| {"text": "The fixed_acidity is 6.6. The volatile_acidity is 0.7. The citric_acid is 0.08. The residual_sugar is 2.6. The chlorides is 0.11. The free_sulfur_dioxide is 14.0. The total_sulfur_dioxide is 27.0. The density is 1.0. The pH is 3.44. The sulphates is 0.58. The alcohol is 10.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.1. The volatile_acidity is 0.55. The citric_acid is 0.18. The residual_sugar is 1.9. The chlorides is 0.08. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 35.0. The density is 1.0. The pH is 3.3. The sulphates is 0.59. The alcohol is 9.0.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.3. The volatile_acidity is 0.42. The citric_acid is 0.38. The residual_sugar is 2.5. The chlorides is 0.09. The free_sulfur_dioxide is 24.0. The total_sulfur_dioxide is 60.0. The density is 1.0. The pH is 3.31. The sulphates is 0.7. The alcohol is 10.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.8. The volatile_acidity is 0.45. The citric_acid is 0.43. The residual_sugar is 1.4. The chlorides is 0.08. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 21.0. The density is 1.0. The pH is 3.21. The sulphates is 0.75. The alcohol is 10.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.3. The volatile_acidity is 0.66. The citric_acid is 0.0. The residual_sugar is 2.0. The chlorides is 0.08. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 23.0. The density is 1.0. The pH is 3.61. The sulphates is 0.96. The alcohol is 9.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.6. The volatile_acidity is 0.65. The citric_acid is 0.25. The residual_sugar is 2.0. The chlorides is 0.08. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 28.0. The density is 1.0. The pH is 3.28. The sulphates is 0.6. The alcohol is 10.0.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.6. The volatile_acidity is 0.44. The citric_acid is 0.64. The residual_sugar is 2.1. The chlorides is 0.06. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 15.0. The density is 1.0. The pH is 3.21. The sulphates is 0.67. The alcohol is 10.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.8. The volatile_acidity is 0.66. The citric_acid is 0.07. The residual_sugar is 1.6. The chlorides is 0.07. The free_sulfur_dioxide is 16.0. The total_sulfur_dioxide is 61.0. The density is 1.0. The pH is 3.29. The sulphates is 0.6. The alcohol is 9.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.46. The citric_acid is 0.2. The residual_sugar is 1.9. The chlorides is 0.08. The free_sulfur_dioxide is 28.0. The total_sulfur_dioxide is 54.0. The density is 1.0. The pH is 3.37. The sulphates is 0.64. The alcohol is 10.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.4. The volatile_acidity is 0.57. The citric_acid is 0.02. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 11.0. The density is 1.0. The pH is 3.46. The sulphates is 0.68. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.48. The citric_acid is 0.28. The residual_sugar is 2.8. The chlorides is 0.07. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 16.0. The density is 1.0. The pH is 3.24. The sulphates is 0.53. The alcohol is 10.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.3. The volatile_acidity is 0.59. The citric_acid is 0.42. The residual_sugar is 2.8. The chlorides is 0.09. The free_sulfur_dioxide is 35.0. The total_sulfur_dioxide is 73.0. The density is 1.0. The pH is 3.28. The sulphates is 0.7. The alcohol is 9.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.7. The volatile_acidity is 0.53. The citric_acid is 0.6. The residual_sugar is 2.0. The chlorides is 0.04. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 19.0. The density is 1.0. The pH is 3.3. The sulphates is 0.86. The alcohol is 12.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.7. The volatile_acidity is 0.69. The citric_acid is 0.32. The residual_sugar is 2.5. The chlorides is 0.09. The free_sulfur_dioxide is 22.0. The total_sulfur_dioxide is 91.0. The density is 1.0. The pH is 3.29. The sulphates is 0.62. The alcohol is 10.1.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.5. The volatile_acidity is 0.52. The citric_acid is 0.42. The residual_sugar is 2.3. The chlorides is 0.09. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 38.0. The density is 1.0. The pH is 3.58. The sulphates is 0.61. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.6. The volatile_acidity is 0.31. The citric_acid is 0.34. The residual_sugar is 2.5. The chlorides is 0.08. The free_sulfur_dioxide is 26.0. The total_sulfur_dioxide is 35.0. The density is 0.99. The pH is 3.22. The sulphates is 0.59. The alcohol is 12.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.5. The volatile_acidity is 0.51. The citric_acid is 0.02. The residual_sugar is 1.7. The chlorides is 0.08. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.36. The sulphates is 0.54. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.1. The volatile_acidity is 0.31. The citric_acid is 0.44. The residual_sugar is 2.3. The chlorides is 0.08. The free_sulfur_dioxide is 22.0. The total_sulfur_dioxide is 46.0. The density is 1.0. The pH is 3.32. The sulphates is 0.67. The alcohol is 9.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.6. The citric_acid is 0.0. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 16.0. The total_sulfur_dioxide is 34.0. The density is 1.0. The pH is 3.47. The sulphates is 0.7. The alcohol is 9.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.7. The volatile_acidity is 0.51. The citric_acid is 0.28. The residual_sugar is 2.1. The chlorides is 0.09. The free_sulfur_dioxide is 23.0. The total_sulfur_dioxide is 54.0. The density is 1.0. The pH is 3.42. The sulphates is 0.74. The alcohol is 9.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.43. The citric_acid is 0.45. The residual_sugar is 1.9. The chlorides is 0.05. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 16.0. The density is 0.99. The pH is 3.35. The sulphates is 0.7. The alcohol is 12.