2017.10.1' + + // https://mvnrepository.com/artifact/junit/junit + testCompile group: 'junit', name: 'junit', version: '4.12' + + compile 'org.slf4j:slf4j-api:1.7.13' + runtime 'org.slf4j:slf4j-log4j12:1.7.13', 'log4j:log4j:1.2.17' + + // https://mvnrepository.com/artifact/org.kramerlab/bmad + compile group: 'org.kramerlab', name: 'bmad', version: '2.4' + + // https://mvnrepository.com/artifact/gov.nist.math/jama + compile group: 'gov.nist.math', name: 'jama', version: '1.0.3' + + // https://mvnrepository.com/artifact/com.jidesoft/jide-common + compile group: 'com.jidesoft', name: 'jide-common', version: '3.5.15' + + // https://mvnrepository.com/artifact/com.jidesoft/jide-components + compile group: 'com.jidesoft', name: 'jide-components', version: '3.5.15' + + // https://mvnrepository.com/artifact/net.sf.meka.thirdparty/mulan + compile group: 'net.sf.meka.thirdparty', name: 'mulan', version: '1.4.0' + + // https://mvnrepository.com/artifact/net.sf.trove4j/trove4j + compile group: 'net.sf.trove4j', name: 'trove4j', version: '3.0.1' + + // https://mvnrepository.com/artifact/com.jidesoft/jide-oss + compile group: 'com.jidesoft', name: 'jide-oss', version: '3.6.18' + + // https://mvnrepository.com/artifact/com.github.fracpete/jclipboardhelper + compile group: 'com.github.fracpete', name: 'jclipboardhelper', version: '0.1.1' + + // https://mvnrepository.com/artifact/org.markdownj/markdownj + compile group: 'org.markdownj', name: 'markdownj', version: '0.3.0-1.0.2b4' + + // https://mvnrepository.com/artifact/net.sf.meka.thirdparty/mst + compile group: 'net.sf.meka.thirdparty', name: 'mst', version: '4.0' + + // https://mvnrepository.com/artifact/org.kramerlab/autoencoder + compile group: 'org.kramerlab', name: 'autoencoder', version: '0.1' +} + +repositories { + mavenLocal() + mavenCentral() + flatDir { + dirs 'lib' + } +} \ No newline at end of file diff --git a/gradle/wrapper/gradle-wrapper.jar b/gradle/wrapper/gradle-wrapper.jar new file mode 100644 index 00000000..3baa851b Binary files /dev/null and b/gradle/wrapper/gradle-wrapper.jar differ diff --git a/gradle/wrapper/gradle-wrapper.properties b/gradle/wrapper/gradle-wrapper.properties new file mode 100644 index 00000000..f86da37d --- /dev/null +++ b/gradle/wrapper/gradle-wrapper.properties @@ -0,0 +1,6 @@ +#Tue Jan 23 14:44:45 CET 2018 +distributionBase=GRADLE_USER_HOME +distributionPath=wrapper/dists +zipStoreBase=GRADLE_USER_HOME +zipStorePath=wrapper/dists +distributionUrl=https\://services.gradle.org/distributions/gradle-4.4.1-bin.zip diff --git a/gradlew b/gradlew new file mode 100644 index 00000000..27309d92 --- /dev/null +++ b/gradlew @@ -0,0 +1,164 @@ +#!/usr/bin/env bash + +############################################################################## +## +## Gradle start up script for UN*X +## +############################################################################## + +# Attempt to set APP_HOME +# Resolve links: $0 may be a link +PRG="$0" +# Need this for relative symlinks. +while [ -h "$PRG" ] ; do + ls=`ls -ld "$PRG"` + link=`expr "$ls" : '.*-> \(.*\)$'` + if expr "$link" : '/.*' > /dev/null; then + PRG="$link" + else + PRG=`dirname "$PRG"`"/$link" + fi +done +SAVED="`pwd`" +cd "`dirname \"$PRG\"`/" >/dev/null +APP_HOME="`pwd -P`" +cd "$SAVED" >/dev/null + +APP_NAME="Gradle" +APP_BASE_NAME=`basename "$0"` + +# Add default JVM options here. You can also use JAVA_OPTS and GRADLE_OPTS to pass JVM options to this script. +DEFAULT_JVM_OPTS="" + +# Use the maximum available, or set MAX_FD != -1 to use that value. +MAX_FD="maximum" + +warn ( ) { + echo "$*" +} + +die ( ) { + echo + echo "$*" + echo + exit 1 +} + +# OS specific support (must be 'true' or 'false'). +cygwin=false +msys=false +darwin=false +nonstop=false +case "`uname`" in + CYGWIN* ) + cygwin=true + ;; + Darwin* ) + darwin=true + ;; + MINGW* ) + msys=true + ;; + NONSTOP* ) + nonstop=true + ;; +esac + +CLASSPATH=$APP_HOME/gradle/wrapper/gradle-wrapper.jar + +# Determine the Java command to use to start the JVM. +if [ -n "$JAVA_HOME" ] ; then + if [ -x "$JAVA_HOME/jre/sh/java" ] ; then + # IBM's JDK on AIX uses strange locations for the executables + JAVACMD="$JAVA_HOME/jre/sh/java" + else + JAVACMD="$JAVA_HOME/bin/java" + fi + if [ ! -x "$JAVACMD" ] ; then + die "ERROR: JAVA_HOME is set to an invalid directory: $JAVA_HOME + +Please set the JAVA_HOME variable in your environment to match the +location of your Java installation." + fi +else + JAVACMD="java" + which java >/dev/null 2>&1 || die "ERROR: JAVA_HOME is not set and no 'java' command could be found in your PATH. + +Please set the JAVA_HOME variable in your environment to match the +location of your Java installation." +fi + +# Increase the maximum file descriptors if we can. +if [ "$cygwin" = "false" -a "$darwin" = "false" -a "$nonstop" = "false" ] ; then + MAX_FD_LIMIT=`ulimit -H -n` + if [ $? -eq 0 ] ; then + if [ "$MAX_FD" = "maximum" -o "$MAX_FD" = "max" ] ; then + MAX_FD="$MAX_FD_LIMIT" + fi + ulimit -n $MAX_FD + if [ $? -ne 0 ] ; then + warn "Could not set maximum file descriptor limit: $MAX_FD" + fi + else + warn "Could not query maximum file descriptor limit: $MAX_FD_LIMIT" + fi +fi + +# For Darwin, add options to specify how the application appears in the dock +if $darwin; then + GRADLE_OPTS="$GRADLE_OPTS \"-Xdock:name=$APP_NAME\" \"-Xdock:icon=$APP_HOME/media/gradle.icns\"" +fi + +# For Cygwin, switch paths to Windows format before running java +if $cygwin ; then + APP_HOME=`cygpath --path --mixed "$APP_HOME"` + CLASSPATH=`cygpath --path --mixed "$CLASSPATH"` + JAVACMD=`cygpath --unix "$JAVACMD"` + + # We build the pattern for arguments to be converted via cygpath + ROOTDIRSRAW=`find -L / -maxdepth 1 -mindepth 1 -type d 2>/dev/null` + SEP="" + for dir in $ROOTDIRSRAW ; do + ROOTDIRS="$ROOTDIRS$SEP$dir" + SEP="|" + done + OURCYGPATTERN="(^($ROOTDIRS))" + # Add a user-defined pattern to the cygpath arguments + if [ "$GRADLE_CYGPATTERN" != "" ] ; then + OURCYGPATTERN="$OURCYGPATTERN|($GRADLE_CYGPATTERN)" + fi + # Now convert the arguments - kludge to limit ourselves to /bin/sh + i=0 + for arg in "$@" ; do + CHECK=`echo "$arg"|egrep -c "$OURCYGPATTERN" -` + CHECK2=`echo "$arg"|egrep -c "^-"` ### Determine if an option + + if [ $CHECK -ne 0 ] && [ $CHECK2 -eq 0 ] ; then ### Added a condition + eval `echo args$i`=`cygpath --path --ignore --mixed "$arg"` + else + eval `echo args$i`="\"$arg\"" + fi + i=$((i+1)) + done + case $i in + (0) set -- ;; + (1) set -- "$args0" ;; + (2) set -- "$args0" "$args1" ;; + (3) set -- "$args0" "$args1" "$args2" ;; + (4) set -- "$args0" "$args1" "$args2" "$args3" ;; + (5) set -- "$args0" "$args1" "$args2" "$args3" "$args4" ;; + (6) set -- "$args0" "$args1" "$args2" "$args3" "$args4" "$args5" ;; + (7) set -- "$args0" "$args1" "$args2" "$args3" "$args4" "$args5" "$args6" ;; + (8) set -- "$args0" "$args1" "$args2" "$args3" "$args4" "$args5" "$args6" "$args7" ;; + (9) set -- "$args0" "$args1" "$args2" "$args3" "$args4" "$args5" "$args6" "$args7" "$args8" ;; + esac +fi + +# Split up the JVM_OPTS And GRADLE_OPTS values into an array, following the shell quoting and substitution rules +function splitJvmOpts() { + JVM_OPTS=("$@") +} +eval splitJvmOpts $DEFAULT_JVM_OPTS $JAVA_OPTS $GRADLE_OPTS +JVM_OPTS[${#JVM_OPTS[*]}]="-Dorg.gradle.appname=$APP_BASE_NAME" + +exec "$JAVACMD" "${JVM_OPTS[@]}" -classpath "$CLASSPATH" org.gradle.wrapper.GradleWrapperMain "$@" diff --git a/gradlew.bat b/gradlew.bat new file mode 100644 index 00000000..f6d5974e --- /dev/null +++ b/gradlew.bat @@ -0,0 +1,90 @@ +@if "%DEBUG%" == "" @echo off +@rem ########################################################################## +@rem +@rem Gradle startup script for Windows +@rem +@rem ########################################################################## + +@rem Set local scope for the variables with windows NT shell +if "%OS%"=="Windows_NT" setlocal + +set DIRNAME=%~dp0 +if "%DIRNAME%" == "" set DIRNAME=. +set APP_BASE_NAME=%~n0 +set APP_HOME=%DIRNAME% + +@rem Add default JVM options here. You can also use JAVA_OPTS and GRADLE_OPTS to pass JVM options to this script. +set DEFAULT_JVM_OPTS= + +@rem Find java.exe +if defined JAVA_HOME goto findJavaFromJavaHome + +set JAVA_EXE=java.exe +%JAVA_EXE% -version >NUL 2>&1 +if "%ERRORLEVEL%" == "0" goto init + +echo. +echo ERROR: JAVA_HOME is not set and no 'java' command could be found in your PATH. +echo. +echo Please set the JAVA_HOME variable in your environment to match the +echo location of your Java installation. + +goto fail + +:findJavaFromJavaHome +set JAVA_HOME=%JAVA_HOME:"=% +set JAVA_EXE=%JAVA_HOME%/bin/java.exe + +if exist "%JAVA_EXE%" goto init + +echo. +echo ERROR: JAVA_HOME is set to an invalid directory: %JAVA_HOME% +echo. +echo Please set the JAVA_HOME variable in your environment to match the +echo location of your Java installation. + +goto fail + +:init +@rem Get command-line arguments, handling Windows variants + +if not "%OS%" == "Windows_NT" goto win9xME_args +if "%@eval[2+2]" == "4" goto 4NT_args + +:win9xME_args +@rem Slurp the command line arguments. +set CMD_LINE_ARGS= +set _SKIP=2 + +:win9xME_args_slurp +if "x%~1" == "x" goto execute + +set CMD_LINE_ARGS=%* +goto execute + +:4NT_args +@rem Get arguments from the 4NT Shell from JP Software +set CMD_LINE_ARGS=%$ + +:execute +@rem Setup the command line + +set CLASSPATH=%APP_HOME%\gradle\wrapper\gradle-wrapper.jar + +@rem Execute Gradle +"%JAVA_EXE%" %DEFAULT_JVM_OPTS% %JAVA_OPTS% %GRADLE_OPTS% "-Dorg.gradle.appname=%APP_BASE_NAME%" -classpath "%CLASSPATH%" org.gradle.wrapper.GradleWrapperMain %CMD_LINE_ARGS% + +:end +@rem End local scope for the variables with windows NT shell +if "%ERRORLEVEL%"=="0" goto mainEnd + +:fail +rem Set variable GRADLE_EXIT_CONSOLE if you need the _script_ return code instead of +rem the _cmd.exe /c_ return code! +if not "" == "%GRADLE_EXIT_CONSOLE%" exit 1 +exit /b 1 + +:mainEnd +if "%OS%"=="Windows_NT" endlocal + +:omega diff --git a/settings.gradle b/settings.gradle new file mode 100644 index 00000000..692ee9d4 --- /dev/null +++ b/settings.gradle @@ -0,0 +1,3 @@ +includeFlat 'weka' + +rootProject.name = 'mekame' \ No newline at end of file diff --git a/src/main/java/meka/classifiers/multitarget/incremental/CRUpdateable.java b/src/main/java/meka/classifiers/multitarget/incremental/CRUpdateable.java index be2c9a61..447f4089 100644 --- a/src/main/java/meka/classifiers/multitarget/incremental/CRUpdateable.java +++ b/src/main/java/meka/classifiers/multitarget/incremental/CRUpdateable.java @@ -13,7 +13,7 @@ * along with this program. If not, see . */ -package meka.classifiers.multiltarget.incremental; +package meka.classifiers.multitarget.incremental; import meka.classifiers.incremental.IncrementalEvaluation; import meka.classifiers.multitarget.CR; @@ -24,53 +24,57 @@ import weka.core.Instance; /** - * CRUpdateable.java - Updateable CR. - * Must be run with an UpdateableClassifier base classifier. + * CRUpdateable.java - Updateable CR. Must be run with an UpdateableClassifier base classifier. + * * @see CR - * @author Joerg Wicker - * @version December, 2017 + * @author Joerg Wicker + * @version December, 2017 */ public class CRUpdateable extends CR implements IncrementalMultiTargetClassifier { - /** for serialization. */ - private static final long serialVersionUID = 6705611077773512052L; + /** for serialization. */ + private static final long serialVersionUID = 6705611077773512052L; - @Override - public String globalInfo() { - return "Updateable CR\nMust be run with an Updateable base classifier."; - } + @Override + public String globalInfo() { + return "Updateable CR\nMust be run with an Updateable base classifier."; + } - public CRUpdateable() { - // default classifier for GUI - this.m_Classifier = new HoeffdingTree(); - } + public CRUpdateable() { + // default classifier for GUI + this.m_Classifier = new HoeffdingTree(); + } - @Override - protected String defaultClassifierString() { - // default classifier for CLI - return "weka.classifiers.trees.HoeffdingTree"; - } + @Override + protected String defaultClassifierString() { + // default classifier for CLI + return "weka.classifiers.trees.HoeffdingTree"; + } - @Override - public void updateClassifier(Instance x) throws Exception { + @Override + public void updateClassifier(final Instance x) throws Exception { - int L = x.classIndex(); + int L = x.classIndex(); - if(getDebug()) System.out.print("-: Updating "+L+" models"); + if (this.getDebug()) { + System.out.print("-: Updating " + L + " models"); + } - for(int j = 0; j < L; j++) { - Instance x_j = (Instance)x.copy(); - x_j.setDataset(null); - x_j = MLUtils.keepAttributesAt(x_j,new int[]{j},L); - x_j.setDataset(m_InstancesTemplates[j]); - ((UpdateableClassifier)m_MultiClassifiers[j]).updateClassifier(x_j); - } + for (int j = 0; j < L; j++) { + Instance x_j = (Instance) x.copy(); + x_j.setDataset(null); + x_j = MLUtils.keepAttributesAt(x_j, new int[] { j }, L); + x_j.setDataset(this.m_InstancesTemplates[j]); + ((UpdateableClassifier) this.m_MultiClassifiers[j]).updateClassifier(x_j); + } - if(getDebug()) System.out.println(":- "); - } + if (this.getDebug()) { + System.out.println(":- "); + } + } - public static void main(String args[]) { - IncrementalEvaluation.runExperiment(new CRUpdateable(),args); - } + public static void main(final String args[]) { + IncrementalEvaluation.runExperiment(new CRUpdateable(), args); + } } diff --git a/src/main/java/meka/gui/core/MarkdownTextAreaWithPreview.java b/src/main/java/meka/gui/core/MarkdownTextAreaWithPreview.java index 14ca8ac0..edcef029 100644 --- a/src/main/java/meka/gui/core/MarkdownTextAreaWithPreview.java +++ b/src/main/java/meka/gui/core/MarkdownTextAreaWithPreview.java @@ -22,7 +22,10 @@ import com.googlecode.jfilechooserbookmarks.gui.BasePanel; import com.googlecode.jfilechooserbookmarks.gui.BaseScrollPane; -import org.markdownj.MarkdownProcessor; +import com.petebevin.markdown.MarkdownProcessor; + +import java.awt.BorderLayout; +import java.awt.Font; import javax.swing.JEditorPane; import javax.swing.JFrame; @@ -31,8 +34,6 @@ import javax.swing.event.ChangeEvent; import javax.swing.event.ChangeListener; import javax.swing.text.Document; -import java.awt.BorderLayout; -import java.awt.Font; /** * Text area for handling Markdown with code and preview tabs. @@ -40,256 +41,264 @@ * @author FracPete (fracpete at waikato dot ac dot nz) * @version $Revision$ */ -public class MarkdownTextAreaWithPreview - extends BasePanel { - - private static final long serialVersionUID = -1823780286250700366L; - - /** the tabbed pane. */ - protected JTabbedPane m_TabbedPane; - - /** the text area for writing markdown code. */ - protected JTextArea m_TextCode; - - /** the preview. */ - protected JEditorPane m_PanePreview; - - /** the markdown processor. */ - protected MarkdownProcessor m_Processor; - - /** - * Initializes the members. - */ - @Override - protected void initialize() { - super.initialize(); - - m_Processor = new MarkdownProcessor(); - } - - /** - * Initializes the widgets. - */ - @Override - protected void initGUI() { - super.initGUI(); - - setLayout(new BorderLayout()); - - m_TabbedPane = new JTabbedPane(); - add(m_TabbedPane, BorderLayout.CENTER); - - m_TextCode = new JTextArea(); - m_TextCode.setFont(GUIHelper.getMonospacedFont()); - m_TabbedPane.addTab("Write", new BaseScrollPane(m_TextCode)); - - m_PanePreview = new JEditorPane(); - m_PanePreview.setEditable(false); - m_PanePreview.setContentType("text/html"); - m_TabbedPane.addTab("Preview", new BaseScrollPane(m_PanePreview)); - - m_TabbedPane.addChangeListener(new ChangeListener() { - @Override - public void stateChanged(ChangeEvent e) { - update(); - } - }); - } - - /** - * Sets the markdown code to display. - * - * @param value the markdown code - */ - public void setText(String value) { - if (value == null) - value = ""; - m_TextCode.setText(value); - update(); - } - - /** - * Returns the markdown code to display. - * - * @return the markdown code - */ - public String getText() { - return m_TextCode.getText(); - } - - /** - * Returns the underlying document. - * - * @return the document - */ - public Document getDocument() { - return m_TextCode.getDocument(); - } - - /** - * Returns the underlying text. - * - * @return the underlying text - */ - public String getSelectedText() { - return m_TextCode.getSelectedText(); - } - - /** - * Sets the rows. - * - * @param value the rows - */ - public void setRows(int value) { - m_TextCode.setRows(value); - } - - /** - * Returns the rows. - * - * @return the rows - */ - public int getRows() { - return m_TextCode.getRows(); - } - - /** - * Sets the columns. - * - * @param value the columns - */ - public void setColumns(int value) { - m_TextCode.setColumns(value); - } - - /** - * Returns the columns. - * - * @return the columns - */ - public int getColumns() { - return m_TextCode.getColumns(); - } - - /** - * Sets whether the text area is editable or not. - * - * @param value if true the text area is editable - */ - public void setEditable(boolean value) { - m_TextCode.setEditable(value); - } - - /** - * Returns whether the text area is editable or not. - * - * @return true if the text area is editable - */ - public boolean isEditable() { - return m_TextCode.isEditable(); - } - - /** - * Sets whether to line wrap or not. - * - * @param value if true line wrap is enabled - */ - public void setLineWrap(boolean value) { - m_TextCode.setLineWrap(value); - } - - /** - * Returns whether line wrap is enabled. - * - * @return true if line wrap wrap is enabled - */ - public boolean getLineWrap() { - return m_TextCode.getLineWrap(); - } - - /** - * Sets whether to word wrap or not. - * - * @param value if true word wrap is enabled - */ - public void setWrapStyleWord(boolean value) { - m_TextCode.setWrapStyleWord(value); - } - - /** - * Returns whether word wrap is enabled. - * - * @return true if word wrap wrap is enabled - */ - public boolean getWrapStyleWord() { - return m_TextCode.getWrapStyleWord(); - } - - /** - * Sets the text font. - * - * @param value the font - */ - public void setTextFont(Font value) { - m_TextCode.setFont(value); - } - - /** - * Returns the text font in use. - * - * @return the font - */ - public Font getTextFont() { - return m_TextCode.getFont(); - } - - /** - * Sets the caret position. - * - * @param pos the position (0-based) - */ - public void setCaretPosition(int pos) { - m_TextCode.setCaretPosition(pos); - } - - /** - * Returns the current caret position. - * - * @return the position (0-based) - */ - public int getCaretPosition() { - return m_TextCode.getCaretPosition(); - } - - /** - * Updates the markdown display. - */ - protected void update() { - String html; - - html = m_Processor.markdown(getText()); - try { - m_PanePreview.setText("" + html + ""); - m_PanePreview.setCaretPosition(0); - } - catch (Exception e) { - System.err.println("Failed to update preview!"); - e.printStackTrace(); - } - } - - /** - * For testing only. - * - * @param args ignored - */ - public static void main(String[] args) { - JFrame frame = new JFrame("Markdown test"); - frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); - frame.getContentPane().setLayout(new BorderLayout()); - frame.getContentPane().add(new MarkdownTextAreaWithPreview(), BorderLayout.CENTER); - frame.setSize(600, 400); - frame.setLocationRelativeTo(null); - frame.setVisible(true); - } +public class MarkdownTextAreaWithPreview extends BasePanel { + + private static final long serialVersionUID = -1823780286250700366L; + + /** the tabbed pane. */ + protected JTabbedPane m_TabbedPane; + + /** the text area for writing markdown code. */ + protected JTextArea m_TextCode; + + /** the preview. */ + protected JEditorPane m_PanePreview; + + /** the markdown processor. */ + protected MarkdownProcessor m_Processor; + + /** + * Initializes the members. + */ + @Override + protected void initialize() { + super.initialize(); + + this.m_Processor = new MarkdownProcessor(); + } + + /** + * Initializes the widgets. + */ + @Override + protected void initGUI() { + super.initGUI(); + + this.setLayout(new BorderLayout()); + + this.m_TabbedPane = new JTabbedPane(); + this.add(this.m_TabbedPane, BorderLayout.CENTER); + + this.m_TextCode = new JTextArea(); + this.m_TextCode.setFont(GUIHelper.getMonospacedFont()); + this.m_TabbedPane.addTab("Write", new BaseScrollPane(this.m_TextCode)); + + this.m_PanePreview = new JEditorPane(); + this.m_PanePreview.setEditable(false); + this.m_PanePreview.setContentType("text/html"); + this.m_TabbedPane.addTab("Preview", new BaseScrollPane(this.m_PanePreview)); + + this.m_TabbedPane.addChangeListener(new ChangeListener() { + @Override + public void stateChanged(final ChangeEvent e) { + MarkdownTextAreaWithPreview.this.update(); + } + }); + } + + /** + * Sets the markdown code to display. + * + * @param value + * the markdown code + */ + public void setText(String value) { + if (value == null) { + value = ""; + } + this.m_TextCode.setText(value); + this.update(); + } + + /** + * Returns the markdown code to display. + * + * @return the markdown code + */ + public String getText() { + return this.m_TextCode.getText(); + } + + /** + * Returns the underlying document. + * + * @return the document + */ + public Document getDocument() { + return this.m_TextCode.getDocument(); + } + + /** + * Returns the underlying text. + * + * @return the underlying text + */ + public String getSelectedText() { + return this.m_TextCode.getSelectedText(); + } + + /** + * Sets the rows. + * + * @param value + * the rows + */ + public void setRows(final int value) { + this.m_TextCode.setRows(value); + } + + /** + * Returns the rows. + * + * @return the rows + */ + public int getRows() { + return this.m_TextCode.getRows(); + } + + /** + * Sets the columns. + * + * @param value + * the columns + */ + public void setColumns(final int value) { + this.m_TextCode.setColumns(value); + } + + /** + * Returns the