question
stringlengths 152
158
| metadata
stringlengths 160
172
| task_source
stringclasses 1
value | formatted_prompt
listlengths 2
2
| responses_by_sample
listlengths 1
1
| tokens_by_sample
listlengths 1
1
| num_rounds_by_sample
listlengths 1
1
| continuation_prompts_by_sample
listlengths 1
1
| continuation_text_by_sample
listlengths 1
1
| strategy_type
stringclasses 1
value | termination_reason_by_sample
listlengths 1
1
| correct_round_by_sample
listlengths 1
1
| smart_termination_enabled
bool 1
class | retry_count_by_sample
listlengths 1
1
| answers_by_sample
listlengths 1
1
| evals_by_sample
listlengths 1
1
| eval_metadata_by_sample
listlengths 1
1
| arithmetic_attempts_by_sample
listlengths 1
1
| expression_attempts_by_sample
listlengths 1
1
| subgoals_by_sample
listlengths 1
1
| failure_markers_by_sample
listlengths 1
1
| subgoal_windows_by_sample
listlengths 1
1
| branches_by_sample
listlengths 1
1
| extraction_stats_by_sample
listlengths 1
1
|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
"Using ALL of the numbers 12, 4, 7, 1, 2, 5, 21, 88, create an expression that equals 109. You must (...TRUNCATED)
| "{\"numbers\": [12, 4, 7, 1, 2, 5, 21, 88], \"target\": 109, \"operators_used\": [\"/\", \"+\", \"/\(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 109 using all those numbers: 12, 4, 7, 1, 2, 5(...TRUNCATED)
|
[
79571
] |
[
92
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 109 using all those numbers: 12, 4, 7, 1, 2, 5(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[[],["","88 + 21 * (5 - 12 / ((7 - 4) / (2 - 1)))"],["88 + 21 * (5 - 12 / ((7 - 4) / (2 - 1)))","88(...TRUNCATED)
| [[[],[false,true],[true,true],[true],[true,true],[true],[true,true],[true,true],[true],[true],[true,(...TRUNCATED)
| [[[],[{"answer_block":"","error":"Missing answer block","final_answer":null,"is_correct":false},{"an(...TRUNCATED)
| [[{"all_operands":[88.0,21.0],"all_operators":["+"],"branch_id":0,"canonical_form":"88 + 21 = 109","(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:88+21=109","end_char":497,"end_char_in_round":497,"eval_value(...TRUNCATED)
| [[{"canonical_key":"subgoal:109","confidence":0.75,"end_char":307,"end_char_in_round":307,"goal_valu(...TRUNCATED)
| [[{"end_char":3975,"end_char_in_round":3975,"marker_type":"not_helpful","round_idx":0,"span_text":"N(...TRUNCATED)
| [[{"branch_id":0,"end_char":1689,"end_char_in_round":1689,"evidence_kind":"goal","evidence_text":"ta(...TRUNCATED)
| [[{"branch_id":0,"end_char":18818,"end_char_in_round":18818,"round_idx":0,"start_char":0,"start_char(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":791,"latex_frac":70,"multi_op_chain":25,"nested_paren":9,"paren_(...TRUNCATED)
|
"Using ALL of the numbers 25, 69, 58, 14, 55, 24, 36, 60, create an expression that equals 176. You (...TRUNCATED)
| "{\"numbers\": [25, 69, 58, 14, 55, 24, 36, 60], \"target\": 176, \"operators_used\": [\"-\", \"+\",(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 176 using all these numbers: 25, 69, 58, 14, 5(...TRUNCATED)
|
[
34705
] |
[
1
] |
[
[]
] | [["<think>\nOkay, let's try to figure out how to make 176 using all these numbers: 25, 69, 58, 14, 5(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] |
[
[
[]
]
] |
[
[
[]
]
] |
[
[
[]
]
] | [[{"all_operands":[25.0,69.0],"all_operators":["+"],"branch_id":0,"canonical_form":"25 + 69 = 94","c(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:25+69=94","end_char":306,"end_char_in_round":306,"eval_value"(...TRUNCATED)
| [[{"canonical_key":"subgoal:176","confidence":0.85,"end_char":434,"end_char_in_round":434,"goal_valu(...TRUNCATED)