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.4. The volatile_acidity is 0.62. The citric_acid is 0.05. The residual_sugar is 1.9. The chlorides is 0.07. The free_sulfur_dioxide is 24.0. The total_sulfur_dioxide is 42.0. The density is 1.0. The pH is 3.42. The sulphates is 0.57. The alcohol is 11.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.2. The volatile_acidity is 0.65. The citric_acid is 0.02. The residual_sugar is 2.3. The chlorides is 0.09. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.67. The sulphates is 0.8. The alcohol is 9.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.22. The citric_acid is 0.48. The residual_sugar is 1.8. The chlorides is 0.08. The free_sulfur_dioxide is 29.0. The total_sulfur_dioxide is 60.0. The density is 1.0. The pH is 3.39. The sulphates is 0.53. The alcohol is 9.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.1. The volatile_acidity is 0.29. The citric_acid is 0.33. The residual_sugar is 2.05. The chlorides is 0.06. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 27.0. The density is 1.0. The pH is 3.26. The sulphates is 0.84. The alcohol is 11.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.7. The volatile_acidity is 0.57. The citric_acid is 0.21. The residual_sugar is 1.5. The chlorides is 0.07. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 9.0. The density is 0.99. The pH is 3.16. The sulphates is 0.54. The alcohol is 9.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.75. The citric_acid is 0.14. The residual_sugar is 2.5. The chlorides is 0.09. The free_sulfur_dioxide is 9.0. The total_sulfur_dioxide is 30.0. The density is 1.0. The pH is 3.34. The sulphates is 0.64. The alcohol is 10.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.3. The volatile_acidity is 0.55. The citric_acid is 0.03. The residual_sugar is 1.6. The chlorides is 0.07. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 42.0. The density is 1.0. The pH is 3.37. The sulphates is 0.48. The alcohol is 9.0.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.2. The volatile_acidity is 0.31. The citric_acid is 0.36. The residual_sugar is 2.2. The chlorides is 0.08. The free_sulfur_dioxide is 11.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.33. The sulphates is 0.86. The alcohol is 12.0.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.0. The volatile_acidity is 0.38. The citric_acid is 0.49. The residual_sugar is 2.5. The chlorides is 0.1. The free_sulfur_dioxide is 33.0. The total_sulfur_dioxide is 85.0. The density is 1.0. The pH is 3.39. The sulphates is 0.77. The alcohol is 11.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.2. The volatile_acidity is 0.52. The citric_acid is 0.08. The residual_sugar is 4.4. The chlorides is 0.07. The free_sulfur_dioxide is 11.0. The total_sulfur_dioxide is 32.0. The density is 1.0. The pH is 3.56. The sulphates is 0.63. The alcohol is 11.6.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.6. The volatile_acidity is 0.54. The citric_acid is 0.02. The residual_sugar is 1.7. The chlorides is 0.09. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.37. The sulphates is 0.51. The alcohol is 10.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.46. The citric_acid is 0.2. The residual_sugar is 1.9. The chlorides is 0.08. The free_sulfur_dioxide is 28.0. The total_sulfur_dioxide is 54.0. The density is 1.0. The pH is 3.37. The sulphates is 0.64. The alcohol is 10.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.8. The volatile_acidity is 0.47. The citric_acid is 0.49. The residual_sugar is 2.9. The chlorides is 0.09. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 110.0. The density is 1.0. The pH is 3.29. The sulphates is 0.6. The alcohol is 9.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.4. The volatile_acidity is 0.74. The citric_acid is 0.07. The residual_sugar is 1.7. The chlorides is 0.09. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 48.0. The density is 1.0. The pH is 3.12. The sulphates is 0.48. The alcohol is 10.0.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.2. The volatile_acidity is 0.34. The citric_acid is 0.48. The residual_sugar is 2.1. The chlorides is 0.05. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 9.0. The density is 0.99. The pH is 3.2. The sulphates is 0.69. The alcohol is 12.1.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.6. The volatile_acidity is 0.63. The citric_acid is 0.17. The residual_sugar is 2.9. The chlorides is 0.1. The free_sulfur_dioxide is 21.0. The total_sulfur_dioxide is 119.0. The density is 1.0. The pH is 3.09. The sulphates is 0.52. The alcohol is 9.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.4. The volatile_acidity is 0.26. The citric_acid is 0.44. The residual_sugar is 3.6. The chlorides is 0.07. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 19.0. The density is 1.0. The pH is 3.12. The sulphates is 0.82. The alcohol is 9.3.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.2. The volatile_acidity is 0.46. The citric_acid is 0.29. The residual_sugar is 2.1. The chlorides is 0.07. The free_sulfur_dioxide is 32.0. The total_sulfur_dioxide is 98.0. The density is 1.0. The pH is 3.33. The sulphates is 0.62. The alcohol is 9.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.1. The volatile_acidity is 0.82. The citric_acid is 0.0. The residual_sugar is 4.1. The chlorides is 0.1. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 14.0. The density is 1.0. The pH is 3.36. The sulphates is 0.53. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.2. The volatile_acidity is 0.28. The citric_acid is 0.6. The residual_sugar is 3.0. The chlorides is 0.1. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 22.0. The density is 1.0. The pH is 3.39. The sulphates is 0.68. The alcohol is 10.