columns. + * + * @return the columns + */ + public int getColumns() { + return this.m_TextCode.getColumns(); + } + + /** + * Sets whether the text area is editable or not. + * + * @param value + * if true the text area is editable + */ + public void setEditable(final boolean value) { + this.m_TextCode.setEditable(value); + } + + /** + * Returns whether the text area is editable or not. + * + * @return true if the text area is editable + */ + public boolean isEditable() { + return this.m_TextCode.isEditable(); + } + + /** + * Sets whether to line wrap or not. + * + * @param value + * if true line wrap is enabled + */ + public void setLineWrap(final boolean value) { + this.m_TextCode.setLineWrap(value); + } + + /** + * Returns whether line wrap is enabled. + * + * @return true if line wrap wrap is enabled + */ + public boolean getLineWrap() { + return this.m_TextCode.getLineWrap(); + } + + /** + * Sets whether to word wrap or not. + * + * @param value + * if true word wrap is enabled + */ + public void setWrapStyleWord(final boolean value) { + this.m_TextCode.setWrapStyleWord(value); + } + + /** + * Returns whether word wrap is enabled. + * + * @return true if word wrap wrap is enabled + */ + public boolean getWrapStyleWord() { + return this.m_TextCode.getWrapStyleWord(); + } + + /** + * Sets the text font. + * + * @param value + * the font + */ + public void setTextFont(final Font value) { + this.m_TextCode.setFont(value); + } + + /** + * Returns the text font in use. + * + * @return the font + */ + public Font getTextFont() { + return this.m_TextCode.getFont(); + } + + /** + * Sets the caret position. + * + * @param pos + * the position (0-based) + */ + public void setCaretPosition(final int pos) { + this.m_TextCode.setCaretPosition(pos); + } + + /** + * Returns the current caret position. + * + * @return the position (0-based) + */ + public int getCaretPosition() { + return this.m_TextCode.getCaretPosition(); + } + + /** + * Updates the markdown display. + */ + protected void update() { + String html; + + html = this.m_Processor.markdown(this.getText()); + try { + this.m_PanePreview.setText("" + html + ""); + this.m_PanePreview.setCaretPosition(0); + } catch (Exception e) { + System.err.println("Failed to update preview!"); + e.printStackTrace(); + } + } + + /** + * For testing only. + * + * @param args + * ignored + */ + public static void main(final String[] args) { + JFrame frame = new JFrame("Markdown test"); + frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); + frame.getContentPane().setLayout(new BorderLayout()); + frame.getContentPane().add(new MarkdownTextAreaWithPreview(), BorderLayout.CENTER); + frame.setSize(600, 400); + frame.setLocationRelativeTo(null); + frame.setVisible(true); + } } diff --git a/src/main/java/meka/gui/core/MarkdownTextPane.java b/src/main/java/meka/gui/core/MarkdownTextPane.java index ad14d6b4..75b012fb 100644 --- a/src/main/java/meka/gui/core/MarkdownTextPane.java +++ b/src/main/java/meka/gui/core/MarkdownTextPane.java @@ -22,12 +22,13 @@ import com.googlecode.jfilechooserbookmarks.gui.BasePanel; import com.googlecode.jfilechooserbookmarks.gui.BaseScrollPane; -import org.markdownj.MarkdownProcessor; +import com.petebevin.markdown.MarkdownProcessor; + +import java.awt.BorderLayout; import javax.swing.JEditorPane; import javax.swing.JFrame; import javax.swing.text.Document; -import java.awt.BorderLayout; /** * Renders Markdown text. @@ -35,144 +36,147 @@ * @author FracPete (fracpete at waikato dot ac dot nz) * @version $Revision$ */ -public class MarkdownTextPane - extends BasePanel { - - private static final long serialVersionUID = -3021897813785552183L; - - /** the markdown processor. */ - protected MarkdownProcessor m_Processor; - - /** the markdown text. */ - protected String m_Markdown; - - /** for rendering the markdown. */ - protected JEditorPane m_PaneView; - - /** - * Initializes the members. - */ - @Override - protected void initialize() { - super.initialize(); - - m_Processor = new MarkdownProcessor(); - m_Markdown = ""; - } - - /** - * Initializes the widgets. - */ - @Override - protected void initGUI() { - super.initGUI(); - - setLayout(new BorderLayout()); - - m_PaneView = new JEditorPane(); - m_PaneView.setEditable(false); - m_PaneView.setContentType("text/html"); - add(new BaseScrollPane(m_PaneView), BorderLayout.CENTER); - } - - /** - * Sets the Markdown text and renders it. - * - * @param value the markdown text - */ - public void setText(String value) { - String html; - - if (value == null) - value = ""; - m_Markdown = value; - - html = m_Processor.markdown(m_Markdown); - try { - m_PaneView.setText("" + html + ""); - m_PaneView.setCaretPosition(0); - } - catch (Exception e) { - System.err.println("Failed to update preview!"); - e.printStackTrace(); - } - } - - /** - * Returns the Markdown text. - * - * @return the markdown text - */ - public String getText() { - return m_Markdown; - } - - /** - * Sets whether the text pane is editable or not. - * - * @param value if true the text pane is editable - */ - public void setEditable(boolean value) { - m_PaneView.setEditable(value); - } - - /** - * Returns whether the text pane is editable or not. - * - * @return true if the text pane is editable - */ - public boolean isEditable() { - return m_PaneView.isEditable(); - } - - /** - * Returns the underlying document. - * - * @return the document - */ - public Document getDocument() { - return m_PaneView.getDocument(); - } - - /** - * Sets the position of the cursor. - * - * @param value the position - */ - public void setCaretPosition(int value) { - m_PaneView.setCaretPosition(value); - } - - /** - * Returns the current position of the cursor. - * - * @return the cursor position - */ - public int getCaretPosition() { - return m_PaneView.getCaretPosition(); - } - - /** - * Sets the position of the cursor at the end. - */ - public void setCaretPositionLast() { - setCaretPosition(getDocument().getLength()); - } - - /** - * For testing only. - * - * @param args ignored - */ - public static void main(String[] args) { - MarkdownTextPane pane = new MarkdownTextPane(); - pane.setText("# Markdown test\n\n* item 1\n* item 2\n\n## Other stuff\n*italic* __bold__"); - JFrame frame = new JFrame("Markdown test"); - frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); - frame.getContentPane().setLayout(new BorderLayout()); - frame.getContentPane().add(pane, BorderLayout.CENTER); - frame.setSize(600, 400); - frame.setLocationRelativeTo(null); - frame.setVisible(true); - } +public class MarkdownTextPane extends BasePanel { + + private static final long serialVersionUID = -3021897813785552183L; + + /** the markdown processor. */ + protected MarkdownProcessor m_Processor; + + /** the markdown text. */ + protected String m_Markdown; + + /** for rendering the markdown. */ + protected JEditorPane m_PaneView; + + /** + * Initializes the members. + */ + @Override + protected void initialize() { + super.initialize(); + + this.m_Processor = new MarkdownProcessor(); + this.m_Markdown = ""; + } + + /** + * Initializes the widgets. + */ + @Override + protected void initGUI() { + super.initGUI(); + + this.setLayout(new BorderLayout()); + + this.m_PaneView = new JEditorPane(); + this.m_PaneView.setEditable(false); + this.m_PaneView.setContentType("text/html"); + this.add(new BaseScrollPane(this.m_PaneView), BorderLayout.CENTER); + } + + /** + * Sets the Markdown text and renders it. + * + * @param value + * the markdown text + */ + public void setText(String value) { + String html; + + if (value == null) { + value = ""; + } + this.m_Markdown = value; + + html = this.m_Processor.markdown(this.m_Markdown); + try { + this.m_PaneView.setText("" + html + ""); + this.m_PaneView.setCaretPosition(0); + } catch (Exception e) { + System.err.println("Failed to update preview!"); + e.printStackTrace(); + } + } + + /** + * Returns the Markdown text. + * + * @return the markdown text + */ + public String getText() { + return this.m_Markdown; + } + + /** + * Sets whether the text pane is editable or not. + * + * @param value + * if true the text pane is editable + */ + public void setEditable(final boolean value) { + this.m_PaneView.setEditable(value); + } + + /** + * Returns whether the text pane is editable or not. + * + * @return true if the text pane is editable + */ + public boolean isEditable() { + return this.m_PaneView.isEditable(); + } + + /** + * Returns the underlying document. + * + * @return the document + */ + public Document getDocument() { + return this.m_PaneView.getDocument(); + } + + /** + * Sets the position of the cursor. + * + * @param value + * the position + */ + public void setCaretPosition(final int value) { + this.m_PaneView.setCaretPosition(value); + } + + /** + * Returns the current position of the cursor. + * + * @return the cursor position + */ + public int getCaretPosition() { + return this.m_PaneView.getCaretPosition(); + } + + /** + * Sets the position of the cursor at the end. + */ + public void setCaretPositionLast() { + this.setCaretPosition(this.getDocument().getLength()); + } + + /** + * For testing only. + * + * @param args + * ignored + */ + public static void main(final String[] args) { + MarkdownTextPane pane = new MarkdownTextPane(); + pane.setText("# Markdown test\n\n* item 1\n* item 2\n\n## Other stuff\n*italic* __bold__"); + JFrame frame = new JFrame("Markdown test"); + frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE); + frame.getContentPane().setLayout(new BorderLayout()); + frame.getContentPane().add(pane, BorderLayout.CENTER); + frame.setSize(600, 400); + frame.setLocationRelativeTo(null); + frame.setVisible(true); + } } diff --git a/src/test/java/meka/classifiers/AbstractMekaClassifierTest.java b/src/test/java/meka/classifiers/AbstractMekaClassifierTest.java deleted file mode 100644 index 98d68fab..00000000 --- a/src/test/java/meka/classifiers/AbstractMekaClassifierTest.java +++ /dev/null @@ -1,447 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/** - * AbstractMekaClassifierTest.java - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ -package meka.classifiers; - -import junit.framework.TestCase; -import meka.classifiers.multilabel.Evaluation; -import meka.classifiers.multilabel.MultiLabelClassifier; -import meka.core.MLUtils; -import meka.core.Result; -import weka.classifiers.CheckClassifier; -import weka.classifiers.Classifier; -import weka.core.CheckGOE; -import weka.core.CheckOptionHandler; -import weka.core.Instances; -import weka.core.OptionHandler; -import weka.core.converters.ConverterUtils; -import weka.test.Regression; - -/** - * Abstract test for classifiers within the MEKA framework. - *
- * The following system properties can be set: - *
    - *
  • meka.test.debug [true|false] to set tester object debug flag
    • - *
  • meka.test.silent [true|false] to set tester object silent flag
    • - *
- * - * @author fracpete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public abstract class AbstractMekaClassifierTest - extends TestCase { - - /** whether to run testers in DEBUG mode */ - public boolean DEBUG = System.getProperty("meka.test.debug", "false").equals("true"); - - /** whether to run testers in SILENT mode */ - public boolean SILENT = System.getProperty("meka.test.silent", "true").equals("true"); - - /** - * Dummy class to expose protected methods. - */ - public static class MekaCheckClassifier - extends CheckClassifier { - - /** - * Checks whether the scheme's toString() method works even though the - * classifies hasn't been built yet. - * - * @return index 0 is true if the toString() method works fine - */ - public boolean[] testToString() { - return super.testToString(); - } - - /** - * tests for a serialVersionUID. Fails in case the scheme doesn't declare a - * UID. - * - * @return index 0 is true if the scheme declares a UID - */ - public boolean[] declaresSerialVersionUID() { - return super.declaresSerialVersionUID(); - } - } - - /** The classifier to be tested */ - protected Classifier m_Classifier; - - /** For testing the classifier */ - protected MekaCheckClassifier m_Tester; - - /** the OptionHandler tester */ - protected CheckOptionHandler m_OptionTester; - - /** for testing GOE stuff */ - protected CheckGOE m_GOETester; - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public AbstractMekaClassifierTest(String name) { - super(name); - System.setProperty("weka.test.Regression.root", "src/test/resources"); - } - - /** - * configures the CheckClassifier instance used throughout the tests - * - * @return the fully configured CheckClassifier instance used for testing - */ - protected MekaCheckClassifier getTester() { - MekaCheckClassifier result; - - result = new MekaCheckClassifier(); - result.setSilent(SILENT); - result.setClassifier(m_Classifier); - result.setNumInstances(20); - result.setDebug(DEBUG); - - return result; - } - - /** - * Configures the CheckOptionHandler uses for testing the optionhandling. Sets - * the classifier return from the getClassifier() method. - * - * @return the fully configured CheckOptionHandler - * @see #getClassifier() - */ - protected CheckOptionHandler getOptionTester() { - CheckOptionHandler result; - - result = new CheckOptionHandler(); - result.setOptionHandler((OptionHandler) getClassifier()); - result.setUserOptions(new String[0]); - result.setSilent(SILENT); - result.setDebug(DEBUG); - - return result; - } - - /** - * Configures the CheckGOE used for testing GOE stuff. Sets the Classifier - * returned from the getClassifier() method. - * - * @return the fully configured CheckGOE - * @see #getClassifier() - */ - protected CheckGOE getGOETester() { - CheckGOE result; - - result = new CheckGOE(); - result.setObject(getClassifier()); - result.setSilent(SILENT); - result.setDebug(DEBUG); - - return result; - } - - /** - * Called by JUnit before each test method. This implementation creates the - * default classifier to test and loads a test set of Instances. - * - * @exception Exception if an error occurs reading the example instances. - */ - @SuppressWarnings("unchecked") - @Override - protected void setUp() throws Exception { - m_Classifier = getClassifier(); - m_Tester = getTester(); - m_OptionTester = getOptionTester(); - m_GOETester = getGOETester(); - } - - /** Called by JUnit after each test method */ - @SuppressWarnings("unchecked") - @Override - protected void tearDown() { - m_Classifier = null; - m_Tester = null; - m_OptionTester = null; - m_GOETester = null; - } - - /** - * Used to create an instance of a specific classifier. - * - * @return a suitably configured Classifier value - */ - public abstract Classifier getClassifier(); - - /** - * tests whether the toString method of the classifier works even though the - * classifier hasn't been built yet. - */ - public void testToString() { - boolean[] result; - - result = m_Tester.testToString(); - - if (!result[0]) { - fail("Error in toString() method!"); - } - } - - /** - * tests whether the scheme declares a serialVersionUID. - */ - public void testSerialVersionUID() { - boolean[] result; - - result = m_Tester.declaresSerialVersionUID(); - - if (!result[0]) { - fail("Doesn't declare serialVersionUID!"); - } - } - - /** - * tests the listing of the options - */ - public void testListOptions() { - if (!m_OptionTester.checkListOptions()) { - fail("Options cannot be listed via listOptions."); - } - } - - /** - * tests the setting of the options - */ - public void testSetOptions() { - if (!m_OptionTester.checkSetOptions()) { - fail("setOptions method failed."); - } - } - - /** - * tests whether the default settings are processed correctly - */ - public void testDefaultOptions() { - if (!m_OptionTester.checkDefaultOptions()) { - fail("Default options were not processed correctly."); - } - } - - /** - * tests whether there are any remaining options - */ - public void testRemainingOptions() { - if (!m_OptionTester.checkRemainingOptions()) { - fail("There were 'left-over' options."); - } - } - - /** - * tests the whether the user-supplied options stay the same after setting. - * getting, and re-setting again. - * - * @see #getOptionTester() - */ - public void testCanonicalUserOptions() { - if (!m_OptionTester.checkCanonicalUserOptions()) { - fail("setOptions method failed"); - } - } - - /** - * tests the resetting of the options to the default ones - */ - public void testResettingOptions() { - if (!m_OptionTester.checkSetOptions()) { - fail("Resetting of options failed"); - } - } - - /** - * tests for a globalInfo method - */ - public void testGlobalInfo() { - if (!m_GOETester.checkGlobalInfo()) { - fail("No globalInfo method"); - } - } - - /** - * tests the tool tips - */ - public void testToolTips() { - if (!m_GOETester.checkToolTips()) { - fail("Tool tips inconsistent"); - } - } - - /** - * Returns whether a regression test should be executed. - * - * @return true if regression test - */ - protected boolean hasRegressionTest() { - return true; - } - - /** - * Returns the filenames of the datasets for the regression test (train). - * - * @return the filenames - */ - protected String[] getRegressionTrainFiles() { - return new String[]{"Music-train.arff"}; - } - - /** - * Returns the filenames of the datasets for the regression test (test). - * - * @return the filenames - */ - protected String[] getRegressionTestFiles() { - return new String[]{"Music-test.arff"}; - } - - /** - * Returns the data to use in the regression test. - * - * @param files the files to load - * @return the data - */ - protected Instances[] getRegressionData(String[] files) { - Instances[] result; - int i; - - result = new Instances[files.length]; - - for (i = 0; i < files.length; i++) { - try { - result[i] = loadData(files[i]); - } catch (Exception e) { - System.err.println("Failed to load data: " + files[i]); - e.printStackTrace(); - return new Instances[0]; - } - try { - MLUtils.prepareData(result[i]); - } - catch (Exception e) { - System.err.println("Failed to prepare data: " + files[i]); - e.printStackTrace(); - return new Instances[0]; - } - } - - return result; - } - - /** - * Returns the setups for the regression tests. - * - * @return the configured classifier(s) - */ - protected MultiLabelClassifier[] getRegressionSetups() { - return new MultiLabelClassifier[]{(MultiLabelClassifier) getClassifier()}; - } - - /** - * Turns the results from the regression test into a string. - * - * @param result the result to process - * @return the generated string - */ - protected String postProcessRegressionResults(Result result) { - StringBuilder processed; - String[] lines; - - processed = new StringBuilder(); - lines = result.toString().split("\n"); - for (String line: lines) { - if (line.toLowerCase().contains("time")) - continue; - if (processed.length() > 0) - processed.append("\n"); - processed.append(line); - } - - return processed.toString(); - } - - /** - * Performs a regression test, if enabled. - * - * @see #hasRegressionTest() - */ - public void testRegression() { - Instances[] train; - Instances[] test; - MultiLabelClassifier[] setups; - int i; - Evaluation eval; - Result result; - Regression regression; - String diff; - - if (!hasRegressionTest()) - return; - - train = getRegressionData(getRegressionTrainFiles()); - test = getRegressionData(getRegressionTestFiles()); - setups = getRegressionSetups(); - assertEquals("number of train datasets and setups differ", setups.length, train.length); - assertEquals("number of test datasets and setups differ", setups.length, test.length); - - regression = new Regression(getClassifier().getClass()); - for (i = 0; i < setups.length; i++) { - try { - eval = new Evaluation(); - result = eval.evaluateModel(setups[i], train[i], test[i]); - regression.println(postProcessRegressionResults(result)); - } - catch (Exception e) { - System.err.println("Failed to evaluate classifier #" + i); - e.printStackTrace(); - fail("Failed to evaluate classifier #" + i + ": " + e); - } - } - try { - diff = regression.diff(); - if (diff == null) - System.err.println("Warning: No reference available, creating."); - else if (!diff.equals("")) { - fail("Regression test failed. Difference:\n" + diff); - } - } - catch (Exception ex) { - System.err.println("Problem during regression testing:"); - ex.printStackTrace(); - fail("Problem during regression testing.\n" + ex); - } - } - - /** - * Loads the dataset from disk. - * - * @param file the dataset to load (e.g., "weka/classifiers/data/something.arff") - * @throws Exception if loading fails, e.g., file does not exit - */ - public static Instances loadData(String file) throws Exception { - return ConverterUtils.DataSource.read(file); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/AbstractMultiLabelClassifierTest.java b/src/test/java/meka/classifiers/multilabel/AbstractMultiLabelClassifierTest.java deleted file mode 100644 index daf76e0b..00000000 --- a/src/test/java/meka/classifiers/multilabel/AbstractMultiLabelClassifierTest.java +++ /dev/null @@ -1,42 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/** - * AbstractMultiLabelClassifierTest.java - * Copyright (C) 2017 University of Waikato, Hamilton, NZ - */ - -package meka.classifiers.multilabel; - -import meka.classifiers.AbstractMekaClassifierTest; - -/** - * Ancestor for multi-label tests. - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision$ - */ -public abstract class AbstractMultiLabelClassifierTest - extends AbstractMekaClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public AbstractMultiLabelClassifierTest(String name) { - super(name); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/BCCTest.java b/src/test/java/meka/classifiers/multilabel/BCCTest.java deleted file mode 100644 index 8a9a3af7..00000000 --- a/src/test/java/meka/classifiers/multilabel/BCCTest.java +++ /dev/null @@ -1,76 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; -import weka.core.Instances; - -/** - * Tests BCC. Run from the command line with:

- * java meka.classifiers.multilabel.BCCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class BCCTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BCCTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BCC(); - } - - public void testEvaluation() { - System.out.println("Testing Evaluation"); - Instances D = null; - try { - D = loadData("Music.arff"); - } catch(Exception e) { - System.err.println(" Failed to Load "); - } - //Assert.assertEquals("Result 1", D.classIndex(), 6); - //Assert.assertEquals("Result 1", D.classIndex(), 3); - } - - public static Test suite() { - return new TestSuite(BCCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/BPNNTest.java b/src/test/java/meka/classifiers/multilabel/BPNNTest.java deleted file mode 100644 index 5da52ae3..00000000 --- a/src/test/java/meka/classifiers/multilabel/BPNNTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests BPNN. Run from the command line with:

- * java meka.classifiers.multilabel.BPNNTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class BPNNTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BPNNTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BPNN(); - } - - public static Test suite() { - return new TestSuite(BPNNTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/BRTest.java b/src/test/java/meka/classifiers/multilabel/BRTest.java deleted file mode 100644 index 6a356ded..00000000 --- a/src/test/java/meka/classifiers/multilabel/BRTest.java +++ /dev/null @@ -1,75 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; -import weka.core.Instances; - -/** - * Tests BR. Run from the command line with:

- * java meka.classifiers.multilabel.BRTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class BRTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BRTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BR(); - } - - public void testEvaluation() { - System.out.println("Testing Evaluation"); - Instances D = null; - try { - D = loadData("Music.arff"); - } catch(Exception e) { - System.err.println(" Failed to Load "); - } - //Assert.assertEquals("Result 1", D.classIndex(), 6); - //Assert.assertEquals("Result 1", D.classIndex(), 3); - } - - public static Test suite() { - return new TestSuite(BRTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/BRqTest.java b/src/test/java/meka/classifiers/multilabel/BRqTest.java deleted file mode 100644 index 6ccaad9e..00000000 --- a/src/test/java/meka/classifiers/multilabel/BRqTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests BRq. Run from the command line with:

- * java meka.classifiers.multilabel.BRqTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class BRqTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BRqTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BRq(); - } - - public static Test suite() { - return new TestSuite(BRqTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/CCMethodsTests.java b/src/test/java/meka/classifiers/multilabel/CCMethodsTests.java deleted file mode 100644 index 69166f45..00000000 --- a/src/test/java/meka/classifiers/multilabel/CCMethodsTests.java +++ /dev/null @@ -1,127 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestCase; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.meta.EnsembleML; -import meka.core.Result; -import weka.classifiers.functions.SMO; - -/** - * EvaluationTests. Run from the command line with:

- * java meka.classifiers.multilabel.EvaluationTests - * - * @author Jesse Read (jesse@tsc.uc3m.es) - * @version $Revision: 66 $ - */ -public class CCMethodsTests extends TestCase { - - public CCMethodsTests(String s) { - super(s); - } - - public static Test suite() { - return new TestSuite(CCMethodsTests.class); - } - - protected void setUp(){ - // Preparation of the unit tests - } - - protected void tearDown(){ - // Teardown for data used by the unit tests - } - - public void testsCC() { - - // Test BR - BR br = new BR(); - br.setClassifier(new SMO()); - Result r = EvaluationTests.cvEvaluateClassifier(br); - assertEquals("BR Accuracy Correct", "0.493 +/- 0.036", r.getMeasurement("Accuracy")); - - // Test EBR - EnsembleML ebr = new EnsembleML(); - ebr.setClassifier(br); - Result Er = EvaluationTests.cvEvaluateClassifier(ebr); - assertEquals("EBR Accuracy Correct", "0.557 +/- 0.04 ", Er.getMeasurement("Accuracy")); - } - - public void testMCC() { - // Test MCC (with SMO -- -M) - System.out.println("Test MCC"); - MCC h = new MCC(); - SMO smo = new SMO(); - smo.setBuildCalibrationModels(true); - h.setClassifier(smo); - Result r = EvaluationTests.cvEvaluateClassifier(h); - assertEquals("MCC Accuracy Correct", "0.561 +/- 0.035", r.getMeasurement("Accuracy")); - } - - public void testPMCC() { - // Test MCC (with SMO -- -M) - System.out.println("Test PMCC"); - PMCC h = new PMCC(); - h.setM(10); - h.setChainIterations(50); - h.setInferenceIterations(20); - SMO smo = new SMO(); - smo.setBuildCalibrationModels(true); - h.setClassifier(smo); - Result r = EvaluationTests.cvEvaluateClassifier(h); - assertEquals("PMCC Accuracy Correct", "0.594 +/- 0.029", r.getMeasurement("Accuracy")); - } - - public void testPCC() { - // Test PCC (with SMO -- -M) - System.out.println("Test PCC"); - PCC h = new PCC(); - SMO smo = new SMO(); - smo.setBuildCalibrationModels(true); - h.setClassifier(smo); - Result r = EvaluationTests.cvEvaluateClassifier(h); - assertEquals("PCC Accuracy Correct", "0.565 +/- 0.032", r.getMeasurement("Accuracy")); - } - - public void testCT() { - // Test CT (with SMO -- -M) - System.out.println("Test CT"); - CT h = new CT(); - SMO smo = new SMO(); - smo.setBuildCalibrationModels(true); - h.setClassifier(smo); - h.setInferenceIterations(10); - h.setChainIterations(10); - Result r = EvaluationTests.cvEvaluateClassifier(h); - //System.out.println("CT ACC: "+r.getMeasurement("Accuracy")); - assertEquals("CT Accuracy Correct", "0.56 +/- 0.034", r.getMeasurement("Accuracy")); - } - - public void testCDT() { - // Test CDT (with SMO -- -M) - System.out.println("Test CDT"); - CDT h = new CDT(); - SMO smo = new SMO(); - smo.setBuildCalibrationModels(true); - h.setClassifier(smo); - Result r = EvaluationTests.cvEvaluateClassifier(h); - //System.out.println("CDT ACC: "+r.getMeasurement("Accuracy")); - assertEquals("CDT Accuracy Correct", "0.519 +/- 0.039", r.getMeasurement("Accuracy") ); - } - -} diff --git a/src/test/java/meka/classifiers/multilabel/CCTest.java b/src/test/java/meka/classifiers/multilabel/CCTest.java deleted file mode 100644 index 31465b1c..00000000 --- a/src/test/java/meka/classifiers/multilabel/CCTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests CC. Run from the command line with:

- * java meka.classifiers.multilabel.CCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CCTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CCTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CC(); - } - - public static Test suite() { - return new TestSuite(CCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/CCqTest.java b/src/test/java/meka/classifiers/multilabel/CCqTest.java deleted file mode 100644 index 6c7376da..00000000 --- a/src/test/java/meka/classifiers/multilabel/CCqTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests CCq. Run from the command line with:

- * java meka.classifiers.multilabel.CCqTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CCqTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CCqTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CCq(); - } - - public static Test suite() { - return new TestSuite(CCqTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/CDNTest.java b/src/test/java/meka/classifiers/multilabel/CDNTest.java deleted file mode 100644 index b7666763..00000000 --- a/src/test/java/meka/classifiers/multilabel/CDNTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests CDN. Run from the command line with:

- * java meka.classifiers.multilabel.CDNTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CDNTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CDNTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CDN(); - } - - public static Test suite() { - return new TestSuite(CDNTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/CDTTest.java b/src/test/java/meka/classifiers/multilabel/CDTTest.java deleted file mode 100644 index 860705bf..00000000 --- a/src/test/java/meka/classifiers/multilabel/CDTTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests CDT. Run from the command line with:

- * java meka.classifiers.multilabel.CDTTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CDTTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CDTTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CDT(); - } - - public static Test suite() { - return new TestSuite(CDTTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/CTTest.java b/src/test/java/meka/classifiers/multilabel/CTTest.java deleted file mode 100644 index 916031d9..00000000 --- a/src/test/java/meka/classifiers/multilabel/CTTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests CT. Run from the command line with:

- * java meka.classifiers.multilabel.CTTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CTTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CTTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CT(); - } - - public static Test suite() { - return new TestSuite(CTTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/DBPNNTest.java b/src/test/java/meka/classifiers/multilabel/DBPNNTest.java deleted file mode 100644 index 63338cb2..00000000 --- a/src/test/java/meka/classifiers/multilabel/DBPNNTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests DBPNN. Run from the command line with:

- * java meka.classifiers.multilabel.DBPNNTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class DBPNNTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public DBPNNTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new DBPNN(); - } - - public static Test suite() { - return new TestSuite(DBPNNTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/DeepMethodsTests.java b/src/test/java/meka/classifiers/multilabel/DeepMethodsTests.java deleted file mode 100644 index c8e589cf..00000000 --- a/src/test/java/meka/classifiers/multilabel/DeepMethodsTests.java +++ /dev/null @@ -1,91 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestCase; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.meta.DeepML; -import meka.core.Result; -import weka.classifiers.functions.SMO; -import weka.core.Utils; - -/** - * EvaluationTests. Run from the command line with:

- * java meka.classifiers.multilabel.EvaluationTests - * - * @author Jesse Read (jesse@tsc.uc3m.es) - * @version $Revision: 66 $ - */ -public class DeepMethodsTests extends TestCase { - - public DeepMethodsTests(String s) { - super(s); - System.out.println("Evaluation Test"); - } - - public static Test suite() { - return new TestSuite(DeepMethodsTests.class); - } - - protected void setUp(){ - // Preparation of the unit tests - } - - protected void tearDown(){ - // Teardown for data used by the unit tests - } - - public void testDeepML() { - System.out.println("Test Stacked Boltzmann Machines with an off-the-shelf multi-label classifier"); - DeepML dbn = new DeepML(); - - MCC h = new MCC(); - SMO smo = new SMO(); - smo.setBuildCalibrationModels(true); - h.setClassifier(smo); - - dbn.setClassifier(h); - dbn.setE(100); - dbn.setH(30); - - Result r = EvaluationTests.cvEvaluateClassifier(dbn); - System.out.println("DeepML + MCC" + r.getMeasurement("Accuracy")); - String s = (String)r.getMeasurement("Accuracy"); - assertTrue("DeepML+MCC Accuracy Correct", s.startsWith("0.53")); // Good enough - } - - public void testDBPNN() { - - System.out.println("Test Back Prop Neural Network with pre-trained weights (via RBM)"); - DBPNN dbn = new DBPNN(); - dbn.setClassifier(new BPNN()); - dbn.setDebug(true); - - try { - dbn.setOptions(Utils.splitOptions("-H 30 -E 500 -r 0.1 -m 0.2")); - } catch(Exception e) { - System.err.println("Fatal Error"); - e.printStackTrace(); - System.exit(1); - } - Result r = EvaluationTests.cvEvaluateClassifier(dbn); - String s = (String)r.getMeasurement("Accuracy"); - System.out.println("DBPNN + _" + r.getMeasurement("Accuracy")); - assertTrue("DBPNN Accuracy Correct", s.equals("0.556 +/- 0.038")); - } - -} diff --git a/src/test/java/meka/classifiers/multilabel/EvaluationTests.java b/src/test/java/meka/classifiers/multilabel/EvaluationTests.java deleted file mode 100644 index 16972a59..00000000 --- a/src/test/java/meka/classifiers/multilabel/EvaluationTests.java +++ /dev/null @@ -1,201 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestCase; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.incremental.CCUpdateable; -import meka.classifiers.incremental.IncrementalEvaluation; -import meka.classifiers.multilabel.incremental.meta.BaggingMLUpdateable; -import meka.classifiers.multilabel.meta.BaggingML; -import meka.core.MLUtils; -import meka.core.Metrics; -import meka.core.Result; -import weka.classifiers.functions.Logistic; -import weka.classifiers.functions.SMO; -import weka.classifiers.lazy.IBk; -import weka.core.Instances; -import weka.core.converters.ConverterUtils.DataSource; - -/** - * EvaluationTests. Run from the command line with:

- * java meka.classifiers.multilabel.EvaluationTests - * - * @author Jesse Read (jesse@tsc.uc3m.es) - * @version $Revision: 66 $ - */ -public class EvaluationTests extends TestCase { - - public EvaluationTests(String s) { - super(s); - } - - public static Test suite() { - return new TestSuite(EvaluationTests.class); - } - - protected void setUp(){ - // Preparation of the unit tests - } - - protected void tearDown(){ - // Teardown for data used by the unit tests - } - - public static Instances loadInstances(String fn) { - try { - Instances D = DataSource.read("src/test/resources/" + fn); - MLUtils.prepareData(D); - return D; - } catch(Exception e) { - System.err.println(""); - e.printStackTrace(); - System.exit(1); - } - return null; - } - - public void testRepeatable() { - // Load Music - Instances D = loadInstances("Music.arff"); - Instances D_train = new Instances(D,0,400); - Instances D_test = new Instances(D,400,D.numInstances()-400); - // Train ECC - MultiLabelClassifier h = makeECC(); - // Eval - try { - Result r1 = Evaluation.evaluateModel(h, D_train, D_test, "PCut1"); - Result r2 = Evaluation.evaluateModel(h, D_train, D_test, "PCut1"); - assertTrue("Experiments are Repeatable (with same result)", r1.getMeasurement("Accuracy").equals(r2.getMeasurement("Accuracy"))); - } catch(Exception e) { - e.printStackTrace(); - } - } - - public MultiLabelClassifier makeECC() { - BaggingML h = new BaggingML(); - CC cc = new CC(); - cc.setClassifier(new SMO()); - h.setClassifier(cc); - return h; - } - - public void testMulanFormat() { - Result r1 = null, r2 = null; - // Load Music-train - Instances D_train = loadInstances("Music-train.arff"); - // Load Music-test - Instances D_test = loadInstances("Music-test.arff"); - // Train CC - CC h = new CC(); - h.setClassifier(new SMO()); - // Eval - try { - r1 = Evaluation.evaluateModel(h, D_train, D_test, "PCut1"); - } catch(Exception e) { - e.printStackTrace(); - } - - // Load Music - Instances D = loadInstances("Music.arff"); - D_train = new Instances(D,0,491); - D_test = new Instances(D,491,D.numInstances()-491); - // Eval - try { - r2 = Evaluation.evaluateModel(h, D_train, D_test, "PCut1"); - } catch(Exception e) { - e.printStackTrace(); - } - - assertTrue("Mulan Format OK? (same result?)", r1.getMeasurement("Accuracy").equals(r2.getMeasurement("Accuracy"))); - } - - public void testIncrementalEvaluation() { - // Batch - Result r1 = null, r2 = null; - // Load Data - Instances D = loadInstances("Music.arff"); - // Train ECCUpdateable - BaggingMLUpdateable h = new BaggingMLUpdateable(); - CCUpdateable cc = new CCUpdateable(); - cc.setClassifier(new IBk()); - h.setClassifier(cc); - try { - r1 = IncrementalEvaluation.evaluateModel(h,D); - r2 = IncrementalEvaluation.evaluateModel(h,D); - } catch(Exception e) { - System.err.println("FAILED TO GET r1, r2"); - e.printStackTrace(); - } - // Good @TODO - //assertTrue("Inc. Eval OK? ?", r1.info.get("Accuracy").equals("0.486 +/- 0.045")); - // The same? - if (r1==null) - System.out.println("r1 is null"); - if (r2==null) - System.out.println("r2 is null"); - - assertTrue("Inc. Eval the same?", ((String)r1.getMeasurement("Accuracy")).equals(((String)r2.getMeasurement("Accuracy")))); - // test/train - - // compare with non-ss - } - - // TESTS - public void testMetrics() { - double log_loss_L = 0.0; - double w[] = new double[]{0.5,0.0,0.4,0.2}; - double y[] = new double[]{1.0,0.0,0.0,1.0}; - int L = w.length; - double lim = Math.log(100); - for(int j = 0; j < L; j++) { - log_loss_L += Metrics.L_LogLoss(y[j],w[j],lim); - } - assertTrue("Log Loss OK?", log_loss_L == 2.8134107167600364); - } - - public void testThreshold() { - BaggingML h = new BaggingML(); - CC cc = new CC(); - cc.setClassifier(new Logistic()); - h.setClassifier(cc); - Result r = EvaluationTests.cvEvaluateClassifier(h,"0.5"); - assertTrue("PCutL Thresholds OK?", r.info.get("Threshold").equals("[0.4, 0.4, 0.4, 0.4, 0.6, 0.6]") ); - } - - public static Result cvEvaluateClassifier(MultiLabelClassifier h) { - return cvEvaluateClassifier(h,"0.5"); - } - - public static Result cvEvaluateClassifier(MultiLabelClassifier h, String top) { - Instances D = null; - try { - D = EvaluationTests.loadInstances("Music.arff"); - Result result = Evaluation.cvModel(h,D,5,top,"7"); - return result; - } catch(Exception e) { - System.err.println(""); - e.printStackTrace(); - return null; - } - } - - public static void main(String[] args) { - junit.textui.TestRunner.run(suite()); - } -} - diff --git a/src/test/java/meka/classifiers/multilabel/FWTest.java b/src/test/java/meka/classifiers/multilabel/FWTest.java deleted file mode 100644 index caa3d94d..00000000 --- a/src/test/java/meka/classifiers/multilabel/FWTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests FW. Run from the command line with:

- * java meka.classifiers.multilabel.FWTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class FWTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public FWTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new FW(); - } - - public static Test suite() { - return new TestSuite(FWTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/HASELTest.java b/src/test/java/meka/classifiers/multilabel/HASELTest.java deleted file mode 100644 index e547c47a..00000000 --- a/src/test/java/meka/classifiers/multilabel/HASELTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests FW. Run from the command line with:

- * java meka.classifiers.multilabel.FWTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class HASELTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public HASELTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new FW(); - } - - public static Test suite() { - return new TestSuite(HASELTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/LCTest.java b/src/test/java/meka/classifiers/multilabel/LCTest.java deleted file mode 100644 index ff018f2a..00000000 --- a/src/test/java/meka/classifiers/multilabel/LCTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests LC. Run from the command line with:

- * java meka.classifiers.multilabel.LCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class LCTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public LCTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new LC(); - } - - public static Test suite() { - return new TestSuite(LCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/LPMethodsTests.java b/src/test/java/meka/classifiers/multilabel/LPMethodsTests.java deleted file mode 100644 index 58d26395..00000000 --- a/src/test/java/meka/classifiers/multilabel/LPMethodsTests.java +++ /dev/null @@ -1,86 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestCase; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.meta.EnsembleML; -import meka.core.Result; -import meka.test.TestHelper; -import weka.classifiers.functions.SMO; - -/** - * EvaluationTests. Run from the command line with:

- * java meka.classifiers.multilabel.EvaluationTests - * - * @author Jesse Read (jesse@tsc.uc3m.es) - * @version $Revision: 66 $ - */ -public class LPMethodsTests extends TestCase { - - public LPMethodsTests(String s) { - super(s); - } - - public static Test suite() { - return new TestSuite(LPMethodsTests.class); - } - - protected void setUp(){ - // Preparation of the unit tests - } - - protected void tearDown(){ - // Teardown for data used by the unit tests - } - - public void testLC() { - - Result r = null; - - // Test LC - LC lc = new LC(); - lc.setClassifier(new SMO()); - r = EvaluationTests.cvEvaluateClassifier(lc); - String s = (String)r.getMeasurement("Accuracy"); - System.out.println("LC "+s); - TestHelper.assertAlmostEquals("LC Accuracy Correct", "0.568 +/- 0.032", (String)s, 1); - - // Test PS (0,0) -- should be identical - PS ps = new PS(); - ps.setClassifier(new SMO()); - r = EvaluationTests.cvEvaluateClassifier(ps); - System.out.println("PS "+r.getMeasurement("Accuracy")); - assertTrue("PS(0,0) Accuracy Identical to LC", s.equals(r.getMeasurement("Accuracy"))); - - // Test PS (3,1) -- should be faster - ps.setP(3); - ps.setN(1); - - r = EvaluationTests.cvEvaluateClassifier(ps); - System.out.println("PS(3,1) "+r.getMeasurement("Accuracy")); - TestHelper.assertAlmostEquals("PS(3,1) Accuracy Correct", "0.565 +/- 0.04", (String)r.getMeasurement("Accuracy"), 1); - - // Test EPS - EnsembleML eps = new EnsembleML(); - eps.setClassifier(ps); - r = EvaluationTests.cvEvaluateClassifier(eps); - System.out.println("EPS "+r.getMeasurement("Accuracy")); - TestHelper.assertAlmostEquals("EPS Accuracy Correct", "0.574 +/- 0.042", (String)r.getMeasurement("Accuracy"), 1); - } - -} diff --git a/src/test/java/meka/classifiers/multilabel/MCCTest.java b/src/test/java/meka/classifiers/multilabel/MCCTest.java deleted file mode 100644 index dafffd40..00000000 --- a/src/test/java/meka/classifiers/multilabel/MCCTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests MCC. Run from the command line with:

- * java meka.classifiers.multilabel.MCCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class MCCTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MCCTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MCC(); - } - - public static Test suite() { - return new TestSuite(MCCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/MLCBMaDTest.java b/src/test/java/meka/classifiers/multilabel/MLCBMaDTest.java deleted file mode 100644 index 210318af..00000000 --- a/src/test/java/meka/classifiers/multilabel/MLCBMaDTest.java +++ /dev/null @@ -1,77 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; -import weka.core.Instances; - -/** - * Tests MLCBMaD. Run from the command line with:

- * java meka.classifiers.multilabel.MLCBMaDTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class MLCBMaDTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MLCBMaDTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - MLCBMaD mlcbmad = new MLCBMaD(); - mlcbmad.setSize(5); - return mlcbmad; - } - - public void testEvaluation() { - System.out.println("Testing Evaluation"); - Instances D = null; - try { - D = loadData("Music.arff"); - } catch(Exception e) { - System.err.println(" Failed to Load "); - } - //Assert.assertEquals("Result 1", D.classIndex(), 6); - //Assert.assertEquals("Result 1", D.classIndex(), 3); - } - - public static Test suite() { - return new TestSuite(MLCBMaDTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/MULANTest.java b/src/test/java/meka/classifiers/multilabel/MULANTest.java deleted file mode 100644 index 64130a5b..00000000 --- a/src/test/java/meka/classifiers/multilabel/MULANTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests MULAN. Run from the command line with:

- * java meka.classifiers.multilabel.MULANTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MULANTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MULANTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MULAN(); - } - - public static Test suite() { - return new TestSuite(MULANTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/MajorityLabelsetTest.java b/src/test/java/meka/classifiers/multilabel/MajorityLabelsetTest.java deleted file mode 100644 index ce6edb51..00000000 --- a/src/test/java/meka/classifiers/multilabel/MajorityLabelsetTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests MajorityLabelset. Run from the command line with:

