constants.py

TD_ANALYTIC_FUNCS = [
    "ANOVA",
    "Attribution",
    "Antiselect",
    "Apriori",
    "BincodeFit",
    "BincodeTransform",
    "CFilter",
    "CategoricalSummary",
    "ChiSq",
    "ClassificationEvaluator",
    "ColumnSummary",
    "ColumnTransformer",
    "ConvertTo",
    "DecisionForest",
    "FTest",
    "FillRowId",
    "Fit",
    "GetFutileColumns",
    "GetRowsWithMissingValues",
    "GetRowsWithoutMissingValues",
    "GLM",
    "GLMPerSegment",
    "Histogram",
    "KMeans",
    "KMeansPredict",
    "KNN",
    "MovingAverage",
    "NERExtractor",
    "NGramSplitter",
    "NaiveBayesTextClassifierPredict",
    "NaiveBayesTextClassifierTrainer",
    "NonLinearCombineFit",
    "NonLinearCombineTransform",
    "NumApply",
    "NPath",
    "OneClassSVM",
    "OneClassSVMPredict",
    "OneHotEncodingFit",
    "OneHotEncodingTransform",
    "OrdinalEncodingFit",
    "OrdinalEncodingTransform",
    "OutlierFilterFit",
    "OutlierFilterTransform",
    "Pack",
    "PolynomialFeaturesFit",
    "PolynomialFeaturesTransform",
    "Pivoting",
    "QQNorm",
    "ROC",
    "RandomProjectionFit",
    "RandomProjectionMinComponents",
    "RandomProjectionTransform",
    "RegressionEvaluator",
    "RoundColumns",
    "RowNormalizeFit",
    "RowNormalizeTransform",
    "SMOTE",
    "SVM",
    "SVMPredict",
    "ScaleFit",
    "ScaleTransform",
    "Sessionize",
    "SentimentExtractor",
    "Shap",
    "Silhouette",
    "SimpleImputeFit",
    "SimpleImputeTransform",
    "StrApply",
    "StringSimilarity",
    "TDDecisionForestPredict",
    "TDGLMPredict",
    "TDNaiveBayesPredict",
    "TFIDF",
    "TargetEncodingFit",
    "TargetEncodingTransform",
    "TextMorph",
    "TextParser",
    "TrainTestSplit",
    "Transform",
    "UnivariateStatistics",
    "Unpack",
    "Unpivoting",
    "VectorDistance",
    "WhichMax",
    "WhichMin",
    "WordEmbeddings",
    "XGBoost",
    "XGBoostPredict",
    "ZTest",
]