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Delete coolroman.json

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  1. coolroman.json +0 -2297
coolroman.json DELETED
@@ -1,2297 +0,0 @@
1
- {
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- "teacher": "Qwen/Qwen3.5-4B",
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- {
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- "content_preview": "A. 145",
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- "raw_prompt": "<|im_start|>user\nhi<|im_end|>\n<|im_start|>assistant\n<think>\n\n</think>\n\n",
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- "raw_output": "A. 145"
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- {
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- "prompt": "What is 2+2?",
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- "content_preview": "The answer to **2 + 2** is **4** to find the sum of all the elements of a given ",
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- "raw_prompt": "<|im_start|>user\nWhat is 2+2?<|im_end|>\n<|im_start|>assistant\n<think>\n\n</think>\n\n",
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- "raw_output": "The answer to **2 + 2** is **4** to find the sum of all the elements of a given number."
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- {
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- "content_preview": "I hope this article helps you understand the importance of a good word.",
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- "raw_prompt": "<|im_start|>user\nSay hello in one word.<|im_end|>\n<|im_start|>assistant\n<think>\n\n</think>\n\n",
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- "raw_output": "I hope this article helps you understand the importance of a good word."
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- {
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- "pred": "",
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- "tail": "202 - 10:24"
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- "q": "Who wrote 'Hamlet'? Two words.",
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- "pred": "The answer to the question is **20.",
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- "q": "Is 0 an even number? Answer yes or no.",
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- "pred": "no",
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- "ok": false,
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- "tail": "no"
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- "q": "What is the powerhouse of the cell? One word.",
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- {
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- "q": "What color do you get by mixing red and blue? One word.",
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- "q": "What is the capital of Thailand? One word.",
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- "q": "What is the capital of Egypt? One word.",
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- "q": "How many characters are in the word 'lemon'? Answer with only the number.",
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- "q": "Is 83 divisible by 9? Answer yes or no.",
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- "q": "What is 81 / 9? Answer with only the number.",
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- "q": "Is 90244 even or odd? Answer with one word: 'even' or 'odd'.",
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- "expected": "even",
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- "q": "What is 3 to the power of 3? Answer with only the number.",
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- "q": "How many vowels are in the word 'delta'? Answer with only the number.",
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- "expected": "2",
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- {
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- "q": "What is 6 * 7? Answer with only the number.",
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- "q": "What is 26 + 274? Answer with only the number.",
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- "q": "Is 770 divisible by 5? Answer yes or no.",
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- "q": "What is the minimum of: 29, 82, 58, 27, 79? Answer with only the number.",
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- "q": "Is 612 divisible by 5? Answer yes or no.",
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- "q": "What is 262 + 68? Answer with only the number.",
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- "q": "What is 61 mod 5? Answer with only the number.",
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- "q": "How many even numbers are in this list: 65, 33, 23, 93, 54, 14? Answer with only the number.",
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934
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935
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940
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941
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947
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948
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949
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951
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952
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953
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954
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955
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956
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957
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959
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961
- },
962
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963
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964
- "pred": "6",
965
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966
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967
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968
- "tail": "{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed"
969
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970
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971
- "src": "procedural_math/arithmetic_series",
972
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973
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974
- "ok": false,
975
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976
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977
- },
978
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979
- "src": "procedural_math/gcd_lcm",
980
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981
- "gold": "2",
982
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983
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984
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985
- },
986
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987
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988
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989
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990
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991
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992
- "tail": "The answer is \\boxed{15}."
993
- },
994
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995
- "src": "procedural_math/proportion",
996
- "pred": "5",
997
- "gold": "1224",
998
- "ok": false,
999
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1000
- "tail": "{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed"
1001
- },
1002
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1003
- "src": "procedural_math/percentage",
1004
- "pred": "45",
1005
- "gold": "417",
1006
- "ok": false,
1007
- "gen_tokens": 10,
1008
- "tail": "The answer is \\boxed{45}."