- * java meka.classifiers.multilabel.MajorityLabelsetTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MajorityLabelsetTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MajorityLabelsetTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MajorityLabelset(); - } - - public static Test suite() { - return new TestSuite(MajorityLabelsetTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/ManiacTest.java b/src/test/java/meka/classifiers/multilabel/ManiacTest.java deleted file mode 100644 index db8ed8de..00000000 --- a/src/test/java/meka/classifiers/multilabel/ManiacTest.java +++ /dev/null @@ -1,78 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; -import weka.core.Instances; - -/** - * Tests Maniac. Run from the command line with:

- * java meka.classifiers.multilabel.ManiacTest - * - * @author Joerg Wicekr (me@joerg-wicker.org) - */ -public class ManiacTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public ManiacTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - Maniac maniac = new Maniac(); - maniac.setCompression(0.85); - maniac.setNumberAutoencoders(1); - return maniac; - } - - public void testEvaluation() { - System.out.println("Testing Evaluation"); - Instances D = null; - try { - D = loadData("Music.arff"); - } catch(Exception e) { - System.err.println(" Failed to Load "); - } - //Assert.assertEquals("Result 1", D.classIndex(), 6); - //Assert.assertEquals("Result 1", D.classIndex(), 3); - } - - public static Test suite() { - return new TestSuite(ManiacTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/MetaMethodsTests.java b/src/test/java/meka/classifiers/multilabel/MetaMethodsTests.java deleted file mode 100644 index a2605b31..00000000 --- a/src/test/java/meka/classifiers/multilabel/MetaMethodsTests.java +++ /dev/null @@ -1,73 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import junit.framework.TestCase; - -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; -import meka.classifiers.multilabel.meta.*; -import weka.classifiers.functions.SMO; -import weka.core.converters.ConverterUtils.DataSource; -import meka.core.Result; -import meka.core.MLEvalUtils; - -import meka.gui.explorer.Explorer; - -/** - * EvaluationTests. Run from the command line with:

- * java meka.classifiers.multilabel.EvaluationTests - * - * @author Jesse Read (jesse@tsc.uc3m.es) - * @version $Revision: 66 $ - */ -public class MetaMethodsTests extends TestCase { - - public MetaMethodsTests(String s) { - super(s); - System.out.println("Evaluation Test"); - } - - public static Test suite() { - return new TestSuite(MetaMethodsTests.class); - } - - protected void setUp(){ - // Preparation of the unit tests - } - - protected void tearDown(){ - // Teardown for data used by the unit tests - } - - public void testEBR() { - - // Test BR - BR br = new BR(); - br.setClassifier(new SMO()); - Result r = EvaluationTests.cvEvaluateClassifier(br); - assertTrue("BR Accuracy Correct", r.getMeasurement("Accuracy").equals("0.493 +/- 0.036") ); - - // Test EBR - EnsembleML ebr = new EnsembleML(); - ebr.setClassifier(br); - Result Er = EvaluationTests.cvEvaluateClassifier(ebr); - assertTrue("EBR Accuracy Correct", Er.getMeasurement("Accuracy").equals("0.557 +/- 0.04 ") ); - } - -} diff --git a/src/test/java/meka/classifiers/multilabel/MiscMethodsTests.java b/src/test/java/meka/classifiers/multilabel/MiscMethodsTests.java deleted file mode 100644 index 7394f928..00000000 --- a/src/test/java/meka/classifiers/multilabel/MiscMethodsTests.java +++ /dev/null @@ -1,94 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import junit.framework.TestCase; - -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; -import meka.classifiers.multilabel.meta.*; -import weka.classifiers.functions.*; -import weka.core.converters.ConverterUtils.DataSource; -import meka.core.Result; -import meka.core.MLEvalUtils; - -import meka.gui.explorer.Explorer; - -/** - * EvaluationTests. Run from the command line with:

- * java meka.classifiers.multilabel.EvaluationTests - * - * @author Jesse Read (jesse@tsc.uc3m.es) - * @version $Revision: 66 $ - */ -public class MiscMethodsTests extends TestCase { - - public MiscMethodsTests(String s) { - super(s); - } - - public static Test suite() { - return new TestSuite(MiscMethodsTests.class); - } - - protected void setUp(){ - // Preparation of the unit tests - } - - protected void tearDown(){ - // Teardown for data used by the unit tests - } - - public void testRT() { - - // Test RT - System.out.println("Test RT"); - RT rt = new RT(); - rt.setClassifier(new Logistic()); - Result r = EvaluationTests.cvEvaluateClassifier(rt); - assertTrue("RT Accuracy Correct", r.output.get("Accuracy").equals("0.5 +/- 0.04 ") ); - } - - public void testMULAN() { - // Test MULAN - System.out.println("Test MULAN"); - MULAN mulan = new MULAN(); - // ... RAkEL - mulan.setMethod("RAkEL2"); - mulan.setClassifier(new SMO()); - Result r; - r = EvaluationTests.cvEvaluateClassifier(mulan); - System.out.println("MULAN (RAkEL): "+r.output.get("Accuracy")); - assertTrue("MULAN (RAkEL) Accuracy Correct", ((String)r.output.get("Accuracy")).startsWith("0.58") ); - // ... MLkNN - mulan.setMethod("MLkNN"); - r = EvaluationTests.cvEvaluateClassifier(mulan); - System.out.println("MULAN (MLkNN): "+r.output.get("Accuracy")); - assertTrue("MULAN (MLkNN) Accuracy Correct", r.output.get("Accuracy").equals("0.561 +/- 0.035") ); - // ... BR (and , vs MEKA's BR) - mulan.setMethod("BR"); - r = EvaluationTests.cvEvaluateClassifier(mulan); - System.out.println("MULAN (BR): "+r.output.get("Accuracy")); - assertTrue("MULAN (BR) Accuracy Correct", r.output.get("Accuracy").equals("0.493 +/- 0.036") ); - BR br = new BR(); - br.setClassifier(new SMO()); - Result r_other = EvaluationTests.cvEvaluateClassifier(br); - assertTrue("MULAN BR Equal to MEKA BR", r.output.get("Accuracy").equals(r_other.output.get("Accuracy")) ); - } - -} diff --git a/src/test/java/meka/classifiers/multilabel/PCCTest.java b/src/test/java/meka/classifiers/multilabel/PCCTest.java deleted file mode 100644 index cc6c4a6d..00000000 --- a/src/test/java/meka/classifiers/multilabel/PCCTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests PCC. Run from the command line with:

- * java meka.classifiers.multilabel.PCCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class PCCTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public PCCTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new PCC(); - } - - public static Test suite() { - return new TestSuite(PCCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/PLSTTest.java b/src/test/java/meka/classifiers/multilabel/PLSTTest.java deleted file mode 100644 index be0afd2b..00000000 --- a/src/test/java/meka/classifiers/multilabel/PLSTTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests PLST. Run from the command line with:

- * java meka.classifiers.multilabel.PLSTTest - * - * @author Joerg Wicker (wicker@uni-mainz.de) - */ -public class PLSTTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public PLSTTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - PLST plst = new PLST(); - plst.setSize(3); - return plst; - } - - public static Test suite() { - return new TestSuite(PLSTTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/PMCCTest.java b/src/test/java/meka/classifiers/multilabel/PMCCTest.java deleted file mode 100644 index c35ee0cf..00000000 --- a/src/test/java/meka/classifiers/multilabel/PMCCTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests PMCC. Run from the command line with:

- * java meka.classifiers.multilabel.PMCCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class PMCCTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public PMCCTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new PMCC(); - } - - public static Test suite() { - return new TestSuite(PMCCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/PSTest.java b/src/test/java/meka/classifiers/multilabel/PSTest.java deleted file mode 100644 index 8a34a074..00000000 --- a/src/test/java/meka/classifiers/multilabel/PSTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.AbstractMekaClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests PS. Run from the command line with:

- * java meka.classifiers.multilabel.PSTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class PSTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public PSTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new PS(); - } - - public static Test suite() { - return new TestSuite(PSTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/PStTest.java b/src/test/java/meka/classifiers/multilabel/PStTest.java deleted file mode 100644 index f5a91087..00000000 --- a/src/test/java/meka/classifiers/multilabel/PStTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests PSt. Run from the command line with:

- * java meka.classifiers.multilabel.PStTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class PStTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public PStTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new PSt(); - } - - public static Test suite() { - return new TestSuite(PStTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/RAkELTest.java b/src/test/java/meka/classifiers/multilabel/RAkELTest.java deleted file mode 100644 index 9fc436e6..00000000 --- a/src/test/java/meka/classifiers/multilabel/RAkELTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests RAkEL. Run from the command line with:

- * java meka.classifiers.multilabel.RAkELTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class RAkELTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public RAkELTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new RAkEL(); - } - - public static Test suite() { - return new TestSuite(RAkELTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/RAkELdTest.java b/src/test/java/meka/classifiers/multilabel/RAkELdTest.java deleted file mode 100644 index 0597d584..00000000 --- a/src/test/java/meka/classifiers/multilabel/RAkELdTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2015 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests RAkELd. Run from the command line with:

- * java meka.classifiers.multilabel.RAkELdTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 117 $ - */ -public class RAkELdTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public RAkELdTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new RAkELd(); - } - - public static Test suite() { - return new TestSuite(RAkELdTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/RTTest.java b/src/test/java/meka/classifiers/multilabel/RTTest.java deleted file mode 100644 index 67b01e35..00000000 --- a/src/test/java/meka/classifiers/multilabel/RTTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests RT. Run from the command line with:

- * java meka.classifiers.multilabel.RTTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class RTTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public RTTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new RT(); - } - - public static Test suite() { - return new TestSuite(RTTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/incremental/BRUpdateableTest.java b/src/test/java/meka/classifiers/multilabel/incremental/BRUpdateableTest.java deleted file mode 100644 index 7317fe97..00000000 --- a/src/test/java/meka/classifiers/multilabel/incremental/BRUpdateableTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.incremental; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests BRUpdateable. Run from the command line with:

- * java meka.classifiers.multilabel.BRUpdateableTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class BRUpdateableTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BRUpdateableTest(String name) { - super(name); - } - - /** - * Creates a default BRUpdateable. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BRUpdateable(); - } - - public static Test suite() { - return new TestSuite(BRUpdateableTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/incremental/CCUpdateableTest.java b/src/test/java/meka/classifiers/multilabel/incremental/CCUpdateableTest.java deleted file mode 100644 index 874e704d..00000000 --- a/src/test/java/meka/classifiers/multilabel/incremental/CCUpdateableTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.incremental; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests CCUpdateable. Run from the command line with:

- * java meka.classifiers.multilabel.CCUpdateableTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CCUpdateableTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CCUpdateableTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CCUpdateable(); - } - - public static Test suite() { - return new TestSuite(CCUpdateableTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/incremental/MajorityLabelsetUpdateableTest.java b/src/test/java/meka/classifiers/multilabel/incremental/MajorityLabelsetUpdateableTest.java deleted file mode 100644 index 52c7f385..00000000 --- a/src/test/java/meka/classifiers/multilabel/incremental/MajorityLabelsetUpdateableTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.incremental; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests MajorityLabelsetUpdateable. Run from the command line with:

- * java meka.classifiers.multilabel.MajorityLabelsetUpdateableTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MajorityLabelsetUpdateableTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MajorityLabelsetUpdateableTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MajorityLabelsetUpdateable(); - } - - public static Test suite() { - return new TestSuite(MajorityLabelsetUpdateableTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/incremental/PSUpdateableTest.java b/src/test/java/meka/classifiers/multilabel/incremental/PSUpdateableTest.java deleted file mode 100644 index d286c7ec..00000000 --- a/src/test/java/meka/classifiers/multilabel/incremental/PSUpdateableTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.incremental; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests PSUpdateable. Run from the command line with:

- * java meka.classifiers.multilabel.PSUpdateableTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class PSUpdateableTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public PSUpdateableTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new PSUpdateable(); - } - - public static Test suite() { - return new TestSuite(PSUpdateableTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/incremental/RTUpdateableTest.java b/src/test/java/meka/classifiers/multilabel/incremental/RTUpdateableTest.java deleted file mode 100644 index d8cb444e..00000000 --- a/src/test/java/meka/classifiers/multilabel/incremental/RTUpdateableTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.incremental; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests RTUpdateable. Run from the command line with:

- * java meka.classifiers.multilabel.RTUpdateableTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class RTUpdateableTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public RTUpdateableTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new RTUpdateable(); - } - - public static Test suite() { - return new TestSuite(RTUpdateableTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/BaggingMLTest.java b/src/test/java/meka/classifiers/multilabel/meta/BaggingMLTest.java deleted file mode 100644 index b4fd8702..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/BaggingMLTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests BaggingML. Run from the command line with:

- * java meka.classifiers.multilabel.meta.BaggingMLTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class BaggingMLTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BaggingMLTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BaggingML(); - } - - public static Test suite() { - return new TestSuite(BaggingMLTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/BaggingMLdupTest.java b/src/test/java/meka/classifiers/multilabel/meta/BaggingMLdupTest.java deleted file mode 100644 index 7c8b6205..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/BaggingMLdupTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests BaggingMLdup. Run from the command line with:

- * java meka.classifiers.multilabel.meta.BaggingMLdupTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class BaggingMLdupTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BaggingMLdupTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BaggingMLdup(); - } - - public static Test suite() { - return new TestSuite(BaggingMLdupTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/CMTest.java b/src/test/java/meka/classifiers/multilabel/meta/CMTest.java deleted file mode 100644 index ddf26369..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/CMTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests CM. Run from the command line with:

- * java meka.classifiers.multilabel.meta.CMTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CMTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CMTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CM(); - } - - public static Test suite() { - return new TestSuite(CMTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/DeepMLTest.java b/src/test/java/meka/classifiers/multilabel/meta/DeepMLTest.java deleted file mode 100644 index db80c541..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/DeepMLTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests DeepML. Run from the command line with:

- * java meka.classifiers.multilabel.meta.DeepMLTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class DeepMLTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public DeepMLTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new DeepML(); - } - - public static Test suite() { - return new TestSuite(DeepMLTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/EMTest.java b/src/test/java/meka/classifiers/multilabel/meta/EMTest.java deleted file mode 100644 index af3bd42a..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/EMTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests EM. Run from the command line with:

- * java meka.classifiers.multilabel.meta.EMTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class EMTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public EMTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new EM(); - } - - public static Test suite() { - return new TestSuite(EMTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/EnsembleMLTest.java b/src/test/java/meka/classifiers/multilabel/meta/EnsembleMLTest.java deleted file mode 100644 index 3f6fb303..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/EnsembleMLTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests EnsembleML. Run from the command line with:

- * java meka.classifiers.multilabel.meta.EnsembleMLTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class EnsembleMLTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public EnsembleMLTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new EnsembleML(); - } - - public static Test suite() { - return new TestSuite(EnsembleMLTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/FilteredClassifierTest.java b/src/test/java/meka/classifiers/multilabel/meta/FilteredClassifierTest.java deleted file mode 100644 index 8639ee31..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/FilteredClassifierTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2017 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests FilteredClassifier. Run from the command line with:

- * java meka.classifiers.multilabel.meta.FilteredClassifierTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class FilteredClassifierTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public FilteredClassifierTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new FilteredClassifier(); - } - - public static Test suite() { - return new TestSuite(FilteredClassifierTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/MBRTest.java b/src/test/java/meka/classifiers/multilabel/meta/MBRTest.java deleted file mode 100644 index 42cca3f0..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/MBRTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests MBR. Run from the command line with:

- * java meka.classifiers.multilabel.meta.MBRTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MBRTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MBRTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MBR(); - } - - public static Test suite() { - return new TestSuite(MBRTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/MultiSearchTest.java b/src/test/java/meka/classifiers/multilabel/meta/MultiSearchTest.java deleted file mode 100644 index ac06e720..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/MultiSearchTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2017 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests MultiSearch. Run from the command line with:

- * java meka.classifiers.multilabel.meta.MultiSearchTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MultiSearchTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MultiSearchTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MultiSearch(); - } - - public static Test suite() { - return new TestSuite(MultiSearchTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/RandomSubspaceMLTest.java b/src/test/java/meka/classifiers/multilabel/meta/RandomSubspaceMLTest.java deleted file mode 100644 index cfc76e65..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/RandomSubspaceMLTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests RandomSubspaceML. Run from the command line with:

- * java meka.classifiers.multilabel.meta.RandomSubspaceMLTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class RandomSubspaceMLTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public RandomSubspaceMLTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new RandomSubspaceML(); - } - - public static Test suite() { - return new TestSuite(RandomSubspaceMLTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multilabel/meta/SubsetMapperTest.java b/src/test/java/meka/classifiers/multilabel/meta/SubsetMapperTest.java deleted file mode 100644 index c4712d57..00000000 --- a/src/test/java/meka/classifiers/multilabel/meta/SubsetMapperTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multilabel.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multilabel.AbstractMultiLabelClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests SubsetMapper. Run from the command line with:

- * java meka.classifiers.multilabel.meta.SubsetMapperTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class SubsetMapperTest - extends AbstractMultiLabelClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public SubsetMapperTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new SubsetMapper(); - } - - public static Test suite() { - return new TestSuite(SubsetMapperTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/AbstractMultiTargetClassifierTest.java b/src/test/java/meka/classifiers/multitarget/AbstractMultiTargetClassifierTest.java deleted file mode 100644 index a48c9722..00000000 --- a/src/test/java/meka/classifiers/multitarget/AbstractMultiTargetClassifierTest.java +++ /dev/null @@ -1,42 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/** - * AbstractMultiTargetClassifierTest.java - * Copyright (C) 2017 University of Waikato, Hamilton, NZ - */ - -package meka.classifiers.multitarget; - -import meka.classifiers.AbstractMekaClassifierTest; - -/** - * Ancestor for multi-label tests. - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision$ - */ -public abstract class AbstractMultiTargetClassifierTest - extends AbstractMekaClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public AbstractMultiTargetClassifierTest(String name) { - super(name); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/CCTest.java b/src/test/java/meka/classifiers/multitarget/CCTest.java deleted file mode 100644 index b0d3025f..00000000 --- a/src/test/java/meka/classifiers/multitarget/CCTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests CC. Run from the command line with:

- * java meka.classifiers.multitarget.CCTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CCTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CCTest(String name) { - super(name); - } - - /** - * Creates a default BR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CC(); - } - - public static Test suite() { - return new TestSuite(CCTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/CCpTest.java b/src/test/java/meka/classifiers/multitarget/CCpTest.java deleted file mode 100644 index fca1a419..00000000 --- a/src/test/java/meka/classifiers/multitarget/CCpTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests CCp. Run from the command line with:

- * java meka.classifiers.multitarget.CCpTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CCpTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CCpTest(String name) { - super(name); - } - - /** - * Creates a default classifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CCp(); - } - - public static Test suite() { - return new TestSuite(CCpTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/CRTest.java b/src/test/java/meka/classifiers/multitarget/CRTest.java deleted file mode 100644 index aa316c22..00000000 --- a/src/test/java/meka/classifiers/multitarget/CRTest.java +++ /dev/null @@ -1,62 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget; - -import junit.framework.Test; -import junit.framework.TestSuite; -import weka.classifiers.Classifier; - -/** - * Tests CR. Run from the command line with:

- * java meka.classifiers.multitarget.CRTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class CRTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public CRTest(String name) { - super(name); - } - - /** - * Creates a default CR. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new CR(); - } - - public static Test suite() { - return new TestSuite(CRTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/meta/BaggingMTTest.java b/src/test/java/meka/classifiers/multitarget/meta/BaggingMTTest.java deleted file mode 100644 index 684ffb30..00000000 --- a/src/test/java/meka/classifiers/multitarget/meta/BaggingMTTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multitarget.AbstractMultiTargetClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests BaggingMT. Run from the command line with:

- * java meka.classifiers.multitarget.meta.BaggingMTTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class BaggingMTTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public BaggingMTTest(String name) { - super(name); - } - - /** - * Creates a default BaggingMT. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new BaggingMT(); - } - - public static Test suite() { - return new TestSuite(BaggingMTTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/meta/EnsembleMTTest.java b/src/test/java/meka/classifiers/multitarget/meta/EnsembleMTTest.java deleted file mode 100644 index db88fbb7..00000000 --- a/src/test/java/meka/classifiers/multitarget/meta/EnsembleMTTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multitarget.AbstractMultiTargetClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests EnsembleMT. Run from the command line with:

- * java meka.classifiers.multitarget.meta.EnsembleMTTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class EnsembleMTTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public EnsembleMTTest(String name) { - super(name); - } - - /** - * Creates a default EnsembleMT. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new EnsembleMT(); - } - - public static Test suite() { - return new TestSuite(EnsembleMTTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/meta/FilteredClassifierTest.java b/src/test/java/meka/classifiers/multitarget/meta/FilteredClassifierTest.java deleted file mode 100644 index 83c36057..00000000 --- a/src/test/java/meka/classifiers/multitarget/meta/FilteredClassifierTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2017 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multitarget.AbstractMultiTargetClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests FilteredClassifier. Run from the command line with:

- * java meka.classifiers.multitarget.meta.FilteredClassifierTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class FilteredClassifierTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public FilteredClassifierTest(String name) { - super(name); - } - - /** - * Creates a default FilteredClassifier. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new FilteredClassifier(); - } - - public static Test suite() { - return new TestSuite(FilteredClassifierTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/classifiers/multitarget/meta/MultiSearchTest.java b/src/test/java/meka/classifiers/multitarget/meta/MultiSearchTest.java deleted file mode 100644 index 887e7240..00000000 --- a/src/test/java/meka/classifiers/multitarget/meta/MultiSearchTest.java +++ /dev/null @@ -1,63 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2017 University of Waikato, Hamilton, New Zealand - */ - -package meka.classifiers.multitarget.meta; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.classifiers.multitarget.AbstractMultiTargetClassifierTest; -import weka.classifiers.Classifier; - -/** - * Tests MultiSearch. Run from the command line with:

- * java meka.classifiers.multitarget.meta.MultiSearchTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MultiSearchTest - extends AbstractMultiTargetClassifierTest { - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MultiSearchTest(String name) { - super(name); - } - - /** - * Creates a default MultiSearch. - * - * @return the classifier - */ - @Override - public Classifier getClassifier() { - return new MultiSearch(); - } - - public static Test suite() { - return new TestSuite(MultiSearchTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/core/MetricsTest.java b/src/test/java/meka/core/MetricsTest.java deleted file mode 100644 index ff927cbe..00000000 --- a/src/test/java/meka/core/MetricsTest.java +++ /dev/null @@ -1,1423 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.core; - -import junit.framework.Test; -import junit.framework.TestSuite; -import junit.framework.TestCase; - -import java.util.ArrayList; -import java.util.Arrays; - -import weka.core.Utils; -import weka.classifiers.evaluation.ThresholdCurve; -import weka.core.Instances; - - -/** - * Tests the metrics. Run from the command line with:

- * java meka.core.TestMetrics - * - * @author Joerg Wicker (jw@joerg-wicker.org) - * @version $Revision: 117 $ - */ -public class MetricsTest - extends TestCase { - - private ArrayList tmos; - - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public MetricsTest(String name) { - super(name); - } - - - - protected void setUp(){ - tmos = new ArrayList(); - // all correct - - - double[][] pred = new double[][]{new double[]{1.0,0.0,1.0,0.0}, - new double[]{0.0,1.0,0.0,1.0}, - new double[]{1.0,0.0,1.0,0.0}, - new double[]{0.0,1.0,0.0,1.0}}; - - int[][] predInt = new int[][]{new int[]{1,0,1,0}, - new int[]{0,1,0,1}, - new int[]{1,0,1,0}, - new int[]{0,1,0,1}}; - - int[][] real = new int[][]{new int[]{1,0,1,0}, - new int[]{0,1,0,1}, - new int[]{1,0,1,0}, - new int[]{0,1,0,1}}; - - - TestMetricObject tmo = new TestMetricObject(pred, - predInt, - real, - 1.0, // exactmatch - 0.0, // zeroone - 0.0, // l_hamming - 1.0, // p_hamming - 1.0, // p_harmonic - 1.0, // p_accuracy - 1.0, // p_jaccardind - 0.0, // l_jaccarddist - 0.0, // l_loglossl - 0.0, // l_loglossd - 1.0, // precision_mac - 1.0, // recall_mac - 1.0, // precision_mic - 1.0, // recall_mic - 1.0, // fmicro - 1.0, // fmicrol - 1.0, // fmicrod - 0.0, // oneerror - 1.0, // avgprec - 0.0, // rankloss - 1.0, // macroauprc - 1.0, // macroauroc - 1.0, // microauprc - 1.0, // microauroc - 0.0); // levenshtein - tmos.add(tmo); - - - // all wrong - - - pred = new double[][]{new double[]{1.0,0.0,1.0}, - new double[]{0.0,1.0,0.0}, - new double[]{1.0,0.0,1.0}, - new double[]{0.0,1.0,0.0}}; - - predInt = new int[][]{new int[]{1,0,1}, - new int[]{0,1,0}, - new int[]{1,0,1}, - new int[]{0,1,0}}; - - real = new int[][]{new int[]{0,1,0}, - new int[]{1,0,1}, - new int[]{0,1,0}, - new int[]{1,0,1}}; - - - tmo = new TestMetricObject(pred, - predInt, - real, - 0.0, // exactmatch - 1.0, // zeroone - 1.0, // l_hamming - 0.0, // p_hamming - 0.0, // p_harmonic - 0.0, // p_accuracy - 0.0, // p_jaccardind - 1.0, // l_jaccarddist - Math.log(3.0), // l_loglossl - Math.log(4.0), // l_loglossd - 0.0, // precision_mac - 0.0, // recall_mac - 0.0, // precision_mic - 0.0, // recall_mic - 0.0, // fmicro - 0.0, // fmicrol - 0.0, // fmicrod - 1.0, // oneerror - 0.5, // avgprec - 1.0, // rankloss - 0.5, // macroauprc - 0.0, // macroauroc - 0.5, // microauprc - 0.0, // microauroc - 2.0/3.0); // levenshtein - tmos.add(tmo); - - - - - // always exactly 50% right - - pred = new double[][]{new double[]{1.0,0.0,1.0,0.0}, - new double[]{0.0,1.0,0.0,1.0}, - new double[]{1.0,0.0,1.0,0.0}, - new double[]{0.0,1.0,0.0,1.0}}; - - predInt = new int[][]{new int[]{1,0,1,0}, - new int[]{0,1,0,1}, - new int[]{1,0,1,0}, - new int[]{0,1,0,1}}; - - real = new int[][]{new int[]{0,1,0,1}, - new int[]{0,1,0,1}, - new int[]{1,0,1,0}, - new int[]{1,0,1,0}}; - - - tmo = new TestMetricObject(pred, - predInt, - real, - 0.5, // exactmatch - 0.5, // zeroone - 0.5, // l_hamming - 0.5, // p_hamming - 0.5, // p_harmonic - 0.5, // p_accuracy - 0.5, // p_jaccardind - 0.5, // l_jaccarddist - Math.log(4.0)/2.0, // l_loglossl - Math.log(4.0)/2.0, // l_loglossd - 0.5, // precision_mac - 0.5, // recall_mac - 0.5, // precision_mic - 0.5, // recall_mic - 0.5, // fmicro - 0.5, // fmicrol - 0.5, // fmicrod - 0.5, // oneerror - 0.75, // avgprec - 0.5, // rankloss - 0.5, // macroauprc - 0.5, // macroauroc - 0.5, // microauprc - 0.5, // microauroc - 0.25); // levenshtein - tmos.add(tmo); - - - - - // all correct w missing 50% - - pred = new double[][]{new double[]{1.0,0.0,1.0,0.0}, - new double[]{0.0,1.0,0.0,1.0}, - new double[]{1.0,0.0,1.0,0.0}, - new double[]{0.0,1.0,0.0,1.0}}; - - predInt = new int[][]{new int[]{1,0,1,0}, - new int[]{0,1,0,1}, - new int[]{1,0,1,0}, - new int[]{0,1,0,1}}; - - real = new int[][]{new int[]{-1,0,1,-1}, - new int[]{0,-1,-1,1}, - new int[]{1,-1,-1,0}, - new int[]{-1,1,0,-1}}; - - - tmo = new TestMetricObject(pred, - predInt, - real, - 1.0, // exactmatch - 0.0, // zeroone - 0.0, // l_hamming - 1.0, // p_hamming - 1.0, // p_harmonic - 1.0, // p_accuracy - 1.0, // p_jaccardind - 0.0, // l_jaccarddist - 0.0, // l_loglossl - 0.0, // l_loglossd - 1.0, // precision_mac - 1.0, // recall_mac - 1.0, // precision_mic - 1.0, // recall_mic - 1.0, // fmicro - 1.0, // fmicrol - 1.0, // fmicrod - 0.0, // oneerror - 1.0, // avgprec - 0.0, // rankloss - 1.0, // macroauprc - 1.0, // macroauroc - 1.0, // microauprc - 1.0, // microauroc - 0.0); // levenshtein - tmos.add(tmo); - - - - - // all wrong w missing 50% - - // always exactly 50% right w missing 50% - - - // all correct w missing 50%, one label all missing - - // all wrong w missing 50%, one label all missing - - // always exactly 50% right w missing 50%, one label all missing - - - - // all correct, but one label all wrong - - // all wrong, but one label all right - - // always exactly 50% right, but one label all wrong - - // always exactly 50% right, but one label all right - - - - // all correct w missing 25% - - // all wrong w missing 25% - - // always exactly 50% right w missing 25% - - - // all correct w missing 75% - - // all wrong w missing 75% - - // always exactly 50% right w missing 75% - - - // missing 100% - - pred = new double[][]{new double[]{1.0,0.0,1.0}, - new double[]{0.0,1.0,0.0}, - new double[]{1.0,0.0,1.0}, - new double[]{0.0,1.0,0.0}}; - - predInt = new int[][]{new int[]{1,0,1}, - new int[]{0,1,0}, - new int[]{1,0,1}, - new int[]{0,1,0}}; - - real = new int[][]{new int[]{-1,-1,-1}, - new int[]{-1,-1,-1}, - new int[]{-1,-1,-1}, - new int[]{-1,-1,-1}}; - - - tmo = new TestMetricObject(pred, - predInt, - real, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN, - Double.NaN); - tmos.add(tmo); - - } - - /** - * Tests avarage precision for one row - */ - public void testP_AveragePrecision(){ - // confidences: [0.1,0.6,0.3,0.4,0.2,0.5] - // real ys: [0,1,0,1,0,1] - // rank = [ 6, 1, 4, 3, 5, 2] - // relevant lambdas: [1,3,5] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.6 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.4 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 5 - // Corresponding confidence was = 0.5 - // rank is = 2 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{0,1,0,1,0,1}, - new double[]{0.1,0.6,0.3,0.4,0.2,0.5} - ), 0.00001 - ); - - // confidences: [1.0,1.0,1.0] - // real ys: [1,1,1] - // rank = [ 3, 3, 3] - // relevant lambdas: [0,1,2] - // compute fraction for lambda = 0 - // Corresponding confidence was = 1.0 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 1 - // Corresponding confidence was = 1.0 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 2 - // Corresponding confidence was = 1.0 - // rank is = 3 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{1,1,1}, - new double[]{1.0,1.0,1.0} - ), 0.00001 - ); - - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{0,0,0}, - new double[]{0.3,0.2,0.4} - ), 0.00001 - ); - - // confidences: [0.1,0.2,0.3] - // real ys: [1,1,1] - // rank = [ 3, 2, 1] - // relevant lambdas: [0,1,2] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.1 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.2 - // rank is = 2 - // fraction is = 1.0 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.3 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{1,1,1}, - new double[]{0.1,0.2,0.3} - ), 0.00001 - ); - - // confidences: [0.3,0.1,0.2] - // real ys: [1,1,1] - // rank = [ 1, 3, 2] - // relevant lambdas: [0,1,2] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.3 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.1 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.2 - // rank is = 2 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{1,1,1}, - new double[]{0.3,0.1,0.2} - ), 0.00001 - ); - - // confidences: [0.1,0.9,0.2] - // real ys: [0,1,0] - // rank = [ 3, 1, 2] - // relevant lambdas: [1] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.9 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{0,1,0}, - new double[]{0.1,0.9,0.2} - ), 0.00001 - ); - - // confidences: [0.1,0.7,0.9] - // real ys: [0,1,1] - // rank = [ 3, 2, 1] - // relevant lambdas: [1,2] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.7 - // rank is = 2 - // fraction is = 1.0 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.9 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{0,1,1}, - new double[]{0.1,0.7,0.9} - ), 0.00001 - ); - - // confidences: [0.8,0.7,0.9] - // real ys: [0,1,1] - // rank = [ 2, 3, 1] - // relevant lambdas: [1,2] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.7 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.9 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(0.8333333333, - Metrics.P_AveragePrecision( - new int[]{0,1,1}, - new double[]{0.8,0.7,0.9} - ), 0.00001 - ); - - // confidences: [0.0,0.0,0.0,0.0] - // real ys: [1,1,1,1] - // rank = [ 4, 4, 4, 4] - // relevant lambdas: [0,1,2,3] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.0 - // rank is = 4 - // fraction is = 1.0 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.0 - // rank is = 4 - // fraction is = 1.0 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.0 - // rank is = 4 - // fraction is = 1.0 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.0 - // rank is = 4 - // fraction is = 1.0 - - assertEquals(1.0000000000, - Metrics.P_AveragePrecision( - new int[]{1,1,1,1}, - new double[]{0.0,0.0,0.0,0.0} - ), 0.00001 - ); - - // confidences: [0.5975452777972018,0.3332183994766498,0.3851891847407185,0.984841540199809,0.8791825178724801,0.9412491794821144,0.27495396603548483,0.12889715087377673] - // real ys: [1,1,0,1,1,0,1,0] - // rank = [ 4, 6, 5, 1, 3, 2, 7, 8] - // relevant lambdas: [0,1,3,4,6] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.5975452777972018 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.3332183994766498 - // rank is = 6 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.984841540199809 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.8791825178724801 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.27495396603548483 - // rank is = 7 - // fraction is = 0.7142857142857143 - - assertEquals(0.7595238095, - Metrics.P_AveragePrecision( - new int[]{1,1,0,1,1,0,1,0}, - new double[]{0.5975452777972018,0.3332183994766498,0.3851891847407185,0.984841540199809,0.8791825178724801,0.9412491794821144,0.27495396603548483,0.12889715087377673} - ), 0.00001 - ); - - // confidences: [0.10449068625097169,0.6251463634655593,0.4107961954910617,0.7763122912749325,0.990722785714783,0.4872328470301428,0.7462414053223305,0.7331520701949938] - // real ys: [0,1,0,0,1,0,1,1] - // rank = [ 8, 5, 7, 2, 1, 6, 3, 4] - // relevant lambdas: [1,4,6,7] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.6251463634655593 - // rank is = 5 - // fraction is = 0.8 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.990722785714783 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.7462414053223305 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.7331520701949938 - // rank is = 4 - // fraction is = 0.75 - - assertEquals(0.8041666667, - Metrics.P_AveragePrecision( - new int[]{0,1,0,0,1,0,1,1}, - new double[]{0.10449068625097169,0.6251463634655593,0.4107961954910617,0.7763122912749325,0.990722785714783,0.4872328470301428,0.7462414053223305,0.7331520701949938} - ), 0.00001 - ); - - // confidences: [0.13393984058689223,0.0830623982249149,0.9785743401478403,0.7223571191888487,0.7150310138504744,0.14322038530059678,0.4629578184224229,0.004485602182885184] - // real ys: [1,0,1,0,1,1,1,1] - // rank = [ 6, 7, 1, 2, 3, 5, 4, 8] - // relevant lambdas: [0,2,4,5,6,7] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.13393984058689223 - // rank is = 6 - // fraction is = 0.8333333333333334 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.9785743401478403 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.7150310138504744 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 5 - // Corresponding confidence was = 0.14322038530059678 - // rank is = 5 - // fraction is = 0.8 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.4629578184224229 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.004485602182885184 - // rank is = 8 - // fraction is = 0.75 - - assertEquals(0.8000000000, - Metrics.P_AveragePrecision( - new int[]{1,0,1,0,1,1,1,1}, - new double[]{0.13393984058689223,0.0830623982249149,0.9785743401478403,0.7223571191888487,0.7150310138504744,0.14322038530059678,0.4629578184224229,0.004485602182885184} - ), 0.00001 - ); - - // confidences: [0.9715469888517128,0.8657458802140383,0.6125811047098682,0.17898798452881726,0.21757041220968598,0.8544871670422907,0.009673497300974332,0.6922930069529333] - // real ys: [0,1,0,1,0,1,1,1] - // rank = [ 1, 2, 5, 7, 6, 3, 8, 4] - // relevant lambdas: [1,3,5,6,7] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.8657458802140383 - // rank is = 2 - // fraction is = 0.5 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.17898798452881726 - // rank is = 7 - // fraction is = 0.5714285714285714 - // compute fraction for lambda = 5 - // Corresponding confidence was = 0.8544871670422907 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.009673497300974332 - // rank is = 8 - // fraction is = 0.625 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.6922930069529333 - // rank is = 4 - // fraction is = 0.75 - - assertEquals(0.6226190476, - Metrics.P_AveragePrecision( - new int[]{0,1,0,1,0,1,1,1}, - new double[]{0.9715469888517128,0.8657458802140383,0.6125811047098682,0.17898798452881726,0.21757041220968598,0.8544871670422907,0.009673497300974332,0.6922930069529333} - ), 0.00001 - ); - - // confidences: [0.945333238959629,0.014236355103667941,0.3942035527773311,0.8537907753080728,0.7860424508145526,0.993471955005814,0.883104405981479,0.17029153024770394] - // real ys: [1,1,1,1,0,0,1,0] - // rank = [ 2, 8, 6, 4, 5, 1, 3, 7] - // relevant lambdas: [0,1,2,3,6] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.945333238959629 - // rank is = 2 - // fraction is = 0.5 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.014236355103667941 - // rank is = 8 - // fraction is = 0.625 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.3942035527773311 - // rank is = 6 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.8537907753080728 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.883104405981479 - // rank is = 3 - // fraction is = 0.6666666666666666 - - assertEquals(0.6416666667, - Metrics.P_AveragePrecision( - new int[]{1,1,1,1,0,0,1,0}, - new double[]{0.945333238959629,0.014236355103667941,0.3942035527773311,0.8537907753080728,0.7860424508145526,0.993471955005814,0.883104405981479,0.17029153024770394} - ), 0.00001 - ); - - // confidences: [0.44142677367579175,0.46208799028599445,0.8528274665994607,0.501834850205735,0.9919429804102169,0.9692699099404161,0.35310607217911816,0.047265869196129406] - // real ys: [1,0,1,1,1,0,1,1] - // rank = [ 6, 5, 3, 4, 1, 2, 7, 8] - // relevant lambdas: [0,2,3,4,6,7] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.44142677367579175 - // rank is = 6 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.8528274665994607 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.501834850205735 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.9919429804102169 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.35310607217911816 - // rank is = 7 - // fraction is = 0.7142857142857143 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.047265869196129406 - // rank is = 8 - // fraction is = 0.75 - - assertEquals(0.7579365079, - Metrics.P_AveragePrecision( - new int[]{1,0,1,1,1,0,1,1}, - new double[]{0.44142677367579175,0.46208799028599445,0.8528274665994607,0.501834850205735,0.9919429804102169,0.9692699099404161,0.35310607217911816,0.047265869196129406} - ), 0.00001 - ); - - // confidences: [0.9891171507514055,0.7674421030154899,0.5013973510122299,0.2555253108964435,0.30915818724818767,0.8482805002723425,0.052084538173983286,0.010175454536229256] - // real ys: [0,0,0,0,0,0,1,0] - // rank = [ 1, 3, 4, 6, 5, 2, 7, 8] - // relevant lambdas: [6] - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.052084538173983286 - // rank is = 7 - // fraction is = 0.14285714285714285 - - assertEquals(0.1428571429, - Metrics.P_AveragePrecision( - new int[]{0,0,0,0,0,0,1,0}, - new double[]{0.9891171507514055,0.7674421030154899,0.5013973510122299,0.2555253108964435,0.30915818724818767,0.8482805002723425,0.052084538173983286,0.010175454536229256} - ), 0.00001 - ); - - // confidences: [0.3078931676344727,0.5316085562487977,0.9188142018385732,0.27721002606871137,0.8742622102831944,0.6098815135127635,0.9086392096967358,0.04449062015679506] - // real ys: [0,1,0,1,1,1,0,1] - // rank = [ 6, 5, 1, 7, 3, 4, 2, 8] - // relevant lambdas: [1,3,4,5,7] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.5316085562487977 - // rank is = 5 - // fraction is = 0.6 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.27721002606871137 - // rank is = 7 - // fraction is = 0.5714285714285714 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.8742622102831944 - // rank is = 3 - // fraction is = 0.3333333333333333 - // compute fraction for lambda = 5 - // Corresponding confidence was = 0.6098815135127635 - // rank is = 4 - // fraction is = 0.5 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.04449062015679506 - // rank is = 8 - // fraction is = 0.625 - - assertEquals(0.5259523810, - Metrics.P_AveragePrecision( - new int[]{0,1,0,1,1,1,0,1}, - new double[]{0.3078931676344727,0.5316085562487977,0.9188142018385732,0.27721002606871137,0.8742622102831944,0.6098815135127635,0.9086392096967358,0.04449062015679506} - ), 0.00001 - ); - - // confidences: [0.36636074451399603,0.47763691175692136,0.7039697053426346,0.3227677982432213,0.011654838276547785,0.7010389381824046,0.7453528603915509,0.6072882485626178] - // real ys: [1,0,0,0,1,0,1,0] - // rank = [ 6, 5, 2, 7, 8, 3, 1, 4] - // relevant lambdas: [0,4,6] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.36636074451399603 - // rank is = 6 - // fraction is = 0.3333333333333333 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.011654838276547785 - // rank is = 8 - // fraction is = 0.375 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.7453528603915509 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(0.5694444444, - Metrics.P_AveragePrecision( - new int[]{1,0,0,0,1,0,1,0}, - new double[]{0.36636074451399603,0.47763691175692136,0.7039697053426346,0.3227677982432213,0.011654838276547785,0.7010389381824046,0.7453528603915509,0.6072882485626178} - ), 0.00001 - ); - - // confidences: [0.003913530617220884,0.26489582745247164,0.8928169571561851,0.2975682649107815,0.4289044793297375,0.6875516381838638,0.4084964347010259,0.3530524994432197] - // real ys: [0,1,0,0,1,0,0,1] - // rank = [ 8, 7, 1, 6, 3, 2, 4, 5] - // relevant lambdas: [1,4,7] - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.26489582745247164 - // rank is = 7 - // fraction is = 0.42857142857142855 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.4289044793297375 - // rank is = 3 - // fraction is = 0.3333333333333333 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.3530524994432197 - // rank is = 5 - // fraction is = 0.4 - - assertEquals(0.3873015873, - Metrics.P_AveragePrecision( - new int[]{0,1,0,0,1,0,0,1}, - new double[]{0.003913530617220884,0.26489582745247164,0.8928169571561851,0.2975682649107815,0.4289044793297375,0.6875516381838638,0.4084964347010259,0.3530524994432197} - ), 0.00001 - ); - - - // confidences: [0.9,0.4,0.7,0.7,0.3,0.2,0.5,0.4] - // real ys: [1,1,0,1,1,0,1,0] - // rank = [ 1, 6, 3, 3, 7, 8, 4, 6] - // relevant lambdas: [0,1,3,4,6] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.9 - // rank is = 1 - // fraction is = 1.0 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.4 - // rank is = 6 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.7 - // rank is = 3 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.3 - // rank is = 7 - // fraction is = 0.7142857142857143 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.5 - // rank is = 4 - // fraction is = 0.75 - - assertEquals(0.7595238095, - Metrics.P_AveragePrecision( - new int[]{1,1,0,1,1,0,1,0}, - new double[]{0.9,0.4,0.7,0.7,0.3,0.2,0.5,0.4} - ), 0.00001 - ); - - // confidences: [0.2,0.0,0.3,0.2,0.2,0.3,0.5,0.5] - // real ys: [1,0,1,0,0,0,0,0] - // rank = [ 7, 8, 4, 7, 7, 4, 2, 2] - // relevant lambdas: [0,2] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.2 - // rank is = 7 - // fraction is = 0.2857142857142857 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.3 - // rank is = 4 - // fraction is = 0.25 - - assertEquals(0.2678571429, - Metrics.P_AveragePrecision( - new int[]{1,0,1,0,0,0,0,0}, - new double[]{0.2,0.0,0.3,0.2,0.2,0.3,0.5,0.5} - ), 0.00001 - ); - - // confidences: [0.0,0.5,0.5,0.0,0.8,0.1,0.4,0.6] - // real ys: [0,0,1,0,0,0,1,1] - // rank = [ 8, 4, 4, 8, 1, 6, 5, 2] - // relevant lambdas: [2,6,7] - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.5 - // rank is = 4 - // fraction is = 0.5 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.4 - // rank is = 5 - // fraction is = 0.6 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.6 - // rank is = 2 - // fraction is = 0.5 - - assertEquals(0.5333333333, - Metrics.P_AveragePrecision( - new int[]{0,0,1,0,0,0,1,1}, - new double[]{0.0,0.5,0.5,0.0,0.8,0.1,0.4,0.6} - ), 0.00001 - ); - - // confidences: [0.8,0.7,0.3,0.7,0.7,0.8,0.5,0.8] - // real ys: [1,0,1,0,1,1,1,1] - // rank = [ 3, 6, 8, 6, 6, 3, 7, 3] - // relevant lambdas: [0,2,4,5,6,7] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.8 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.3 - // rank is = 8 - // fraction is = 0.75 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.7 - // rank is = 6 - // fraction is = 0.6666666666666666 - // compute fraction for lambda = 5 - // Corresponding confidence was = 0.8 - // rank is = 3 - // fraction is = 1.0 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.5 - // rank is = 7 - // fraction is = 0.7142857142857143 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.8 - // rank is = 3 - // fraction is = 1.0 - - assertEquals(0.8551587302, - Metrics.P_AveragePrecision( - new int[]{1,0,1,0,1,1,1,1}, - new double[]{0.8,0.7,0.3,0.7,0.7,0.8,0.5,0.8} - ), 0.00001 - ); - - // confidences: [0.7,0.1,0.6,0.0,0.7,0.2,0.5,0.0] - // real ys: [1,0,0,0,0,0,0,1] - // rank = [ 2, 6, 3, 8, 2, 5, 4, 8] - // relevant lambdas: [0,7] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.7 - // rank is = 2 - // fraction is = 0.5 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.0 - // rank is = 8 - // fraction is = 0.25 - - assertEquals(0.3750000000, - Metrics.P_AveragePrecision( - new int[]{1,0,0,0,0,0,0,1}, - new double[]{0.7,0.1,0.6,0.0,0.7,0.2,0.5,0.0} - ), 0.00001 - ); - - // confidences: [0.1,0.1,0.3,0.0,0.8,0.4,0.6,0.3] - // real ys: [1,1,1,1,1,0,0,0] - // rank = [ 7, 7, 5, 8, 1, 3, 2, 5] - // relevant lambdas: [0,1,2,3,4] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.1 - // rank is = 7 - // fraction is = 0.5714285714285714 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.1 - // rank is = 7 - // fraction is = 0.5714285714285714 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.3 - // rank is = 5 - // fraction is = 0.4 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.0 - // rank is = 8 - // fraction is = 0.625 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.8 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(0.6335714286, - Metrics.P_AveragePrecision( - new int[]{1,1,1,1,1,0,0,0}, - new double[]{0.1,0.1,0.3,0.0,0.8,0.4,0.6,0.3} - ), 0.00001 - ); - - // confidences: [0.7,0.7,0.1,0.7,0.8,0.3,0.0,0.5] - // real ys: [1,1,1,1,0,0,1,0] - // rank = [ 4, 4, 7, 4, 1, 6, 8, 5] - // relevant lambdas: [0,1,2,3,6] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.7 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.7 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.1 - // rank is = 7 - // fraction is = 0.5714285714285714 - // compute fraction for lambda = 3 - // Corresponding confidence was = 0.7 - // rank is = 4 - // fraction is = 0.75 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.0 - // rank is = 8 - // fraction is = 0.625 - - assertEquals(0.6892857143, - Metrics.P_AveragePrecision( - new int[]{1,1,1,1,0,0,1,0}, - new double[]{0.7,0.7,0.1,0.7,0.8,0.3,0.0,0.5} - ), 0.00001 - ); - - // confidences: [0.1,0.4,0.0,0.5,0.6,0.4,0.4,0.2] - // real ys: [1,1,1,0,1,0,0,0] - // rank = [ 7, 5, 8, 2, 1, 5, 5, 6] - // relevant lambdas: [0,1,2,4] - // compute fraction for lambda = 0 - // Corresponding confidence was = 0.1 - // rank is = 7 - // fraction is = 0.42857142857142855 - // compute fraction for lambda = 1 - // Corresponding confidence was = 0.4 - // rank is = 5 - // fraction is = 0.4 - // compute fraction for lambda = 2 - // Corresponding confidence was = 0.0 - // rank is = 8 - // fraction is = 0.5 - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.6 - // rank is = 1 - // fraction is = 1.0 - - assertEquals(0.5821428571, - Metrics.P_AveragePrecision( - new int[]{1,1,1,0,1,0,0,0}, - new double[]{0.1,0.4,0.0,0.5,0.6,0.4,0.4,0.2} - ), 0.00001 - ); - - // confidences: [0.5,0.2,0.4,0.9,0.7,0.1,0.1,0.3] - // real ys: [0,0,0,0,1,0,1,1] - // rank = [ 3, 6, 4, 1, 2, 8, 8, 5] - // relevant lambdas: [4,6,7] - // compute fraction for lambda = 4 - // Corresponding confidence was = 0.7 - // rank is = 2 - // fraction is = 0.5 - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.1 - // rank is = 8 - // fraction is = 0.375 - // compute fraction for lambda = 7 - // Corresponding confidence was = 0.3 - // rank is = 5 - // fraction is = 0.4 - - assertEquals(0.4250000000, - Metrics.P_AveragePrecision( - new int[]{0,0,0,0,1,0,1,1}, - new double[]{0.5,0.2,0.4,0.9,0.7,0.1,0.1,0.3} - ), 0.00001 - ); - - // confidences: [0.3,0.7,0.8,0.8,0.6,0.8,0.0,0.5] - // real ys: [0,0,0,0,0,0,1,0] - // rank = [ 7, 4, 3, 3, 5, 3, 8, 6] - // relevant lambdas: [6] - // compute fraction for lambda = 6 - // Corresponding confidence was = 0.0 - // rank is = 8 - // fraction is = 0.125 - - assertEquals(0.1250000000, - Metrics.P_AveragePrecision( - new int[]{0,0,0,0,0,0,1,0}, - new double[]{0.3,0.7,0.8,0.8,0.6,0.8,0.0,0.5} - ), 0.00001 - ); - - } - - public void testUtilSort(){ - int[] real = {0,1,0,1,0,1}; - double[] pred = {0.4, - 0.1, - 0.5, - 0.2, - 0.6, - 0.3}; - - int[] sorted = Utils.sort(pred); - - assertTrue(Arrays.toString(sorted), - Arrays.equals(new int[]{1,3,5,0,2,4},sorted)); - - - - // for(int i =0; i < sorted.length; sorted++){ - // assertEquals(new int[]{3,0,4,1,5,2},sorted); - // } - - - } - - - public void testP_ExactMatch(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_exactMatch, - Metrics.P_ExactMatch(tmo.real, - tmo.predInt), 0.00000001); - } - } - - public void testL_ZeroOne(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_zeroOne, - Metrics.L_ZeroOne(tmo.real, - tmo.predInt), 0.00000001); - } - } - - public static Test suite() { - return new TestSuite(MetricsTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } - - - public void testl_hamming(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_hamming, - Metrics.L_Hamming(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_hamming(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_hamming, - Metrics.P_Hamming(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_harmonic(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_harmonic, - Metrics.P_Harmonic(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_accuracy(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_accuracy, - Metrics.P_Accuracy(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_jaccardindex(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_jaccardindex, - Metrics.P_JaccardIndex(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testl_jaccardist(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_jaccardist, - Metrics.L_JaccardDist(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testl_loglossl(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_loglossl, - Metrics.L_LogLossL(tmo.real, - tmo.pred), 0.00000001); - } - } - public void testl_loglossd(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_loglossd, - Metrics.L_LogLossD(tmo.real, - tmo.pred), 0.00000001); - } - } - - public void testp_precisionmacro(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_precisionmacro, - Metrics.P_PrecisionMacro(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_recallmacro(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_recallmacro, - Metrics.P_RecallMacro(tmo.real, - tmo.predInt), 0.00000001); - } - } - - public void testp_precisionmicro(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_precisionmicro, - Metrics.P_PrecisionMicro(tmo.real, - tmo.predInt), 0.00000001); - } - } - - public void testp_recallmicro(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_recallmicro, - Metrics.P_RecallMicro(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_fmicroavg(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_fmicroavg, - Metrics.P_FmicroAvg(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_fmacroavgl(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_fmacroavgl, - Metrics.P_FmacroAvgL(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testp_fmacroavgd(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_fmacroavgd, - Metrics.P_FmacroAvgD(tmo.real, - tmo.predInt), 0.00000001); - } - } - public void testl_oneerror(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_oneerror, - Metrics.L_OneError(tmo.real, - tmo.pred), 0.00000001); - } - } - public void testp_averageprecision(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_averageprecision, - Metrics.P_AveragePrecision(tmo.real, - tmo.pred), 0.00000001); - } - } - public void testl_rankloss(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.l_rankloss, - Metrics.L_RankLoss(tmo.real, - tmo.pred), 0.00000001); - } - } - public void testp_macroauprc(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_macroauprc, - Metrics.P_macroAUPRC(tmo.real, - tmo.pred), 0.00000001); - } - } - public void testp_macroauroc(){ - for(TestMetricObject tmo : tmos){ - assertEquals(tmo.p_macroauroc, - Metrics.P_macroAUROC(tmo.real, - tmo.pred), 0.00000001); - } - } - - public void testp_microa(){ - for(TestMetricObject tmo : tmos){ - - Instances curvedata = Metrics.curveDataMicroAveraged(tmo.real, - tmo.pred); - - if (curvedata != null) { - - - - - assertEquals(tmo.p_microauroc, - ThresholdCurve.getROCArea(curvedata), 0.00000001); - - assertEquals(tmo.p_microauprc, - ThresholdCurve.getPRCArea(curvedata), 0.00000001); - } - // TODO What if it is null? For example when all is missing? - - } - } - public void testl_levenshteindistance(){ - for(TestMetricObject tmo : tmos){ - - - assertEquals(tmo.l_levenshteindistance, - Metrics.L_LevenshteinDistance(tmo.real, - tmo.predInt), 0.00000001); - } - } - - - - private class TestMetricObject{ - - public double[][] pred; - public int[][] predInt; - public int[][] real; - public double p_exactMatch; - public double l_zeroOne; - public double l_hamming; - public double p_hamming; - public double p_harmonic; - public double p_accuracy; - public double p_jaccardindex; - public double l_jaccardist; - public double l_loglossl; - public double l_loglossd; - public double p_precisionmacro; - public double p_recallmacro; - public double p_precisionmicro; - public double p_recallmicro; - public double p_fmicroavg; - public double p_fmacroavgl; - public double p_fmacroavgd; - public double l_oneerror; - public double p_averageprecision; - public double l_rankloss; - public double p_macroauprc; - public double p_macroauroc; - public double p_microauprc; - public double p_microauroc; - public double l_levenshteindistance; - - - public TestMetricObject(double[][] pred, - int[][] predInt, - int[][] real, - double p_exactMatch, - double l_zeroOne, - double l_hamming, - double p_hamming, - double p_harmonic, - double p_accuracy, - double p_jaccardindex, - double l_jaccardist, - double l_loglossl, - double l_loglossd, - double p_precisionmacro, - double p_recallmacro, - double p_precisionmicro, - double p_recallmicro, - double p_fmicroavg, - double p_fmacroavgl, - double p_fmacroavgd, - double l_oneerror, - double p_averageprecision, - double l_rankloss, - double p_macroauprc, - double p_macroauroc, - double p_microauprc, - double p_microauroc, - double l_levenshteindistance){ - this.pred = pred; - this.predInt = predInt; - this.real = real; - this.p_exactMatch = p_exactMatch; - this.l_zeroOne = l_zeroOne; - this.l_hamming = l_hamming; - this.p_hamming = p_hamming; - this.p_harmonic = p_harmonic; - this.p_accuracy = p_accuracy; - this.p_jaccardindex = p_jaccardindex; - this.l_jaccardist = l_jaccardist; - this.l_loglossl = l_loglossl; - this.l_loglossd = l_loglossd; - this.p_precisionmacro = p_precisionmacro; - this.p_recallmacro = p_recallmacro; - this.p_precisionmicro = p_precisionmicro; - this.p_recallmicro = p_recallmicro; - this.p_fmicroavg = p_fmicroavg; - this.p_fmacroavgl = p_fmacroavgl; - this.p_fmacroavgd = p_fmacroavgd; - this.l_oneerror = l_oneerror; - this.p_averageprecision = p_averageprecision; - this.l_rankloss = l_rankloss; - this.p_macroauprc = p_macroauprc; - this.p_macroauroc = p_macroauroc; - this.p_microauprc = p_microauprc; - this.p_microauroc = p_microauroc; - this.l_levenshteindistance = l_levenshteindistance; - - - - } - - - } -} diff --git a/src/test/java/meka/filters/AbstractMekaFilterTest.java b/src/test/java/meka/filters/AbstractMekaFilterTest.java deleted file mode 100644 index f76f24ec..00000000 --- a/src/test/java/meka/filters/AbstractMekaFilterTest.java +++ /dev/null @@ -1,61 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/** - * AbstractMekaFilterTest.java - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ -package meka.filters; - -import weka.core.converters.ConverterUtils; -import weka.filters.AbstractFilterTest; - -/** - * Abstract test for filters within the MEKA framework. - * - * @author fracpete (fracpete at waikato dot ac dot nz) - * @version $Revision: 67 $ - */ -public abstract class AbstractMekaFilterTest - extends AbstractFilterTest { - - static { - System.setProperty("weka.test.Regression.root", "src/test/resources"); - } - - /** - * Initializes the test. - * - * @param name the name of the test - */ - public AbstractMekaFilterTest(String name) { - super(name); - } - - /** - * Called by JUnit before each test method. This implementation creates - * the default filter to test and loads a test set of Instances. - * - * @throws Exception if an error occurs reading the example instances. - */ - protected void setUp() throws Exception { - m_Filter = getFilter(); - m_Instances = ConverterUtils.DataSource.read("FilterTest.arff"); - m_OptionTester = getOptionTester(); - m_GOETester = getGOETester(); - m_FilteredClassifier = getFilteredClassifier(); - m_FilteredClassifier.setDoNotCheckForModifiedClassAttribute(true); - } -} diff --git a/src/test/java/meka/filters/unsupervised/attribute/MekaClassAttributesTest.java b/src/test/java/meka/filters/unsupervised/attribute/MekaClassAttributesTest.java deleted file mode 100644 index ad138f13..00000000 --- a/src/test/java/meka/filters/unsupervised/attribute/MekaClassAttributesTest.java +++ /dev/null @@ -1,125 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/* - * Copyright (C) 2012 University of Waikato, Hamilton, New Zealand - */ - -package meka.filters.unsupervised.attribute; - -import junit.framework.Test; -import junit.framework.TestSuite; -import meka.filters.AbstractMekaFilterTest; -import weka.core.Instances; -import weka.filters.Filter; - -/** - * Tests MekaClassAttributes. Run from the command line with:

- * java meka.filters.unsupervised.attribute.MekaClassAttributesTest - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision: 66 $ - */ -public class MekaClassAttributesTest - extends AbstractMekaFilterTest { - - /** - * Initializes the test. - * - * @param name the name of the test to run - */ - public MekaClassAttributesTest(String name) { - super(name); - } - - /** - * Creates a default MekaClassAttributes filter. - * - * @return the filter instance - */ - @Override - public Filter getFilter() { - return new MekaClassAttributes(); - } - - /** - * Creates a specialized MekaClassAttributes. - * - * @param range the range of attributes to use - */ - public Filter getFilter(String range) { - MekaClassAttributes af = new MekaClassAttributes(); - try { - af.setAttributeIndices(range); - } - catch (Exception e) { - fail("Failed to set set range '" + range + "': " + e); - } - return af; - } - - /** - * performs the actual test. - */ - protected void performTest() { - Instances icopy = new Instances(m_Instances); - Instances result = null; - try { - m_Filter.setInputFormat(icopy); - } - catch (Exception ex) { - ex.printStackTrace(); - fail("Exception thrown on setInputFormat(): \n" + ex.getMessage()); - } - try { - result = Filter.useFilter(icopy, m_Filter); - assertNotNull(result); - } - catch (Exception ex) { - ex.printStackTrace(); - fail("Exception thrown on useFilter(): \n" + ex.getMessage()); - } - - assertEquals((icopy.numAttributes()), result.numAttributes()); - assertEquals(icopy.numInstances(), m_Instances.numInstances()); - } - - /** - * Tests using the first two attributes. - */ - public void testFirst() { - m_Filter = getFilter("1-2"); - testBuffered(); - performTest(); - } - - - /** - * Tests using the last two attributes. - */ - public void testLast() { - m_Filter = getFilter((m_Instances.numAttributes() - 1) + "-" + m_Instances.numAttributes()); - testBuffered(); - performTest(); - } - - public static Test suite() { - return new TestSuite(MekaClassAttributesTest.class); - } - - public static void main(String[] args){ - junit.textui.TestRunner.run(suite()); - } -} diff --git a/src/test/java/meka/test/TestHelper.java b/src/test/java/meka/test/TestHelper.java deleted file mode 100644 index 30064edb..00000000 --- a/src/test/java/meka/test/TestHelper.java +++ /dev/null @@ -1,204 +0,0 @@ -/* - * This program is free software: you can redistribute it and/or modify - * it under the terms of the GNU General Public License as published by - * the Free Software Foundation, either version 3 of the License, or - * (at your option) any later version. - * - * This program is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - * GNU General Public License for more details. - * - * You should have received a copy of the GNU General Public License - * along with this program. If not, see . - */ - -/** - * TestHelper.java - * Copyright (C) 2015 University of Waikato, Hamilton, NZ - */ - -package meka.test; - -import junit.framework.TestCase; - -import java.io.PrintWriter; -import java.io.StringWriter; - -/** - * Some helper methods for tests. - * - * @author FracPete (fracpete at waikato dot ac dot nz) - * @version $Revision$ - */ -public class TestHelper { - - /** the stddev indicator. */ - public final static String PLUS_MINUS = "+/-"; - - /** - * Returns the stacktrace of the throwable as string. - * - * @param t the throwable to get the stacktrace for - * @return the stacktrace - */ - public static String throwableToString(Throwable t) { - return throwableToString(t, -1); - } - - /** - * Returns the stacktrace of the throwable as string. - * - * @param t the throwable to get the stacktrace for - * @param maxLines the maximum number of lines to print, <= 0 for all - * @return the stacktrace - */ - public static String throwableToString(Throwable t, int maxLines) { - StringWriter writer; - StringBuilder result; - String[] lines; - int i; - - writer = new StringWriter(); - t.printStackTrace(new PrintWriter(writer)); - - if (maxLines > 0) { - result = new StringBuilder(); - lines = writer.toString().split("\n"); - for (i = 0; i < maxLines; i++) { - if (i > 0) - result.append("\n"); - result.append(lines[i]); - } - } - else { - result = new StringBuilder(writer.toString()); - } - - return result.toString(); - } - - /** - * Attempts to parse the string as double. In case this fails, TestCase.fail() is triggered. - * - * @param s the string to parse - * @return the number - */ - protected static double toDouble(String s) { - try { - return Double.parseDouble(s); - } - catch (Exception e) { - TestCase.fail("Failed to parse double: " + s + "\n" + throwableToString(e)); - return Double.NaN; // will never be reached - } - } - - /** - * Tests whether numbers in the string are the same up to the specified decimals. - * Can be separated by "+/-". - * - * @param expected the expected string - * @param actual the generated string - * @param decimals the number of decimals to check - * @see #PLUS_MINUS - */ - public static void assertAlmostEquals(String expected, String actual, int decimals) { - assertAlmostEquals(null, expected, actual, decimals); - } - - /** - * Tests whether numbers in the string are the same up to the specified decimals. - * Can be separated by "+/-". - * - * @param message the optional message to display in case of failure, can be null - * @param expected the expected string - * @param actual the generated string - * @param decimals the number of decimals to check - * @see #PLUS_MINUS - */ - public static void assertAlmostEquals(String message, String expected, String actual, int decimals) { - String exp1; - String exp2; - String act1; - String act2; - double e1; - double e2; - double a1; - double a2; - - if (expected.contains(PLUS_MINUS) && (actual.contains(PLUS_MINUS))) { - exp1 = expected.substring(0, expected.indexOf(PLUS_MINUS)).trim(); - exp2 = expected.substring(expected.indexOf(PLUS_MINUS) + PLUS_MINUS.length()).trim(); - act1 = actual.substring(0, actual.indexOf(PLUS_MINUS)).trim(); - act2 = actual.substring(actual.indexOf(PLUS_MINUS) + PLUS_MINUS.length()).trim(); - e1 = toDouble(exp1); - e2 = toDouble(exp2); - a1 = toDouble(act1); - a2 = toDouble(act2); - assertAlmostEquals(message + " (1st part)", e1, a1, decimals); - assertAlmostEquals(message + " (2nd part)", e2, a2, decimals); - } - else { - e1 = toDouble(expected); - a1 = toDouble(actual); - assertAlmostEquals(message, e1, a1, decimals); - } - } - - /** - * Tests whether numbers are the same up to the specified decimals. - * - * @param expected the expected number - * @param actual the generated number - * @param decimals the number of decimals to check - */ - public static void assertAlmostEquals(double expected, double actual, int decimals) { - assertAlmostEquals(null, new Double(expected), new Double(actual), decimals); - } - - /** - * Tests whether numbers are the same up to the specified decimals. - * - * @param expected the expected number - * @param actual the generated number - * @param decimals the number of decimals to check - */ - public static void assertAlmostEquals(Number expected, Number actual, int decimals) { - assertAlmostEquals(null, expected, actual, decimals); - } - - /** - * Tests whether numbers are the same up to the specified decimals. - * - * @param message the optional message to display in case of failure, can be null - * @param expected the expected number - * @param actual the generated number - * @param decimals the number of decimals to check - */ - public static void assertAlmostEquals(String message, double expected, double actual, int decimals) { - assertAlmostEquals(message, new Double(expected), new Double(actual), decimals); - } - - /** - * Tests whether numbers are the same up to the specified decimals. - * - * @param message the optional message to display in case of failure, can be null - * @param expected the expected number - * @param actual the generated number - * @param decimals the number of decimals to check - */ - public static void assertAlmostEquals(String message, Number expected, Number actual, int decimals) { - double exp; - double act; - double factor; - - factor = Math.pow(10, decimals); - exp = Math.round(expected.doubleValue() * factor) / factor; - act = Math.round(actual.doubleValue() * factor) / factor; - if (message == null) - TestCase.assertEquals(exp, act); - else - TestCase.assertEquals(message, exp, act); - } -}