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.2. The volatile_acidity is 0.4. The citric_acid is 0.5. The residual_sugar is 2.0. The chlorides is 0.1. The free_sulfur_dioxide is 19.0. The total_sulfur_dioxide is 50.0. The density is 1.0. The pH is 3.1. The sulphates is 0.58. The alcohol is 10.4.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.8. The volatile_acidity is 0.66. The citric_acid is 0.26. The residual_sugar is 1.7. The chlorides is 0.07. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 23.0. The density is 1.0. The pH is 3.15. The sulphates is 0.74. The alcohol is 9.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.4. The volatile_acidity is 0.46. The citric_acid is 0.5. The residual_sugar is 2.7. The chlorides is 0.12. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 17.0. The density is 1.0. The pH is 3.13. The sulphates is 0.7. The alcohol is 10.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.5. The volatile_acidity is 0.86. The citric_acid is 0.26. The residual_sugar is 1.9. The chlorides is 0.08. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 28.0. The density is 1.0. The pH is 3.25. The sulphates is 0.62. The alcohol is 10.0.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.4. The volatile_acidity is 0.29. The citric_acid is 0.4. The residual_sugar is 1.7. The chlorides is 0.07. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 20.0. The density is 1.0. The pH is 3.39. The sulphates is 0.6. The alcohol is 10.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.2. The volatile_acidity is 0.63. The citric_acid is 0.31. The residual_sugar is 1.7. The chlorides is 0.09. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 64.0. The density is 1.0. The pH is 3.46. The sulphates is 0.79. The alcohol is 9.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.8. The volatile_acidity is 0.44. The citric_acid is 0.49. The residual_sugar is 2.8. The chlorides is 0.08. The free_sulfur_dioxide is 18.0. The total_sulfur_dioxide is 111.0. The density is 1.0. The pH is 3.3. The sulphates is 0.6. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 5.2. The volatile_acidity is 0.65. The citric_acid is 0.0. The residual_sugar is 2.15. The chlorides is 0.08. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 28.0. The density is 0.99. The pH is 3.78. The sulphates is 0.61. The alcohol is 12.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.1. The volatile_acidity is 0.18. The citric_acid is 0.48. The residual_sugar is 1.5. The chlorides is 0.07. The free_sulfur_dioxide is 7.0. The total_sulfur_dioxide is 15.0. The density is 1.0. The pH is 3.22. The sulphates is 0.64. The alcohol is 10.1.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.22. The citric_acid is 0.49. The residual_sugar is 1.8. The chlorides is 0.04. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 18.0. The density is 0.99. The pH is 3.39. The sulphates is 0.56. The alcohol is 12.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 13.3. The volatile_acidity is 0.29. The citric_acid is 0.75. The residual_sugar is 2.8. The chlorides is 0.08. The free_sulfur_dioxide is 23.0. The total_sulfur_dioxide is 43.0. The density is 1.0. The pH is 3.04. The sulphates is 0.68. The alcohol is 11.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.47. The citric_acid is 0.0. The residual_sugar is 2.2. The chlorides is 0.07. The free_sulfur_dioxide is 7.0. The total_sulfur_dioxide is 14.0. The density is 1.0. The pH is 3.4. The sulphates is 0.58. The alcohol is 10.9.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.1. The volatile_acidity is 0.78. The citric_acid is 0.1. The residual_sugar is 3.3. The chlorides is 0.09. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 13.0. The density is 1.0. The pH is 3.36. The sulphates is 0.49. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.8. The volatile_acidity is 0.43. The citric_acid is 0.32. The residual_sugar is 2.8. The chlorides is 0.08. The free_sulfur_dioxide is 29.0. The total_sulfur_dioxide is 58.0. The density is 1.0. The pH is 3.31. The sulphates is 0.64. The alcohol is 10.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.6. The volatile_acidity is 0.68. The citric_acid is 0.02. The residual_sugar is 1.3. The chlorides is 0.07. The free_sulfur_dioxide is 9.0. The total_sulfur_dioxide is 20.0. The density is 1.0. The pH is 3.17. The sulphates is 1.08. The alcohol is 9.2.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 5.6. The volatile_acidity is 0.31. The citric_acid is 0.37. The residual_sugar is 1.4. The chlorides is 0.07. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 96.0. The density is 1.0. The pH is 3.32. The sulphates is 0.58. The alcohol is 9.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.8. The volatile_acidity is 0.91. The citric_acid is 0.06. The residual_sugar is 2.0. The chlorides is 0.06. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 11.0. The density is 1.0. The pH is 3.53. The sulphates is 0.64. The alcohol is 10.9.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.0. The volatile_acidity is 0.69. The citric_acid is 0.07. The residual_sugar is 2.5. The chlorides is 0.09. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 21.0. The density is 1.0. The pH is 3.38. The sulphates is 0.6. The alcohol is 11.3.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.2. The volatile_acidity is 0.39. The citric_acid is 0.43. The residual_sugar is 2.0. The chlorides is 0.07. The free_sulfur_dioxide is 14.0. The total_sulfur_dioxide is 24.0. The density is 0.99. The pH is 3.45. The sulphates is 0.87. The alcohol is 11.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.5. The volatile_acidity is 0.63. The citric_acid is 0.27. The residual_sugar is 2.0. The chlorides is 0.08. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 91.0. The density is 1.0. The pH is 3.26. The sulphates is 0.58. The alcohol is 9.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 15.9. The volatile_acidity is 0.36. The citric_acid is 0.65. The residual_sugar is 7.5. The chlorides is 0.1. The free_sulfur_dioxide is 22.0. The total_sulfur_dioxide is 71.0. The density is 1.0. The pH is 2.98. The sulphates is 0.84. The alcohol is 14.9.