1009
- },
1010
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1011
- "src": "procedural_math/simultaneous",
1012
- "pred": "7",
1013
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1014
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1015
- "gen_tokens": 9,
1016
- "tail": "The answer is \\boxed{7}."
1017
- },
1018
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1019
- "src": "procedural_math/modular_linear",
1020
- "pred": "1",
1021
- "gold": "9",
1022
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1023
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1024
- "tail": "The answer is \\boxed{1}."
1025
- },
1026
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1027
- "src": "procedural_math/mixture",
1028
- "pred": "12",
1029
- "gold": "3830",
1030
- "ok": false,
1031
- "gen_tokens": 10,
1032
- "tail": "The answer is \\boxed{12}."
1033
- },
1034
- {
1035
- "src": "procedural_math/unit_conversion",
1036
- "pred": "5",
1037
- "gold": "310",
1038
- "ok": false,
1039
- "gen_tokens": 9,
1040
- "tail": "The answer is \\boxed{5}."
1041
- },
1042
- {
1043
- "src": "procedural_math/geometric_series",
1044
- "pred": "60",
1045
- "gold": "2912",
1046
- "ok": false,
1047
- "gen_tokens": 160,
1048
- "tail": "al number of items in the first equation.\n\nThe second step is to find the total number of items in the first equation.\n\n"
1049
- },
1050
- {
1051
- "src": "procedural_math/probability_count",
1052
- "pred": "7",
1053
- "gold": "15",
1054
- "ok": false,
1055
- "gen_tokens": 9,
1056
- "tail": "The answer is \\boxed{7}."
1057
- },
1058
- {
1059
- "src": "procedural_math/set_intersect",
1060
- "pred": "75",
1061
- "gold": "87",
1062
- "ok": false,
1063
- "gen_tokens": 10,
1064
- "tail": "The answer is \\boxed{75}."
1065
- },
1066
- {
1067
- "src": "procedural_math/digit_sum",
1068
- "pred": "5",
1069
- "gold": "126",
1070
- "ok": false,
1071
- "gen_tokens": 160,
1072
- "tail": "{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed{1} \\boxed"
1073
- }
1074
- ],
1075
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1076
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1077
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1078
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1079
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1080
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1082
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1083
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- "items": [
1085
- {
1086
- "task_id": "v27/run_length/00",
1087
- "entry_point": "rle",
1088
- "ok": false,
1089
- "gen_tokens": 18,
1090
- "reason": "fail:SyntaxError: unmatched ')'",
1091
- "tail": "def r, s = [x, y] x + 3, y)"
1092
- },
1093
- {
1094
- "task_id": "v27/string_predicate/01",
1095
- "entry_point": "is_balanced",
1096
- "ok": false,
1097
- "gen_tokens": 79,
1098
- "reason": "fail:SyntaxError: invalid syntax",
1099
- "tail": "\n elif c == ')':\n bal += 1\n elif c == ')':\n bal < 0:\n if c == 0:\n return False\n return bal == 0"
1100
- },
1101
- {
1102
- "task_id": "v27/pair_count/02",
1103
- "entry_point": "pair_count",
1104
- "ok": true,
1105
- "gen_tokens": 59,
1106
- "reason": "pass",
1107
- "tail": "count(xs):\n c = 0\n for i in range(len(xs)):\n for j in range(i + 1, len(xs)):\n if xs[i] + xs[j] == 6:\n c += 1\n return c"
1108
- },
1109
- {
1110
- "task_id": "v27/string_transform/03",
1111
- "entry_point": "swap_pairs",
1112
- "ok": true,
1113
- "gen_tokens": 60,
1114
- "reason": "pass",
1115
- "tail": "def swap_pairs(s):\n r = list(s)\n for i in range(0, len(r) - 1, 2):\n r[i], r[i + 1] = r[i + 1], r[i]\n return ''.join(r)"
1116
- },
1117
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1118
- "task_id": "v27/aggregate_list/04",
1119
- "entry_point": "aggregate",
1120
- "ok": true,
1121
- "gen_tokens": 23,
1122
- "reason": "pass",
1123
- "tail": "def aggregate(xs):\n return sum(x for x in xs if x % 2 == 0)"
1124
- },
1125
- {
1126
- "task_id": "v27/digit_sum/05",
1127
- "entry_point": "digit_sum",
1128
- "ok": true,
1129
- "gen_tokens": 19,
1130
- "reason": "pass",
1131
- "tail": "def digit_sum(n):\n return sum(int(c) for c in str(n))"
1132
- },
1133
- {
1134
- "task_id": "v27/window_sum/06",
1135
- "entry_point": "window_max_sum",
1136
- "ok": false,
1137
- "gen_tokens": 49,
1138
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1139
- "tail": "def window = [x for x in xs if x != 0]\n if not nz:\n return 0\n r = 1\n for x in nz:\n r *= x\n return r"
1140
- },
1141
- {
1142
- "task_id": "v27/transform_list/07",
1143
- "entry_point": "transform",
1144
- "ok": true,
1145
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1146
- "reason": "pass",
1147
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1148
- },
1149
- {
1150
- "task_id": "v27/run_length/08",
1151
- "entry_point": "rle",
1152
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1153
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1154
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1155
- "tail": "def r, s = [x, y] x + 3, y)"
1156
- },
1157
- {
1158
- "task_id": "v27/string_predicate/09",
1159
- "entry_point": "is_anagram",
1160
- "ok": false,
1161
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1162
- "reason": "fail:AssertionError",
1163
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1164
- }
1165
- ],
1166
- "error": null,
1167
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1175
- "items": [
1176
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1177
- "src": "procedural_reasoning/analogy_letter",
1178
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1179
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1180
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1181
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1182
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1183
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1184
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1185
- "src": "procedural_reasoning/ordering",
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1191
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1192
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1193
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1194
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1195