| [[{"end_char":1185,"end_char_in_round":1185,"marker_type":"not_helpful","round_idx":0,"span_text":"n(...TRUNCATED)
| [[{"branch_id":0,"end_char":1333,"end_char_in_round":1333,"evidence_kind":"need","evidence_text":"ne(...TRUNCATED)
| [[{"branch_id":0,"end_char":22487,"end_char_in_round":22487,"round_idx":0,"start_char":0,"start_char(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":430,"latex_frac":null,"multi_op_chain":22,"nested_paren":null,"p(...TRUNCATED)
|
"Using ALL of the numbers 55, 36, 6, 3, 14, 99, 17, 82, create an expression that equals 245. You mu(...TRUNCATED)
| "{\"numbers\": [55, 36, 6, 3, 14, 99, 17, 82], \"target\": 245, \"operators_used\": [\"*\", \"-\", \(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 245 using all these numbers: 55, 36, 6, 3, 14,(...TRUNCATED)
|
[
32845
] |
[
108
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 245 using all these numbers: 55, 36, 6, 3, 14,(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["( (82 * 3) - ( (99 - 55) / ( (36 - 17) - 14 ) ) ) + (6 / 3)"],["82 * 3 - (99 - 55) / (36 - 17 - (...TRUNCATED)
| [[[false],[false],[false],[],[false],[false],[false],[false],[],[],[false],[false],[],[false],[],[fa(...TRUNCATED)
| [[[{"answer_block":"( (82 * 3) - ( (99 - 55) / ( (36 - 17) - 14 ) ) ) + (6 / 3)","error":"Expression(...TRUNCATED)
| [[{"all_operands":[5.0,49.0],"all_operators":["*"],"branch_id":0,"canonical_form":"5 * 49 = 245","ca(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:5=49","end_char":269,"end_char_in_round":269,"eval_value":"5"(...TRUNCATED)
| [[{"canonical_key":"subgoal:7","confidence":0.85,"end_char":1192,"end_char_in_round":1192,"goal_valu(...TRUNCATED)
| [[{"end_char":1139,"end_char_in_round":1139,"marker_type":"not_helpful","round_idx":0,"span_text":"N(...TRUNCATED)
| [[{"branch_id":0,"end_char":1825,"end_char_in_round":1825,"evidence_kind":"need","evidence_text":"ne(...TRUNCATED)
| [[{"branch_id":0,"end_char":7850,"end_char_in_round":7850,"round_idx":0,"start_char":0,"start_char_i(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":1609,"latex_frac":121,"multi_op_chain":166,"nested_paren":1,"par(...TRUNCATED)
|
"Using ALL of the numbers 87, 87, 29, 2, 19, 4, 1, 1, create an expression that equals 281. You must(...TRUNCATED)
| "{\"numbers\": [87, 87, 29, 2, 19, 4, 1, 1], \"target\": 281, \"operators_used\": [\"/\", \"+\", \"/(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 281 using all the numbers 87, 87, 29, 2, 19, 4(...TRUNCATED)
|
[
32771
] |
[
86
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 281 using all the numbers 87, 87, 29, 2, 19, 4(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["87 * (2 + 1 + 1) + 29 - 19 - 4"],["87 * 2 + 87 + 29 + 19 - 4 - 1 - 1","87 * (2 + 1 + 1) + 29 - 1(...TRUNCATED)
| [[[false],[false,false],[false,false],[false],[false],[false],[],[false],[],[false],[false],[],[fals(...TRUNCATED)
| [[[{"answer_block":"87 * (2 + 1 + 1) + 29 - 19 - 4","error":"Expression does not equal stated result(...TRUNCATED)
| [[{"all_operands":[87.0,2.0],"all_operators":["*"],"branch_id":0,"canonical_form":"87 * 2 = 174","ca(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:87*2=174","end_char":387,"end_char_in_round":387,"eval_value"(...TRUNCATED)
| [[{"canonical_key":"subgoal:281","confidence":0.75,"end_char":272,"end_char_in_round":272,"goal_valu(...TRUNCATED)
| [[{"end_char":1138,"end_char_in_round":1138,"marker_type":"too_low","round_idx":0,"span_text":"too l(...TRUNCATED)
| [[{"branch_id":0,"end_char":1309,"end_char_in_round":1309,"evidence_kind":"goal","evidence_text":"ta(...TRUNCATED)