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.6. The volatile_acidity is 0.39. The citric_acid is 0.31. The residual_sugar is 2.3. The chlorides is 0.08. The free_sulfur_dioxide is 23.0. The total_sulfur_dioxide is 71.0. The density is 1.0. The pH is 3.52. The sulphates is 0.65. The alcohol is 9.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.8. The volatile_acidity is 0.82. The citric_acid is 0.29. The residual_sugar is 4.3. The chlorides is 0.08. The free_sulfur_dioxide is 21.0. The total_sulfur_dioxide is 64.0. The density is 1.0. The pH is 3.16. The sulphates is 0.53. The alcohol is 9.4.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.7. The volatile_acidity is 0.46. The citric_acid is 0.24. The residual_sugar is 1.7. The chlorides is 0.08. The free_sulfur_dioxide is 18.0. The total_sulfur_dioxide is 34.0. The density is 0.99. The pH is 3.39. The sulphates is 0.6. The alcohol is 10.6.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.8. The volatile_acidity is 0.5. The citric_acid is 0.11. The residual_sugar is 1.5. The chlorides is 0.07. The free_sulfur_dioxide is 16.0. The total_sulfur_dioxide is 49.0. The density is 1.0. The pH is 3.36. The sulphates is 0.79. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.0. The volatile_acidity is 0.43. The citric_acid is 0.02. The residual_sugar is 1.9. The chlorides is 0.08. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 28.0. The density is 0.99. The pH is 3.35. The sulphates is 0.81. The alcohol is 10.6.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.3. The volatile_acidity is 0.76. The citric_acid is 0.29. The residual_sugar is 4.2. The chlorides is 0.07. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 16.0. The density is 1.0. The pH is 3.45. The sulphates is 0.68. The alcohol is 11.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.2. The volatile_acidity is 0.36. The citric_acid is 0.24. The residual_sugar is 2.2. The chlorides is 0.1. The free_sulfur_dioxide is 19.0. The total_sulfur_dioxide is 42.0. The density is 0.99. The pH is 3.57. The sulphates is 0.57. The alcohol is 11.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 12.2. The volatile_acidity is 0.48. The citric_acid is 0.54. The residual_sugar is 2.6. The chlorides is 0.09. The free_sulfur_dioxide is 19.0. The total_sulfur_dioxide is 64.0. The density is 1.0. The pH is 3.1. The sulphates is 0.61. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.3. The volatile_acidity is 0.56. The citric_acid is 0.22. The residual_sugar is 2.4. The chlorides is 0.08. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 86.0. The density is 1.0. The pH is 3.37. The sulphates is 0.62. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.7. The volatile_acidity is 0.9. The citric_acid is 0.34. The residual_sugar is 6.6. The chlorides is 0.11. The free_sulfur_dioxide is 23.0. The total_sulfur_dioxide is 99.0. The density is 1.0. The pH is 3.22. The sulphates is 0.68. The alcohol is 9.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.6. The volatile_acidity is 0.7. The citric_acid is 0.07. The residual_sugar is 1.6. The chlorides is 0.08. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 15.0. The density is 1.0. The pH is 3.44. The sulphates is 0.58. The alcohol is 10.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.0. The volatile_acidity is 0.46. The citric_acid is 0.23. The residual_sugar is 2.8. The chlorides is 0.09. The free_sulfur_dioxide is 28.0. The total_sulfur_dioxide is 104.0. The density is 1.0. The pH is 3.1. The sulphates is 0.56. The alcohol is 9.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.0. The volatile_acidity is 0.4. The citric_acid is 0.43. The residual_sugar is 2.4. The chlorides is 0.07. The free_sulfur_dioxide is 29.0. The total_sulfur_dioxide is 46.0. The density is 0.99. The pH is 3.2. The sulphates is 0.6. The alcohol is 12.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.0. The volatile_acidity is 0.62. The citric_acid is 0.35. The residual_sugar is 2.8. The chlorides is 0.09. The free_sulfur_dioxide is 28.0. The total_sulfur_dioxide is 52.0. The density is 1.0. The pH is 3.31. The sulphates is 0.62. The alcohol is 10.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.12. The citric_acid is 0.45. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 21.0. The density is 1.0. The pH is 3.41. The sulphates is 0.76. The alcohol is 11.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.7. The volatile_acidity is 0.27. The citric_acid is 0.68. The residual_sugar is 3.5. The chlorides is 0.36. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 10.0. The density is 1.0. The pH is 3.25. The sulphates is 1.08. The alcohol is 9.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.0. The volatile_acidity is 0.8. The citric_acid is 0.12. The residual_sugar is 2.4. The chlorides is 0.08. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 28.0. The density is 1.0. The pH is 3.33. The sulphates is 0.65. The alcohol is 10.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.2. The volatile_acidity is 0.39. The citric_acid is 0.44. The residual_sugar is 2.6. The chlorides is 0.07. The free_sulfur_dioxide is 22.0. The total_sulfur_dioxide is 48.0. The density is 0.99. The pH is 3.3. The sulphates is 0.84. The alcohol is 11.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.7. The volatile_acidity is 0.63. The citric_acid is 0.28. The residual_sugar is 2.7. The chlorides is 0.1. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 69.0. The density is 1.0. The pH is 3.26. The sulphates is 0.63. The alcohol is 10.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.63. The citric_acid is 0.06. The residual_sugar is 2.0. The chlorides is 0.08. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 29.0. The density is 1.0. The pH is 3.67. The sulphates is 0.73. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.6. The volatile_acidity is 0.47. The citric_acid is 0.3. The residual_sugar is 3.0. The chlorides is 0.08. The free_sulfur_dioxide is 30.0. The total_sulfur_dioxide is 135.0. The density is 1.0. The pH is 3.3. The sulphates is 0.53. The alcohol is 9.4.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.62. The citric_acid is 0.18. The residual_sugar is 3.8. The chlorides is 0.18. The free_sulfur_dioxide is 52.0. The total_sulfur_dioxide is 145.0. The density is 1.0. The pH is 3.16. The sulphates is 0.88. The alcohol is 9.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.0. The volatile_acidity is 0.58. The citric_acid is 0.25. The residual_sugar is 2.8. The chlorides is 0.07. The free_sulfur_dioxide is 9.0. The total_sulfur_dioxide is 104.0. The density is 1.0. The pH is 3.23. The sulphates is 0.57. The alcohol is 9.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.1. The volatile_acidity is 0.66. The citric_acid is 0.15. The residual_sugar is 3.2. The chlorides is 0.1. The free_sulfur_dioxide is 9.0. The total_sulfur_dioxide is 59.0. The density is 1.0. The pH is 3.28. The sulphates is 0.54. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.3. The volatile_acidity is 0.4. The citric_acid is 0.49. The residual_sugar is 2.5. The chlorides is 0.09. The free_sulfur_dioxide is 38.0. The total_sulfur_dioxide is 142.0. The density is 1.0. The pH is 3.22. The sulphates is 0.55. The alcohol is 9.4.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.4. The volatile_acidity is 0.64. The citric_acid is 0.21. The residual_sugar is 1.8. The chlorides is 0.08. The free_sulfur_dioxide is 14.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.59. The sulphates is 0.66. The alcohol is 9.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.8. The volatile_acidity is 0.64. The citric_acid is 0.03. The residual_sugar is 2.3. The chlorides is 0.07. The free_sulfur_dioxide is 14.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.36. The sulphates is 0.58. The alcohol is 10.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.8. The volatile_acidity is 0.58. The citric_acid is 0.02. The residual_sugar is 2.0. The chlorides is 0.07. The free_sulfur_dioxide is 9.0. The total_sulfur_dioxide is 18.0. The density is 1.0. The pH is 3.36. The sulphates is 0.57. The alcohol is 9.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.9. The volatile_acidity is 0.57. The citric_acid is 0.5. The residual_sugar is 2.6. The chlorides is 0.08. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 32.0. The density is 1.0. The pH is 3.12. The sulphates is 0.78. The alcohol is 10.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.7. The volatile_acidity is 0.67. The citric_acid is 0.22. The residual_sugar is 2.7. The chlorides is 0.11. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 34.0. The density is 1.0. The pH is 3.28. The sulphates is 0.98. The alcohol is 9.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.8. The volatile_acidity is 1.24. The citric_acid is 0.34. The residual_sugar is 2.0. The chlorides is 0.08. The free_sulfur_dioxide is 32.0. The total_sulfur_dioxide is 151.0. The density is 1.0. The pH is 3.15. The sulphates is 0.53. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.4. The volatile_acidity is 0.59. The citric_acid is 0.14. The residual_sugar is 2.0. The chlorides is 0.08. The free_sulfur_dioxide is 25.0. The total_sulfur_dioxide is 48.0. The density is 1.0. The pH is 3.14. The sulphates is 0.56. The alcohol is 9.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.1. The volatile_acidity is 0.87. The citric_acid is 0.0. The residual_sugar is 3.3. The chlorides is 0.1. The free_sulfur_dioxide is 26.0. The total_sulfur_dioxide is 61.0. The density is 1.0. The pH is 3.6. The sulphates is 0.72. The alcohol is 9.8.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.7. The volatile_acidity is 0.18. The citric_acid is 0.34. The residual_sugar is 2.7. The chlorides is 0.07. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 58.0. The density is 0.99. The pH is 3.37. The sulphates is 0.78. The alcohol is 11.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.8. The volatile_acidity is 0.56. The citric_acid is 0.19. The residual_sugar is 1.8. The chlorides is 0.1. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 47.0. The density is 1.0. The pH is 3.19. The sulphates is 0.93. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.4. The volatile_acidity is 0.26. The citric_acid is 0.48. The residual_sugar is 1.9. The chlorides is 0.07. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 10.0. The density is 1.0. The pH is 3.33. The sulphates is 0.87. The alcohol is 10.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.5. The volatile_acidity is 0.52. The citric_acid is 0.11. The residual_sugar is 1.5. The chlorides is 0.08. The free_sulfur_dioxide is 11.0. The total_sulfur_dioxide is 39.0. The density is 1.0. The pH is 3.42. The sulphates is 0.58. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.2. The volatile_acidity is 0.63. The citric_acid is 0.03. The residual_sugar is 2.2. The chlorides is 0.08. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 88.0. The density is 1.0. The pH is 3.53. The sulphates is 0.58. The alcohol is 9.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.2. The volatile_acidity is 0.39. The citric_acid is 0.49. The residual_sugar is 2.3. The chlorides is 0.1. The free_sulfur_dioxide is 47.0. The total_sulfur_dioxide is 133.0. The density is 1.0. The pH is 3.38. The sulphates is 0.99. The alcohol is 9.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 14.3. The volatile_acidity is 0.31. The citric_acid is 0.74. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 15.0. The density is 1.0. The pH is 2.86. The sulphates is 0.79. The alcohol is 8.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.6. The volatile_acidity is 0.61. The citric_acid is 0.0. The residual_sugar is 1.6. The chlorides is 0.07. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 8.0. The density is 0.99. The pH is 3.33. The sulphates is 0.37. The alcohol is 10.4.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.0. The volatile_acidity is 0.51. The citric_acid is 0.09. The residual_sugar is 2.1. The chlorides is 0.06. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 9.0. The density is 1.0. The pH is 3.35. The sulphates is 0.54. The alcohol is 10.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.2. The volatile_acidity is 0.66. The citric_acid is 0.24. The residual_sugar is 2.5. The chlorides is 0.09. The free_sulfur_dioxide is 16.0. The total_sulfur_dioxide is 53.0. The density is 1.0. The pH is 3.06. The sulphates is 0.72. The alcohol is 11.0.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.8. The volatile_acidity is 0.37. The citric_acid is 0.39. The residual_sugar is 2.5. The chlorides is 0.08. The free_sulfur_dioxide is 28.0. The total_sulfur_dioxide is 65.0. The density is 1.0. The pH is 3.16. The sulphates is 0.59. The alcohol is 9.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 12.5. The volatile_acidity is 0.28. The citric_acid is 0.54. The residual_sugar is 2.3. The chlorides is 0.08. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 29.0. The density is 1.0. The pH is 3.11. The sulphates is 1.36. The alcohol is 9.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.7. The volatile_acidity is 0.58. The citric_acid is 0.08. The residual_sugar is 1.8. The chlorides is 0.1. The free_sulfur_dioxide is 15.0. The total_sulfur_dioxide is 65.0. The density is 1.0. The pH is 3.28. The sulphates is 0.54. The alcohol is 9.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.2. The volatile_acidity is 0.64. The citric_acid is 0.1. The residual_sugar is 2.1. The chlorides is 0.07. The free_sulfur_dioxide is 25.0. The total_sulfur_dioxide is 60.0. The density is 1.0. The pH is 3.29. The sulphates is 0.75. The alcohol is 10.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.7. The volatile_acidity is 0.46. The citric_acid is 0.24. The residual_sugar is 1.7. The chlorides is 0.08. The free_sulfur_dioxide is 18.0. The total_sulfur_dioxide is 34.0. The density is 0.99. The pH is 3.39. The sulphates is 0.6. The alcohol is 10.6.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.8. The volatile_acidity is 0.83. The citric_acid is 0.09. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 4.0. The total_sulfur_dioxide is 25.0. The density is 1.0. The pH is 3.38. The sulphates is 0.45. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.0. The volatile_acidity is 0.51. The citric_acid is 0.0. The residual_sugar is 2.1. The chlorides is 0.06. The free_sulfur_dioxide is 40.0. The total_sulfur_dioxide is 54.0. The density is 0.99. The pH is 3.54. The sulphates is 0.93. The alcohol is 10.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.2. The volatile_acidity is 0.4. The citric_acid is 0.4. The residual_sugar is 2.5. The chlorides is 0.07. The free_sulfur_dioxide is 41.0. The total_sulfur_dioxide is 54.0. The density is 1.0. The pH is 3.38. The sulphates is 0.86. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.0. The volatile_acidity is 0.56. The citric_acid is 0.24. The residual_sugar is 2.2. The chlorides is 0.08. The free_sulfur_dioxide is 19.0. The total_sulfur_dioxide is 58.0. The density is 1.0. The pH is 3.18. The sulphates is 0.56. The alcohol is 10.1.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.6. The volatile_acidity is 0.57. The citric_acid is 0.02. The residual_sugar is 2.1. The chlorides is 0.12. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 16.0. The density is 1.0. The pH is 3.38. The sulphates is 0.69. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.3. The volatile_acidity is 0.36. The citric_acid is 0.66. The residual_sugar is 2.4. The chlorides is 0.12. The free_sulfur_dioxide is 3.0. The total_sulfur_dioxide is 8.0. The density is 1.0. The pH is 3.2. The sulphates is 0.53. The alcohol is 11.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.9. The volatile_acidity is 0.35. The citric_acid is 0.41. The residual_sugar is 2.3. The chlorides is 0.08. The free_sulfur_dioxide is 11.0. The total_sulfur_dioxide is 61.0. The density is 1.0. The pH is 3.21. The sulphates is 0.5. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.9. The volatile_acidity is 0.49. The citric_acid is 0.19. The residual_sugar is 1.7. The chlorides is 0.08. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 26.0. The density is 1.0. The pH is 3.38. The sulphates is 0.64. The alcohol is 9.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.0. The volatile_acidity is 0.39. The citric_acid is 0.3. The residual_sugar is 1.9. The chlorides is 0.07. The free_sulfur_dioxide is 32.0. The total_sulfur_dioxide is 84.0. The density is 1.0. The pH is 3.39. The sulphates is 0.61. The alcohol is 9.0.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.5. The volatile_acidity is 0.37. The citric_acid is 0.52. The residual_sugar is 2.0. The chlorides is 0.09. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 51.0. The density is 1.0. The pH is 3.29. The sulphates is 0.58. The alcohol is 11.1.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.1. The volatile_acidity is 0.66. The citric_acid is 0.7. The residual_sugar is 2.2. The chlorides is 0.1. The free_sulfur_dioxide is 25.0. The total_sulfur_dioxide is 129.0. The density is 1.0. The pH is 3.08. The sulphates is 0.53. The alcohol is 9.0.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.4. The volatile_acidity is 0.5. The citric_acid is 0.34. The residual_sugar is 3.6. The chlorides is 0.08. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 14.0. The density is 1.0. The pH is 3.29. The sulphates is 0.52. The alcohol is 10.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.2. The volatile_acidity is 0.28. The citric_acid is 0.6. The residual_sugar is 3.0. The chlorides is 0.1. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 22.0. The density is 1.0. The pH is 3.39. The sulphates is 0.68. The alcohol is 10.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.2. The volatile_acidity is 0.5. The citric_acid is 0.74. The residual_sugar is 5.15. The chlorides is 0.1. The free_sulfur_dioxide is 5.0. The total_sulfur_dioxide is 17.0. The density is 1.0. The pH is 3.22. The sulphates is 0.62. The alcohol is 11.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.4. The volatile_acidity is 0.63. The citric_acid is 0.21. The residual_sugar is 1.6. The chlorides is 0.08. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 32.0. The density is 1.0. The pH is 3.58. The sulphates is 0.66. The alcohol is 9.8.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.6. The volatile_acidity is 0.49. The citric_acid is 0.26. The residual_sugar is 1.6. The chlorides is 0.24. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 88.0. The density is 1.0. The pH is 3.11. The sulphates is 0.8. The alcohol is 9.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.8. The volatile_acidity is 0.57. The citric_acid is 0.0. The residual_sugar is 2.5. The chlorides is 0.07. The free_sulfur_dioxide is 32.0. The total_sulfur_dioxide is 64.0. The density is 0.99. The pH is 3.43. The sulphates is 0.56. The alcohol is 11.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 5.6. The volatile_acidity is 0.31. The citric_acid is 0.78. The residual_sugar is 13.9. The chlorides is 0.07. The free_sulfur_dioxide is 23.0. The total_sulfur_dioxide is 92.0. The density is 1.0. The pH is 3.39. The sulphates is 0.48. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 12.6. The volatile_acidity is 0.41. The citric_acid is 0.54. The residual_sugar is 2.8. The chlorides is 0.1. The free_sulfur_dioxide is 19.0. The total_sulfur_dioxide is 41.0. The density is 1.0. The pH is 3.21. The sulphates is 0.76. The alcohol is 11.3.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.4. The volatile_acidity is 0.43. The citric_acid is 0.24. The residual_sugar is 2.8. The chlorides is 0.09. The free_sulfur_dioxide is 14.0. The total_sulfur_dioxide is 45.0. The density is 1.0. The pH is 3.19. The sulphates is 0.73. The alcohol is 10.0.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.59. The citric_acid is 0.5. The residual_sugar is 2.0. The chlorides is 0.34. The free_sulfur_dioxide is 27.0. The total_sulfur_dioxide is 81.0. The density is 1.0. The pH is 3.04. The sulphates is 1.61. The alcohol is 9.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.32. The citric_acid is 0.31. The residual_sugar is 2.0. The chlorides is 0.09. The free_sulfur_dioxide is 12.0. The total_sulfur_dioxide is 19.0. The density is 1.0. The pH is 3.17. The sulphates is 0.55. The alcohol is 10.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.1. The volatile_acidity is 0.27. The citric_acid is 0.6. The residual_sugar is 2.1. The chlorides is 0.07. The free_sulfur_dioxide is 17.0. The total_sulfur_dioxide is 25.0. The density is 1.0. The pH is 3.38. The sulphates is 0.72. The alcohol is 10.6.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.6. The volatile_acidity is 0.35. The citric_acid is 0.6. The residual_sugar is 2.6. The chlorides is 0.07. The free_sulfur_dioxide is 23.0. The total_sulfur_dioxide is 44.0. The density is 1.0. The pH is 3.38. The sulphates is 0.79. The alcohol is 11.1.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.0. The volatile_acidity is 0.32. The citric_acid is 0.59. The residual_sugar is 2.2. The chlorides is 0.08. The free_sulfur_dioxide is 3.0. The total_sulfur_dioxide is 15.0. The density is 1.0. The pH is 3.2. The sulphates is 0.78. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.4. The citric_acid is 0.32. The residual_sugar is 5.6. The chlorides is 0.09. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 47.0. The density is 1.0. The pH is 3.38. The sulphates is 0.77. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.5. The volatile_acidity is 0.52. The citric_acid is 0.11. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 38.0. The density is 1.0. The pH is 3.34. The sulphates is 0.52. The alcohol is 9.3.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.7. The volatile_acidity is 0.43. The citric_acid is 0.25. The residual_sugar is 2.6. The chlorides is 0.07. The free_sulfur_dioxide is 29.0. The total_sulfur_dioxide is 63.0. The density is 1.0. The pH is 3.37. The sulphates is 0.58. The alcohol is 10.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.3. The volatile_acidity is 0.71. The citric_acid is 0.15. The residual_sugar is 1.8. The chlorides is 0.09. The free_sulfur_dioxide is 10.0. The total_sulfur_dioxide is 52.0. The density is 1.0. The pH is 3.23. The sulphates is 0.77. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.1. The volatile_acidity is 0.38. The citric_acid is 0.28. The residual_sugar is 2.1. The chlorides is 0.07. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 30.0. The density is 1.0. The pH is 3.23. The sulphates is 0.73. The alcohol is 9.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.5. The volatile_acidity is 0.57. The citric_acid is 0.02. The residual_sugar is 2.6. The chlorides is 0.08. The free_sulfur_dioxide is 11.0. The total_sulfur_dioxide is 35.0. The density is 1.0. The pH is 3.36. The sulphates is 0.62. The alcohol is 10.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.0. The volatile_acidity is 0.69. The citric_acid is 0.0. The residual_sugar is 1.9. The chlorides is 0.11. The free_sulfur_dioxide is 3.0. The total_sulfur_dioxide is 10.0. The density is 1.0. The pH is 3.35. The sulphates is 0.6. The alcohol is 9.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.9. The volatile_acidity is 0.54. The citric_acid is 0.04. The residual_sugar is 3.0. The chlorides is 0.08. The free_sulfur_dioxide is 7.0. The total_sulfur_dioxide is 27.0. The density is 1.0. The pH is 3.69. The sulphates is 0.91. The alcohol is 9.4.