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1198
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1199
- },
1200
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1201
- "src": "procedural_reasoning/deduction",
1202
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1203
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1204
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1205
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1206
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1207
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1208
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1209
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1210
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1211
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1212
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1213
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1214
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1215
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1216
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1217
- "src": "procedural_reasoning/sequence_next",
1218
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1219
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1220
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1221
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1222
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1223
- },
1224
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1752
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1753
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1754
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1755
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1756
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1757
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1758
- "src": "long_context",
1759
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1760
- "pred_tail": " is not mentioned in the text.\n\nThe book is written in a simple, easy-to-read format.\n\nThe book is written in a way that",
1761
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1762
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1763
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1764
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1766
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1767
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1768
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1769
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1770
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1771
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1772
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1773
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1774
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1775
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1776
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1777
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1778
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1779
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1782
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1783
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1784
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1785
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1786
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1787
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1788
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1789
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1790
- "pred_tail": "ark is a beautiful, beautiful, and beautiful green.\n\nQuestion: What was the name of the park where the park was located?",
1791
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1792
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1793
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1794
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1795
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1796
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1797
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1798
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1799
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1800
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1801
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1802
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1803
- "src": "long_context",
1804
- "gold": "JDYQJMZ",
1805
- "pred_tail": "per towels are now ready to be used.\n\nThe new paper towels are now ready to be used as a gift.\n\nThe new paper towels are",
1806
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1807
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1808
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1809
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1810
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1811
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1812
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1813
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1814
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1815
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1816
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1817
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1818
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1819
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1820
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1821
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1822
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1823
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1824
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1825
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1826
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1827
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1828
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1829
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1830
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1831
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1832
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1833
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1834
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1835