| [[{"branch_id":0,"end_char":3104,"end_char_in_round":3104,"round_idx":0,"start_char":0,"start_char_i(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":2144,"latex_frac":null,"multi_op_chain":149,"nested_paren":null,(...TRUNCATED)
|
"Using ALL of the numbers 56, 63, 7, 50, 44, 1, 87, 52, create an expression that equals 132. You mu(...TRUNCATED)
| "{\"numbers\": [56, 63, 7, 50, 44, 1, 87, 52], \"target\": 132, \"operators_used\": [\"-\", \"/\", \(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 132 using all the numbers 56, 63, 7, 50, 44, 1(...TRUNCATED)
|
[
32848
] |
[
204
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 132 using all the numbers 56, 63, 7, 50, 44, 1(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["87 + 52 - 7 + 63 - 50 - 56 + 44 - 1"],["87 + 52 - 7 + 63 - 50 - 56 + 44 - 1"],["87 + 52 - 7 + 63(...TRUNCATED)
| [[[true],[true],[true],[true],[true],[true],[true],[true],[true],[true],[true],[true],[true],[true],(...TRUNCATED)
| [[[{"answer_block":"87 + 52 - 7 + 63 - 50 - 56 + 44 - 1","error":null,"final_answer":132.0,"is_corre(...TRUNCATED)
| [[{"all_operands":[44.0,3.0],"all_operators":["*"],"branch_id":0,"canonical_form":"44 * 3 = 132","ca(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:44*3=132","end_char":614,"end_char_in_round":614,"eval_value"(...TRUNCATED)
| [[{"canonical_key":"subgoal:132","confidence":0.85,"end_char":1004,"end_char_in_round":1004,"goal_va(...TRUNCATED)
| [[{"end_char":1424,"end_char_in_round":1424,"marker_type":"not_helpful","round_idx":0,"span_text":"n(...TRUNCATED)
| [[{"branch_id":0,"end_char":1255,"end_char_in_round":1255,"evidence_kind":"need","evidence_text":"ne(...TRUNCATED)
| [[{"branch_id":0,"end_char":7258,"end_char_in_round":7258,"round_idx":0,"start_char":0,"start_char_i(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":1145,"latex_frac":null,"multi_op_chain":53,"nested_paren":1,"par(...TRUNCATED)
|
"Using ALL of the numbers 7, 1, 49, 7, 28, 59, 3, 44, create an expression that equals 521. You must(...TRUNCATED)
| "{\"numbers\": [7, 1, 49, 7, 28, 59, 3, 44], \"target\": 521, \"operators_used\": [\"/\", \"*\", \"/(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's see. I need to make an expression that equals 521 using all the numbers 7, 1(...TRUNCATED)
|
[
32770
] |
[
248
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's see. I need to make an expression that equals 521 using all the numbers 7, 1(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[[],[],["59 × 7 + 44 × (3 - 1) + (49 - 28) - (7 ÷ 7)"],["59 * 7 + 44 * (3 - 1) + (49 - 28) - (7 (...TRUNCATED)
| [[[],[],[false],[false],[false],[false],[false],[false],[false],[false],[false],[],[false],[false],[(...TRUNCATED)
| [[[],[],[{"answer_block":"59 * 7 + 44 * (3 - 1) + (49 - 28) - (7 / 7)","error":"Expression uses an u(...TRUNCATED)
| [[{"all_operands":[5.0,2.0,1.0],"all_operators":["+","+"],"branch_id":0,"canonical_form":"5 + 2 + 1 (...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:5+2+1=8","end_char":507,"end_char_in_round":507,"eval_value":(...TRUNCATED)
| [[{"canonical_key":"subgoal:12","confidence":0.9,"end_char":2328,"end_char_in_round":2328,"goal_valu(...TRUNCATED)
| [[{"end_char":3865,"end_char_in_round":3865,"marker_type":"not_helpful","round_idx":0,"span_text":"N(...TRUNCATED)
| [[{"branch_id":1,"end_char":3456,"end_char_in_round":3456,"evidence_kind":"need","evidence_text":"ne(...TRUNCATED)
| [[{"branch_id":0,"end_char":2153,"end_char_in_round":2153,"round_idx":0,"start_char":0,"start_char_i(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":918,"latex_frac":8,"multi_op_chain":110,"nested_paren":null,"par(...TRUNCATED)
