text stringlengths 5.59k 14.6k | milp_capability int64 0 100 | total_unprocessed_count int64 32 105 |
|---|---|---|
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 0 | 96 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 40 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 36 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 37 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 96 | 39 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 99 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 41 | 97 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 72 | 99 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 96 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 33 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 38 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 74 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 78 | 70 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 104 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 36 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 28 | 43 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 94 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 84 | 98 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 65 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 33 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 48 | 72 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 99 | 71 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 40 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 35 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 95 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 39 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 64 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 99 | 40 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 0 | 95 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 65 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 100 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 67 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 63 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 37 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 88 | 98 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 65 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 83 | 69 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 58 | 69 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 41 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 10 | 100 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 35 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 38 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 70 | 39 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 40 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 35 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 54 | 99 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 95 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 65 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 0 | 67 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 99 | 36 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 28 | 71 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 35 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 78 | 69 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 42 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 55 | 101 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 52 | 98 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 86 | 39 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 83 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 65 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 70 | 99 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 77 | 98 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 37 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 37 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 32 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 72 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 41 | 100 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 94 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 92 | 70 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 38 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 29 | 42 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 42 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 0 | 71 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 38 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 65 | 98 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 36 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 0 | 94 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 64 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 67 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 30 | 99 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 36 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 37 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 41 | 40 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 87 | 69 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 52 | 66 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 33 | 101 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 41 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 65 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 39 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 31 | 97 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 68 |
You are an expert in prediction. Your task is predicting a MILP capability score, where indicating if a problem can be solved with MILP in real time. The formula is the omptimum objective value divided by the value found in real time limit (real time = 0.01 second times number of all activities). The score is an intege... | 100 | 34 |
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