{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 1.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 3.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 2.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 2.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 4.0. The Normal_Nucleoli is 2.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is unknown. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 4.0. The Marginal_Adhesion is 4.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 5.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 5.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 10.0. The Cell_Size_Uniformity is 8.0. The Cell_Shape_Uniformity is 8.0. The Marginal_Adhesion is 2.0. The Single_Epi_Cell_Size is 8.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 4.0. The Normal_Nucleoli is 8.0. The Mitoses is 10.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 5.0. The Cell_Shape_Uniformity is 5.0. The Marginal_Adhesion is 10.0. The Single_Epi_Cell_Size is 4.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 5.0. The Mitoses is 8.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 2.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 5.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 10.0. The Cell_Shape_Uniformity is 6.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 10.0. The Bare_Nuclei is 4.0. The Bland_Chromatin is 4.0. The Normal_Nucleoli is 10.0. The Mitoses is 10.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 2.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 5.0. The Marginal_Adhesion is 2.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 8.0. The Cell_Size_Uniformity is 5.0. The Cell_Shape_Uniformity is 6.0. The Marginal_Adhesion is 2.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 6.0. The Normal_Nucleoli is 6.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 4.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 2.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 2.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 8.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 2.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 8.0. The Cell_Size_Uniformity is 8.0. The Cell_Shape_Uniformity is 7.0. The Marginal_Adhesion is 4.0. The Single_Epi_Cell_Size is 10.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 8.0. The Mitoses is 7.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 5.0. The Cell_Shape_Uniformity is 7.0. The Marginal_Adhesion is 8.0. The Single_Epi_Cell_Size is 8.0. The Bare_Nuclei is 9.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 10.0. The Mitoses is 7.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 3.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is unknown. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 7.0. The Cell_Size_Uniformity is 8.0. The Cell_Shape_Uniformity is 7.0. The Marginal_Adhesion is 6.0. The Single_Epi_Cell_Size is 4.0. The Bare_Nuclei is 3.0. The Bland_Chromatin is 8.0. The Normal_Nucleoli is 8.0. The Mitoses is 4.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 7.0. The Cell_Shape_Uniformity is 10.0. The Marginal_Adhesion is 6.0. The Single_Epi_Cell_Size is 5.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 5.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 7.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 3.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 6.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 3.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 2.0. The Cell_Shape_Uniformity is 4.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 1.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 10.0. The Cell_Shape_Uniformity is 8.0. The Marginal_Adhesion is 10.0. The Single_Epi_Cell_Size is 8.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 6.0. The Mitoses is 3.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 8.0. The Cell_Size_Uniformity is 4.0. The Cell_Shape_Uniformity is 4.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 6.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 5.0. The Mitoses is 2.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 3.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 3.0. The Marginal_Adhesion is 3.0. The Single_Epi_Cell_Size is 6.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 8.0. The Cell_Size_Uniformity is 10.0. The Cell_Shape_Uniformity is 8.0. The Marginal_Adhesion is 8.0. The Single_Epi_Cell_Size is 4.0. The Bare_Nuclei is 8.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 7.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 2.0. The Cell_Shape_Uniformity is 3.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 7.0. The Cell_Shape_Uniformity is 10.0. The Marginal_Adhesion is 10.0. The Single_Epi_Cell_Size is 7.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 4.0. The Normal_Nucleoli is 9.0. The Mitoses is 4.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 3.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 10.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 4.0. The Marginal_Adhesion is 5.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 4.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 4.0. The Cell_Size_Uniformity is 4.0. The Cell_Shape_Uniformity is 4.0. The Marginal_Adhesion is 4.0. The Single_Epi_Cell_Size is 6.0. The Bare_Nuclei is 5.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 3.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 7.0. The Cell_Size_Uniformity is 6.0. The Cell_Shape_Uniformity is 10.0. The Marginal_Adhesion is 5.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 9.0. The Normal_Nucleoli is 10.0. The Mitoses is 2.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 9.0. The Cell_Size_Uniformity is 10.0. The Cell_Shape_Uniformity is 10.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 10.0. The Bare_Nuclei is 8.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 3.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 10.0. The Cell_Size_Uniformity is 4.0. The Cell_Shape_Uniformity is 3.0. The Marginal_Adhesion is 10.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 1.0. The Mitoses is 2.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 8.0. The Cell_Size_Uniformity is 6.0. The Cell_Shape_Uniformity is 5.0. The Marginal_Adhesion is 4.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 6.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 4.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is unknown. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 1.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 10.0. The Cell_Size_Uniformity is 2.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 6.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 2.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 10.0. The Cell_Shape_Uniformity is 10.0. The Marginal_Adhesion is 3.0. The Single_Epi_Cell_Size is 8.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 5.0. The Normal_Nucleoli is 10.0. The Mitoses is 3.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 2.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 2.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 2.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 2.0. The Normal_Nucleoli is 2.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 10.0. The Cell_Size_Uniformity is 10.0. The Cell_Shape_Uniformity is 10.0. The Marginal_Adhesion is 8.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 4.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 7.0. The Cell_Size_Uniformity is 8.0. The Cell_Shape_Uniformity is 8.0. The Marginal_Adhesion is 7.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 7.0. The Normal_Nucleoli is 2.0. The Mitoses is 3.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 3.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 2.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 3.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 5.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 8.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 5.0. The Normal_Nucleoli is 3.0. The Mitoses is 1.0.", "label": "malignant", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 5.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 1.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 6.0. The Cell_Size_Uniformity is 3.0. The Cell_Shape_Uniformity is 3.0. The Marginal_Adhesion is 5.0. The Single_Epi_Cell_Size is 3.0. The Bare_Nuclei is 10.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 5.0. The Mitoses is 3.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}
{"text": "The Clump_Thickness is 2.0. The Cell_Size_Uniformity is 1.0. The Cell_Shape_Uniformity is 1.0. The Marginal_Adhesion is 1.0. The Single_Epi_Cell_Size is 2.0. The Bare_Nuclei is 1.0. The Bland_Chromatin is 3.0. The Normal_Nucleoli is 1.0. The Mitoses is 1.0.", "label": "benign", "dataset": "breast-w", "benchmark": "openml_cc18", "task_type": "clf"}