|
"Using ALL of the numbers 97, 4, 93, 26, 3, 24, 20, 31, create an expression that equals 620. You mu(...TRUNCATED)
| "{\"numbers\": [97, 4, 93, 26, 3, 24, 20, 31], \"target\": 620, \"operators_used\": [\"-\", \"/\", \(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 620 using all the numbers 97, 4, 93, 26, 3, 24(...TRUNCATED)
|
[
32786
] |
[
147
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 620 using all the numbers 97, 4, 93, 26, 3, 24(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["(24 * 26) - 4 + (97 - 93) - (31 - 20) + 3"],[],["(24 * 26) - 4 + (97 - 93) - (31 - 20 - 3)"],["((...TRUNCATED)
| [[[false],[],[false],[false],[false],[false],[false],[false],[false],[false],[],[],[],[],[],[false],(...TRUNCATED)
| [[[{"answer_block":"(24 * 26) - 4 + (97 - 93) - (31 - 20) + 3","error":"Expression does not equal st(...TRUNCATED)
| [[{"all_operands":[97.0,93.0],"all_operators":["*"],"branch_id":0,"canonical_form":"97 * 93 = 9021",(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:97*93=9021","end_char":603,"end_char_in_round":603,"eval_valu(...TRUNCATED)
| [[{"canonical_key":"subgoal:620","confidence":0.9,"end_char":5362,"end_char_in_round":5362,"goal_val(...TRUNCATED)
| [[{"end_char":616,"end_char_in_round":616,"marker_type":"too_big","round_idx":0,"span_text":"too big(...TRUNCATED)
| [[{"branch_id":1,"end_char":6699,"end_char_in_round":6699,"evidence_kind":"goal","evidence_text":"tr(...TRUNCATED)
| [[{"branch_id":0,"end_char":5199,"end_char_in_round":5199,"round_idx":0,"start_char":0,"start_char_i(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":1678,"latex_frac":null,"multi_op_chain":306,"nested_paren":3,"pa(...TRUNCATED)
|
"Using ALL of the numbers 45, 69, 55, 40, 1, 9, 8, 83, create an expression that equals 913. You mus(...TRUNCATED)
| "{\"numbers\": [45, 69, 55, 40, 1, 9, 8, 83], \"target\": 913, \"operators_used\": [\"*\", \"+\", \"(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's see. I need to make an expression that equals 913 using all the numbers 45, (...TRUNCATED)
|
[
32853
] |
[
196
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's see. I need to make an expression that equals 913 using all the numbers 45, (...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["83 * ((69 - 55) - (45 - 40) + 9 - 8 + 1)"],["","83 * (69 - 55 - 45 + 40 + 9 - 8 + 1)","83 * (69 (...TRUNCATED)
| [[[true],[false,true,true,true],[true],[true,true],[true],[true,true],[true],[true,true],[true,true](...TRUNCATED)
| [[[{"answer_block":"83 * ((69 - 55) - (45 - 40) + 9 - 8 + 1)","error":null,"final_answer":913.0,"is_(...TRUNCATED)
| [[{"all_operands":[83.0,10.0],"all_operators":["*"],"branch_id":0,"canonical_form":"83 * 10 = 830","(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:83*10=830","end_char":686,"end_char_in_round":686,"eval_value(...TRUNCATED)
| [[{"canonical_key":"subgoal:913","confidence":0.75,"end_char":329,"end_char_in_round":329,"goal_valu(...TRUNCATED)
| [[{"end_char":3086,"end_char_in_round":3086,"marker_type":"not_helpful","round_idx":0,"span_text":"N(...TRUNCATED)
| [[{"branch_id":0,"end_char":4014,"end_char_in_round":4014,"evidence_kind":"goal","evidence_text":"ta(...TRUNCATED)
| [[{"branch_id":0,"end_char":26218,"end_char_in_round":26218,"round_idx":0,"start_char":0,"start_char(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":1791,"latex_frac":null,"multi_op_chain":68,"nested_paren":null,"(...TRUNCATED)
|
"Using ALL of the numbers 72, 3, 67, 1, 43, 1, 93, 53, create an expression that equals 145. You mus(...TRUNCATED)