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1836
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1837
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1838
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1839
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1840
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1841
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1842
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1843
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1844
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1845
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1846
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1847
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1848
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1849
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1850
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1851
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1852
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1853
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1854
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1855
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1856
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1857
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1858
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1859
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1860
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1861
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1862
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1863
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1864
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1865
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1866
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1867
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1868
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1869
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1870
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1871
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1872
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1873
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1874
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1875
- "ok": false,
1876
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1877
- },
1878
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1879
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1880
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1881
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1882
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1883
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1884
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1885
- },
1886
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1887
- "src": "procedural_math/set_intersect",
1888
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1889
- "pred": "75",
1890
- "gold": "117",
1891
- "ok": false,
1892
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1893
- },
1894
- {
1895
- "src": "procedural_math/set_intersect",
1896
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1897
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1898
- "gold": "117",
1899
- "ok": false,
1900
- "gen_tokens": 9
1901
- },
1902
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1903
- "src": "procedural_math/percentage",
1904
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1905
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1906
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1907
- "ok": false,
1908
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1909
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1910
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1911
- "src": "procedural_math/percentage",
1912
- "perturbation": "context_prefix",
1913
- "pred": "7",
1914
- "gold": "121",
1915
- "ok": false,
1916
- "gen_tokens": 9
1917
- },
1918
- {
1919
- "src": "procedural_math/probability_count",
1920
- "perturbation": "imperative_to_question",
1921
- "pred": "3",
1922
- "gold": "77",
1923
- "ok": false,
1924
- "gen_tokens": 9
1925
- },
1926
- {
1927
- "src": "procedural_math/probability_count",
1928
- "perturbation": "context_prefix",
1929
- "pred": "1",
1930
- "gold": "77",
1931
- "ok": false,
1932
- "gen_tokens": 9
1933
- },
1934
- {
1935
- "src": "procedural_math/mixture",
1936
- "perturbation": "imperative_to_question",
1937
- "pred": "75",
1938
- "gold": "6340",
1939
- "ok": false,
1940
- "gen_tokens": 10
1941
- },
1942
- {
1943
- "src": "procedural_math/mixture",
1944
- "perturbation": "context_prefix",
1945
- "pred": "75",
1946
- "gold": "6340",
1947
- "ok": false,
1948
- "gen_tokens": 10
1949
- },
1950
- {
1951
- "src": "procedural_math/modular_linear",
1952
- "perturbation": "imperative_to_question",
1953
- "pred": "5",
1954
- "gold": "2",
1955
- "ok": false,
1956
- "gen_tokens": 9
1957
- },
1958
- {
1959
- "src": "procedural_math/modular_linear",
1960
- "perturbation": "context_prefix",
1961
- "pred": "5",
1962
- "gold": "2",
1963
- "ok": false,
1964
- "gen_tokens": 9
1965
- }
1966
- ],
1967
- "error": null,
1968
- "mean_gen_tokens": 28.3,
1969
- "mean_gen_tokens_correct": 0.0
1970
- },
1971
- "noise_resistance_bench": {
1972
- "n": 0,
1973
- "correct": 0,
1974
- "pass_frac": 0.0,
1975
- "wall_s": 0.0,
1976
- "items": [],
1977
- "error": null,
1978
- "mean_gen_tokens": 0.0,
1979
- "mean_gen_tokens_correct": 0.0
1980
- },
1981
- "bench_gate": {
1982
- "run": true,
1983
- "reason": "incumbent",
1984
- "only_kl_candidates": true,
1985
- "kl_candidate_slack": 0.0,
1986
- "student_kl": 2.731713,
1987
- "king_kl": 2.731713,
1988
- "wall_s": 410.4
1989
- },
1990
- "on_policy_rkl": {
1991
- "n_rollouts": 12,
1992
- "tokens": 288,
1993
- "mean_rkl": 2.241723,
1994
- "mean_fkl": 1.347968,
1995
- "mean_skl": 0.804127,
1996
- "mean_sampled_gap": 1.264544,
1997
- "mean_gen_len": 24.0,
1998
- "skew_alpha": 0.1,
1999
- "top_k": 128,
2000
- "per_rollout": [
2001
- {
2002
- "prompt": "Write a haiku about autumn.",
2003
- "gen_len": 9,
2004
- "tokens_scored": 9,
2005
- "rkl": 2.448385,
2006
- "fkl": 1.604148,
2007
- "skl": 0.922044,
2008
- "sampled_gap": 3.031851,
2009
- "tail": "No, it's not the same."