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.6. The volatile_acidity is 0.9. The citric_acid is 0.04. The residual_sugar is 2.3. The chlorides is 0.07. The free_sulfur_dioxide is 7.0. The total_sulfur_dioxide is 13.0. The density is 1.0. The pH is 3.53. The sulphates is 0.58. The alcohol is 10.8.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.3. The volatile_acidity is 0.48. The citric_acid is 0.32. The residual_sugar is 2.1. The chlorides is 0.06. The free_sulfur_dioxide is 31.0. The total_sulfur_dioxide is 54.0. The density is 1.0. The pH is 3.3. The sulphates is 0.65. The alcohol is 10.0.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.9. The volatile_acidity is 0.29. The citric_acid is 0.35. The residual_sugar is 1.9. The chlorides is 0.07. The free_sulfur_dioxide is 25.0. The total_sulfur_dioxide is 57.0. The density is 1.0. The pH is 3.18. The sulphates is 1.36. The alcohol is 10.3.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.4. The volatile_acidity is 0.66. The citric_acid is 0.0. The residual_sugar is 1.8. The chlorides is 0.07. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 40.0. The density is 1.0. The pH is 3.51. The sulphates is 0.56. The alcohol is 9.4.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.0. The volatile_acidity is 0.42. The citric_acid is 0.19. The residual_sugar is 2.3. The chlorides is 0.07. The free_sulfur_dioxide is 18.0. The total_sulfur_dioxide is 36.0. The density is 0.99. The pH is 3.39. The sulphates is 0.56. The alcohol is 10.9.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.7. The volatile_acidity is 0.28. The citric_acid is 0.28. The residual_sugar is 2.4. The chlorides is 0.01. The free_sulfur_dioxide is 36.0. The total_sulfur_dioxide is 100.0. The density is 0.99. The pH is 3.26. The sulphates is 0.39. The alcohol is 11.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 6.1. The volatile_acidity is 0.7. The citric_acid is 0.1. The residual_sugar is 2.8. The chlorides is 0.08. The free_sulfur_dioxide is 13.0. The total_sulfur_dioxide is 28.0. The density is 1.0. The pH is 3.6. The sulphates is 0.66. The alcohol is 10.2.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.1. The volatile_acidity is 0.68. The citric_acid is 0.11. The residual_sugar is 2.8. The chlorides is 0.09. The free_sulfur_dioxide is 11.0. The total_sulfur_dioxide is 44.0. The density is 1.0. The pH is 3.31. The sulphates is 0.55. The alcohol is 9.5.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 11.1. The volatile_acidity is 0.31. The citric_acid is 0.53. The residual_sugar is 2.2. The chlorides is 0.06. The free_sulfur_dioxide is 3.0. The total_sulfur_dioxide is 10.0. The density is 1.0. The pH is 3.02. The sulphates is 0.83. The alcohol is 10.9.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.2. The volatile_acidity is 0.66. The citric_acid is 0.03. The residual_sugar is 2.3. The chlorides is 0.08. The free_sulfur_dioxide is 16.0. The total_sulfur_dioxide is 86.0. The density is 1.0. The pH is 3.53. The sulphates is 0.57. The alcohol is 9.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.4. The volatile_acidity is 0.64. The citric_acid is 0.07. The residual_sugar is 1.8. The chlorides is 0.1. The free_sulfur_dioxide is 8.0. The total_sulfur_dioxide is 23.0. The density is 1.0. The pH is 3.3. The sulphates is 0.58. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 7.9. The volatile_acidity is 0.19. The citric_acid is 0.42. The residual_sugar is 1.6. The chlorides is 0.06. The free_sulfur_dioxide is 18.0. The total_sulfur_dioxide is 30.0. The density is 0.99. The pH is 3.29. The sulphates is 0.69. The alcohol is 11.2.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.7. The volatile_acidity is 0.54. The citric_acid is 0.26. The residual_sugar is 2.5. The chlorides is 0.1. The free_sulfur_dioxide is 7.0. The total_sulfur_dioxide is 31.0. The density is 1.0. The pH is 3.27. The sulphates is 0.6. The alcohol is 9.3.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 13.0. The volatile_acidity is 0.47. The citric_acid is 0.49. The residual_sugar is 4.3. The chlorides is 0.09. The free_sulfur_dioxide is 6.0. The total_sulfur_dioxide is 47.0. The density is 1.0. The pH is 3.3. The sulphates is 0.68. The alcohol is 12.7.", "label": "greater than 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.3. The volatile_acidity is 0.43. The citric_acid is 0.44. The residual_sugar is 1.9. The chlorides is 0.09. The free_sulfur_dioxide is 9.0. The total_sulfur_dioxide is 22.0. The density is 1.0. The pH is 3.28. The sulphates is 0.55. The alcohol is 9.5.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.7. The volatile_acidity is 0.46. The citric_acid is 0.31. The residual_sugar is 2.5. The chlorides is 0.13. The free_sulfur_dioxide is 24.0. The total_sulfur_dioxide is 64.0. The density is 1.0. The pH is 3.1. The sulphates is 0.74. The alcohol is 9.6.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 8.7. The volatile_acidity is 0.84. The citric_acid is 0.0. The residual_sugar is 1.4. The chlorides is 0.07. The free_sulfur_dioxide is 24.0. The total_sulfur_dioxide is 33.0. The density is 1.0. The pH is 3.27. The sulphates is 0.55. The alcohol is 9.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 9.3. The volatile_acidity is 0.32. The citric_acid is 0.57. The residual_sugar is 2.0. The chlorides is 0.07. The free_sulfur_dioxide is 27.0. The total_sulfur_dioxide is 65.0. The density is 1.0. The pH is 3.28. The sulphates is 0.79. The alcohol is 10.7.", "label": "between 5.0 and 6.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |
| {"text": "The fixed_acidity is 10.2. The volatile_acidity is 0.23. The citric_acid is 0.37. The residual_sugar is 2.2. The chlorides is 0.06. The free_sulfur_dioxide is 14.0. The total_sulfur_dioxide is 36.0. The density is 1.0. The pH is 3.23. The sulphates is 0.49. The alcohol is 9.3.", "label": "less than 5.0", "dataset": "red_wine", "benchmark": "openml_ctr23", "task_type": "reg"} | |