| "{\"numbers\": [72, 3, 67, 1, 43, 1, 93, 53], \"target\": 145, \"operators_used\": [\"/\", \"-\", \"(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's see. I need to use all these numbers: 72, 3, 67, 1, 43, 1, 93, 53. Each exac(...TRUNCATED)
|
[
33648
] |
[
61
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's see. I need to use all these numbers: 72, 3, 67, 1, 43, 1, 93, 53. Each exac(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["(93 + 53) - (72 / (67 - 43) + 3 + 1 + 1)"],["93 + 53 - (72 / (67 - 43)) - 3 - 1 - 1"],["93 + 53 (...TRUNCATED)
| [[[false],[false],[false],[false],[false],[false],[false],[false],[false],[false],[false],[false],[f(...TRUNCATED)
| [[[{"answer_block":"(93 + 53) - (72 / (67 - 43) + 3 + 1 + 1)","error":"Expression does not equal sta(...TRUNCATED)
| [[{"all_operands":[93.0,53.0],"all_operators":["+"],"branch_id":0,"canonical_form":"93 + 53 = 146","(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:93+53=146","end_char":705,"end_char_in_round":705,"eval_value(...TRUNCATED)
| [[{"canonical_key":"subgoal:52","confidence":0.85,"end_char":595,"end_char_in_round":595,"goal_value(...TRUNCATED)
| [[{"end_char":1999,"end_char_in_round":1999,"marker_type":"try_again","round_idx":0,"span_text":"Let(...TRUNCATED)
| [[{"branch_id":0,"end_char":588,"end_char_in_round":588,"evidence_kind":"need","evidence_text":"need(...TRUNCATED)
| [[{"branch_id":0,"end_char":8751,"end_char_in_round":8751,"round_idx":0,"start_char":0,"start_char_i(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":2087,"latex_frac":6,"multi_op_chain":159,"nested_paren":null,"pa(...TRUNCATED)
|
"Using ALL of the numbers 13, 1, 13, 68, 2, 2, 93, 62, create an expression that equals 102. You mus(...TRUNCATED)
| "{\"numbers\": [13, 1, 13, 68, 2, 2, 93, 62], \"target\": 102, \"operators_used\": [\"/\", \"-\", \"(...TRUNCATED)
|
countdown
| [{"content":"You are a helpful assistant that solves math problems by reasoning step-by-step. Show y(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 102 using all these numbers: 13, 1, 13, 68, 2,(...TRUNCATED)
|
[
32887
] |
[
280
] | [[" Wait… I’ll continue exploring alternative solution strategies. Let’s try something new. ",(...TRUNCATED)
| [["<think>\nOkay, let's try to figure out how to make 102 using all these numbers: 13, 1, 13, 68, 2,(...TRUNCATED)
|
budget_forcing
|
[
"budget_reached"
] |
[
null
] | false
|
[
0
] | [[["68 + (93 - 62) * (13 / 13) + 2 * 2 - 1"],["68 + (93 - 62) * (13 / 13) + 2 * 2 - 1","68 + (93 - 6(...TRUNCATED)
| [[[true],[true,true],[true,true],[true,true],[true,true],[true,true],[true,true],[true],[true,true],(...TRUNCATED)
| [[[{"answer_block":"68 + (93 - 62) * (13 / 13) + 2 * 2 - 1","error":null,"final_answer":102.0,"is_co(...TRUNCATED)
| [[{"all_operands":[93.0,9.0],"all_operators":["+"],"branch_id":0,"canonical_form":"93 + 9 = 102","ca(...TRUNCATED)
| [[{"branch_id":0,"canonical_key":"expr:93+9=102","end_char":595,"end_char_in_round":595,"eval_value"(...TRUNCATED)
| [[{"canonical_key":"subgoal:102","confidence":0.75,"end_char":308,"end_char_in_round":308,"goal_valu(...TRUNCATED)
| [[{"end_char":1499,"end_char_in_round":1499,"marker_type":"not_helpful","round_idx":0,"span_text":"n(...TRUNCATED)
| [[{"branch_id":0,"end_char":1228,"end_char_in_round":1228,"evidence_kind":"goal","evidence_text":"ta(...TRUNCATED)
| [[{"branch_id":0,"end_char":19126,"end_char_in_round":19126,"round_idx":0,"start_char":0,"start_char(...TRUNCATED)
| [{"attempts_by_match_type":{"infix":2258,"latex_frac":8,"multi_op_chain":101,"nested_paren":5,"paren(...TRUNCATED)
|
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EAS-Qwen3-4B-Thinking-2507-cd8arg-budget_forcing-stage02a-v2