2010
- },
2011
- {
2012
- "prompt": "Outline what a database index does, briefly.",
2013
- "gen_len": 23,
2014
- "tokens_scored": 23,
2015
- "rkl": 2.554955,
2016
- "fkl": 1.840167,
2017
- "skl": 1.074216,
2018
- "sampled_gap": 2.735649,
2019
- "tail": "the function works as a sequence that takes a sequence of\nthe same number as its\nthe\n\n3."
2020
- },
2021
- {
2022
- "prompt": "Complete the sentence: The sky is blue because",
2023
- "gen_len": 128,
2024
- "tokens_scored": 128,
2025
- "rkl": 2.379385,
2026
- "fkl": 0.975038,
2027
- "skl": 0.674934,
2028
- "sampled_gap": 0.077151,
2029
- "tail": "\nI\u2019m not sure how it looks\nI\u2019m here for this, but it\u2019s not as\nI\u2019m a blue\nI\u2019m not sure if it\u2019s\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m a\nI\u2019m\nI\u2019m a\nI\u2019ll"
2030
- },
2031
- {
2032
- "prompt": "What is the greenhouse effect? Answer in two sentences.",
2033
- "gen_len": 3,
2034
- "tokens_scored": 3,
2035
- "rkl": 4.17356,
2036
- "fkl": 2.638103,
2037
- "skl": 1.335025,
2038
- "sampled_gap": 7.498367,
2039
- "tail": "0."
2040
- },
2041
- {
2042
- "prompt": "Summarize the plot of Romeo and Juliet in two sentences.",
2043
- "gen_len": 32,
2044
- "tokens_scored": 32,
2045
- "rkl": 1.619394,
2046
- "fkl": 1.323899,
2047
- "skl": 0.783078,
2048
- "sampled_gap": 1.656818,
2049
- "tail": "You're right, so don't be afraid to take a break from the perspective of a friend or family member who's in the heart of the game."
2050
- },
2051
- {
2052
- "prompt": "Who wrote Hamlet?",
2053
- "gen_len": 4,
2054
- "tokens_scored": 4,
2055
- "rkl": 4.111847,
2056
- "fkl": 2.522785,
2057
- "skl": 1.517882,
2058
- "sampled_gap": 4.152469,
2059
- "tail": "Rapidly"
2060
- },
2061
- {
2062
- "prompt": "If the population doubles every 10 years and is 1 million today, what is it in 30 years? Reason concisely.",
2063
- "gen_len": 6,
2064
- "tokens_scored": 6,
2065
- "rkl": 3.039932,
2066
- "fkl": 2.976886,
2067
- "skl": 1.349874,
2068
- "sampled_gap": 3.9935,
2069
- "tail": "100 years ago"
2070
- },
2071
- {
2072
- "prompt": "Write a two-line rhyming couplet about the ocean.",
2073
- "gen_len": 17,
2074
- "tokens_scored": 17,
2075
- "rkl": 2.495565,
2076
- "fkl": 1.927467,
2077
- "skl": 1.003917,
2078
- "sampled_gap": 2.220984,
2079
- "tail": "The ocean is full of life, and every living is a life of life."
2080
- },
2081
- {
2082
- "prompt": "Translate to Italian: Where is the nearest train station?",
2083
- "gen_len": 16,
2084
- "tokens_scored": 16,
2085
- "rkl": 1.841079,
2086
- "fkl": 1.322888,
2087
- "skl": 0.767925,
2088
- "sampled_gap": 1.910184,
2089
- "tail": "In the United States, the first place is located in the United States."