Deterministic extraction of arithmetic attempts, expressions, subgoals, branches, and failure markers from Countdown reasoning traces
Dataset Info
- Rows: 100
- Columns: 24
Columns
| Column | Type | Description |
|---|---|---|
| question | Value('string') | No description provided |
| metadata | Value('string') | No description provided |
| task_source | Value('string') | No description provided |
| formatted_prompt | List({'content': Value('string'), 'role': Value('string')}) | No description provided |
| responses_by_sample | List(List(Value('string'))) | No description provided |
| tokens_by_sample | List(Value('int64')) | No description provided |
| num_rounds_by_sample | List(Value('int64')) | No description provided |
| continuation_prompts_by_sample | List(List(Value('string'))) | No description provided |
| continuation_text_by_sample | List(List(Value('string'))) | No description provided |
| strategy_type | Value('string') | No description provided |
| termination_reason_by_sample | List(Value('string')) | No description provided |
| correct_round_by_sample | List(Value('null')) | No description provided |
| smart_termination_enabled | Value('bool') | No description provided |
| retry_count_by_sample | List(Value('int64')) | No description provided |
| answers_by_sample | List(List(List(Value('string')))) | No description provided |
| evals_by_sample | List(List(List(Value('bool')))) | No description provided |
| eval_metadata_by_sample | List(List(List({'answer_block': Value('string'), 'error': Value('string'), 'final_answer': Value('float64'), 'is_correct': Value('bool')}))) | No description provided |
| arithmetic_attempts_by_sample | List(List({'all_operands': List(Value('float64')), 'all_operators': List(Value('string')), 'branch_id': Value('int64'), 'canonical_form': Value('string'), 'canonical_key': Value('string'), 'end_char': Value('int64'), 'end_char_in_round': Value('int64'), 'is_legal': Value('bool'), 'is_multi_operand': Value('bool'), 'is_valid_arithmetic': Value('bool'), 'match_type': Value('string'), 'operand_a': Value('float64'), 'operand_a_str': Value('string'), 'operand_b': Value('float64'), 'operand_b_str': Value('string'), 'operator': Value('string'), 'operator_raw': Value('string'), 'result': Value('float64'), 'result_str': Value('string'), 'round_idx': Value('int64'), 'separator_raw': Value('string'), 'span_text': Value('string'), 'start_char': Value('int64'), 'start_char_in_round': Value('int64'), 'subgoal_id': Value('int64'), 'subgoal_value': Value('int64')})) | List of extracted binary arithmetic operations (A op B = C) per sample with spans and validation |
| expression_attempts_by_sample | List(List({'branch_id': Value('int64'), 'canonical_key': Value('string'), 'end_char': Value('int64'), 'end_char_in_round': Value('int64'), 'eval_value': Value('string'), 'expression': Value('string'), 'is_legal_initial': Value('bool'), 'is_valid_arithmetic': Value('bool'), 'numbers_used': List(Value('int64')), 'ops_used': List(Value('string')), 'relation': Value('string'), 'relation_raw': Value('string'), 'rhs': Value('string'), 'rhs_eval_value': Value('string'), 'round_idx': Value('int64'), 'source_kind': Value('string'), 'span_text': Value('string'), 'start_char': Value('int64'), 'start_char_in_round': Value('int64'), 'subgoal_id': Value('int64'), 'subgoal_value': Value('int64')})) | List of extracted LHS = RHS expressions per sample with evaluation info |
| subgoals_by_sample | List(List({'canonical_key': Value('string'), 'confidence': Value('float64'), 'end_char': Value('int64'), 'end_char_in_round': Value('int64'), 'goal_value': Value('int64'), 'kind': Value('string'), 'round_idx': Value('int64'), 'span_text': Value('string'), 'start_char': Value('int64'), 'start_char_in_round': Value('int64')})) | List of detected subgoal markers (goal, need, intermediate, eval_zero, make_zero) per sample with kind and confidence |
| failure_markers_by_sample | List(List({'end_char': Value('int64'), 'end_char_in_round': Value('int64'), 'marker_type': Value('string'), 'round_idx': Value('int64'), 'span_text': Value('string'), 'start_char': Value('int64'), 'start_char_in_round': Value('int64')})) | List of detected failure/backtrack markers per sample |
| subgoal_windows_by_sample | List(List({'branch_id': Value('int64'), 'end_char': Value('int64'), 'end_char_in_round': Value('int64'), 'evidence_kind': Value('string'), 'evidence_text': Value('string'), 'round_idx': Value('int64'), 'start_char': Value('int64'), 'start_char_in_round': Value('int64'), 'subgoal_id': Value('int64'), 'value': Value('int64')})) | List of subgoal window spans (where a subgoal is active) per sample |
| branches_by_sample | List(List({'branch_id': Value('int64'), 'end_char': Value('int64'), 'end_char_in_round': Value('int64'), 'round_idx': Value('int64'), 'start_char': Value('int64'), 'start_char_in_round': Value('int64'), 'start_kind': Value('string'), 'start_label': Value('string'), 'start_text': Value('string')})) | List of branch segments (strategy/alternative sections) per sample |
| extraction_stats_by_sample | List({'attempts_by_match_type': {'infix': Value('int64'), 'latex_frac': Value('int64'), 'multi_op_chain': Value('int64'), 'nested_paren': Value('int64'), 'paren_expr': Value('int64'), 'reversed': Value('int64')}, 'attempts_with_branch': Value('int64'), 'attempts_with_subgoal': Value('int64'), 'binary_attempts': Value('int64'), 'legal_expression_initial': Value('int64'), 'legal_initial': Value('int64'), 'merged_text_length': Value('int64'), 'multi_operand_attempts': Value('int64'), 'rounds_with_content': Value('int64'), 'subgoals_by_kind': {'eval_zero': Value('int64'), 'goal': Value('int64'), 'intermediate': Value('int64'), 'make_zero': Value('int64'), 'need': Value('int64'), 'need_more': Value('int64'), 'short_by': Value('int64')}, 'total_attempts': Value('int64'), 'total_branches': Value('int64'), 'total_expression_attempts': Value('int64'), 'total_failure_markers': Value('int64'), 'total_subgoal_windows': Value('int64'), 'total_subgoals': Value('int64'), 'unique_canonical_keys': Value('int64'), 'unique_expression_keys': Value('int64'), 'valid_arithmetic': Value('int64'), 'valid_expression_arithmetic': Value('int64')}) | Summary statistics of extraction results per sample including subgoals_by_kind breakdown |
Generation Parameters
{
"script_name": "stage_02a_extract_attempts.py",
"model": "deterministic_parser",
"hyperparameters": {},
"input_datasets": [
"reasoning-degeneration-dev/EAS-Qwen3-4B-Thinking-2507-cd8arg-budget_forcing"
],
"description": "Deterministic extraction of arithmetic attempts, expressions, subgoals, branches, and failure markers from Countdown reasoning traces"
}
Experiment Documentation
For complete experiment details, see https://github.com/reasoning-degeneration/ReasoningDegeneration/tree/main/experiments/degen_test_1_countdown/documentation
Usage
from datasets import load_dataset
dataset = load_dataset("reasoning-degeneration-dev/EAS-Qwen3-4B-Thinking-2507-cd8arg-budget_forcing-stage02a-v2", split="train")
print(f"Loaded {len(dataset)} rows")
This dataset is tracked in reasoning-degeneration-dev/PROJECT-MANIFEST
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