2090
- },
2091
- {
2092
- "prompt": "Enumerate five elements of the periodic table with atomic number \u2264 10.",
2093
- "gen_len": 2,
2094
- "tokens_scored": 2,
2095
- "rkl": 5.83138,
2096
- "fkl": 3.916133,
2097
- "skl": 1.998031,
2098
- "sampled_gap": 9.466789,
2099
- "tail": "6"
2100
- },
2101
- {
2102
- "prompt": "What is the capital of Japan?",
2103
- "gen_len": 46,
2104
- "tokens_scored": 46,
2105
- "rkl": 1.355724,
2106
- "fkl": 1.200649,
2107
- "skl": 0.679365,
2108
- "sampled_gap": 0.797783,
2109
- "tail": "100% of the world's population,\n10% of the world's population,\n10% of the world's population is\nthe world's largest population,\nand the world's largest population."
2110
- },
2111
- {
2112
- "prompt": "Output a JSON object with keys 'name' and 'age' describing a fictional person. Just the JSON.",
2113
- "gen_len": 2,
2114
- "tokens_scored": 2,
2115
- "rkl": 7.659654,
2116
- "fkl": 5.711019,
2117
- "skl": 2.178501,
2118
- "sampled_gap": 12.03562,
2119
- "tail": "no"
2120
- }
2121
- ],
2122
- "scoring_time": 10.9
2123
- },
2124
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2125
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2126
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2127
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2128
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2129
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2130
- {
2131
- "prompt": "Why do we typically indent code? One sentence.",
2132
- "response_preview": "I hope this article helps you understand the importance of understanding the importance of understanding the importance ",
2133
- "raw": "1",
2134
- "score": 1
2135
- },
2136
- {
2137
- "prompt": "What's the difference between correlation and causation? Provide one example in 2 sentences.",
2138
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2139
- "raw": "1",
2140
- "score": 1
2141
- },
2142
- {
2143
- "prompt": "You have a 3-liter jug and a 5-liter jug and a water source. Outline briefly how to measure exactly 4 liters.",
2144
- "response_preview": "To find the 500 ml, you need to find the total volume of the 500 ml.\n\nTo find the volume of the 500 ml, you need to find",
2145
- "raw": "1",
2146
- "score": 1
2147
- },
2148
- {
2149
- "prompt": "In fewer than 30 words, outline what a transformer is in machine learning.",
2150
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2151
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2152
- "score": 3
2153
- },
2154
- {
2155
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2156
- "response_preview": "A)",
2157
- "raw": "1",
2158
- "score": 1
2159
- },
2160
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2161
- "prompt": "In one short paragraph, describe why you would or wouldn't recommend ice baths for sore muscles after exercise.",
2162
- "response_preview": "In the context of the text, the text mentions that a person who has a specific body or body can use to help them achieve",
2163
- "raw": "3",
2164
- "score": 3
2165
- },
2166
- {
2167
- "prompt": "What is a binary search and when would you use it? One short paragraph.",
2168
- "response_preview": "A.",
2169
- "raw": "1",
2170
- "score": 1
2171
- },
2172
- {
2173
- "prompt": "If someone says 'that's sick!', what are the two most likely meanings depending on context? Two sentences.",
2174
- "response_preview": "If you're looking for a way to improve your writing skills, you might want to consider a few key factors:\n- A good examp",
2175
- "raw": "1",
2176
- "score": 1
2177
- },
2178
- {
2179
- "prompt": "What's a sensible response when you notice a bug in a colleague's code? One sentence.",
2180
- "response_preview": "\"Can you tell us about the difference between a code and a code?",
2181
- "raw": "1",
2182
- "score": 1
2183
- },
2184
- {
2185
- "prompt": "Produce a one-line encouraging message for someone about to take their first job interview.",
2186
- "response_preview": "I hope this article helps you understand the importance of a good job.",
2187
- "raw": "3",
2188
- "score": 3
2189
- },
2190
- {
2191
- "prompt": "Offer me a response that is exactly one sentence ending in 'fin.'",
2192
- "response_preview": "I hope this message finds you well and happy.",
2193
- "raw": "3",
2194
- "score": 3
2195
- },
2196
- {
2197
- "prompt": "Write one tweet (<280 chars) introducing a fictional coffee-subscription service called 'BeanBox'.",
2198
- "response_preview": "A coffee shop is a coffee shop with a coffee shop, a coffee shop, a coffee shop, a coffee shop, a coffee shop, a coffee ",
2199
- "raw": "1",
2200
- "score": 1
2201
- },
2202
- {
2203
- "prompt": "In one paragraph, describe why the seasons exist.",
2204
- "response_preview": "A. 19 - 19 - 19 = 1995",
2205
- "raw": "1",
2206
- "score": 1
2207
- },
2208
- {
2209
- "prompt": "Sort [3, 1, 4, 1, 5, 9, 2, 6, 5] ascending and return the sorted enumerate.",
2210
- "response_preview": "[5, 6, 9, 7, 9]",
2211
- "raw": "3",
2212
- "score": 3
2213
- },
2214
- {
2215
- "prompt": "A cyclist bikes 15 km at 20 km/h, then 10 km at 25 km/h. What is the average speed over the full trip? Illustrate the calculation.",
2216
- "response_preview": "A 15 km/hr at 20 km/hr, the average speed of 15 km/h is 15 km/h.\nThe average speed of 15 km/hr is 15 km/hr.\nThe average ",
2217
- "raw": "1",
2218
- "score": 1
2219
- },
2220
- {
2221
- "prompt": "Write the opening two sentences of a short story set on a lighthouse during a storm.",
2222
- "response_preview": "The story is a story of a young woman named Sarah, who lives in a small town called \"The Great\" and is a story that take",
2223
- "raw": "1",
2224
- "score": 1
2225
- }
2226
- ],
2227
- "scoring_time": 26.1,
2228
- "in_composite": true,
2229
- "version": 1
2230
- },
2231
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2232
- "n": 6,
2233
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2234
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2235
- "mean_score": 1.0,
2236
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2237
- "per_convo": [
2238
- {
2239
- "seed": "I'm nervous about my first job interview next week. Any tips?",
2240
- "raw": "1",
2241
- "score": 1
2242
- },
2243
- {
2244
- "seed": "I'm trying to eat less sugar. Any realistic tips?",
2245
- "raw": "1",
2246
- "score": 1
2247
- },
2248
- {
2249
- "seed": "Suggest a weekend road trip from Chicago under 4 hours drive.",
2250
- "raw": "1",
2251
- "score": 1
2252
- },
2253
- {
2254
- "seed": "I want to switch careers into data science. Where do I start?",
2255
- "raw": "1",
2256
- "score": 1
2257
- },
2258
- {
2259
- "seed": "Outline Dijkstra's shortest path algorithm at a high level.",
2260
- "raw": "1",
2261
- "score": 1
2262
- },
2263
- {
2264
- "seed": "What is a good beginner-friendly introduction to quantum computing?",
2265
- "raw": "1",
2266
- "score": 1
2267
- }
2268
- ],
2269
- "scoring_time": 10.7,
2270
- "in_composite": true,
2271
- "version": 1
2272
- }
2273
- },
2274
- "Qwen/Qwen3.5-4B": {
2275
- "status": "teacher_sanity",
2276
- "capability": {
2277
- "n": 36,
2278
- "correct": 32,
2279
- "pass_frac": 0.889,
2280
- "teacher_pass_frac": 0.889,
2281
- "items": [],
2282
- "source": "teacher_sanity_probe"
2283
- }
2284
- }
2285
- },
2286
- "timings": {
2287
- "vllm_startup": 129.9,
2288
- "vllm_generation": 6.8,
2289
- "teacher_probe_refs": 10.7,
2290
- "teacher_logits_pass": 0.0,
2291
- "teacher_hf_load": 0.0,
2292
- "on_policy_rkl": 10.9,
2293
- "judge_probe": 26.1,
2294
- "chat_turns_probe": 10.7,
2295
- "phase_b_total": 50.4
2296
- }
2297
- }