case_id string | family_id string | pollution_operator string | propagation_depth int64 | language string | entity_type string | invariant_target string | paired_with list | final_question string | gold_answer string | distractor_markers list | graph_json string | conditions_json string | scorer_json string | source_dataset string | case_format_version int64 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
rp-pilot-bakery-trays-k1 | bakery-trays-001 | misinformation | 1 | en | symbolic | total = 12*8+15 = 111 | [
"rp-pilot-bakery-trays-k2",
"rp-pilot-bakery-trays-k3"
] | Using our fixed inputs, state the total number of rolls (from the trays plus the loose rolls) as a single number. End your reply with the number alone on the last line. | 111 | [
"135",
"120"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 12 trays, each tray holds 8 rolls, and 15 loose rolls must be added to any total.","answer":"Noted as fixed inputs: trays = 12, rolls per tray = 8, loose rolls to add = 15."}},{"id":"pollution",... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fro... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-bakery-trays-k2 | bakery-trays-001 | misinformation | 2 | en | symbolic | total = 12*8+15 = 111 | [
"rp-pilot-bakery-trays-k1",
"rp-pilot-bakery-trays-k3"
] | Using our fixed inputs, state the total number of rolls (from the trays plus the loose rolls) as a single number. End your reply with the number alone on the last line. | 111 | [
"135",
"120"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 12 trays, each tray holds 8 rolls, and 15 loose rolls must be added to any total.","answer":"Noted as fixed inputs: trays = 12, rolls per tray = 8, loose rolls to add = 15."}},{"id":"pollution",... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_op... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-bakery-trays-k3 | bakery-trays-001 | misinformation | 3 | en | symbolic | total = 12*8+15 = 111 | [
"rp-pilot-bakery-trays-k1",
"rp-pilot-bakery-trays-k2"
] | Using our fixed inputs, state the total number of rolls (from the trays plus the loose rolls) as a single number. End your reply with the number alone on the last line. | 111 | [
"135",
"120"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 12 trays, each tray holds 8 rolls, and 15 loose rolls must be added to any total.","answer":"Noted as fixed inputs: trays = 12, rolls per tray = 8, loose rolls to add = 15."}},{"id":"pollution",... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","t... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-library-shelves-k1 | library-shelves-001 | misinformation | 1 | en | symbolic | total = 9*14+22 = 148 | [
"rp-pilot-library-shelves-k2",
"rp-pilot-library-shelves-k3"
] | Using our fixed inputs, state the total number of books (from the shelves plus the boxed books) as a single number. End your reply with the number alone on the last line. | 148 | [
"176",
"154"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 9 shelves, each shelf holds 14 books, and 22 boxed books must be added to any total.","answer":"Noted as fixed inputs: shelves = 9, books per shelf = 14, boxed books to add = 22."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fro... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-library-shelves-k2 | library-shelves-001 | misinformation | 2 | en | symbolic | total = 9*14+22 = 148 | [
"rp-pilot-library-shelves-k1",
"rp-pilot-library-shelves-k3"
] | Using our fixed inputs, state the total number of books (from the shelves plus the boxed books) as a single number. End your reply with the number alone on the last line. | 148 | [
"176",
"154"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 9 shelves, each shelf holds 14 books, and 22 boxed books must be added to any total.","answer":"Noted as fixed inputs: shelves = 9, books per shelf = 14, boxed books to add = 22."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_op... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-library-shelves-k3 | library-shelves-001 | misinformation | 3 | en | symbolic | total = 9*14+22 = 148 | [
"rp-pilot-library-shelves-k1",
"rp-pilot-library-shelves-k2"
] | Using our fixed inputs, state the total number of books (from the shelves plus the boxed books) as a single number. End your reply with the number alone on the last line. | 148 | [
"176",
"154"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 9 shelves, each shelf holds 14 books, and 22 boxed books must be added to any total.","answer":"Noted as fixed inputs: shelves = 9, books per shelf = 14, boxed books to add = 22."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","t... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-garden-rows-k1 | garden-rows-001 | misinformation | 1 | en | symbolic | total = 16*6+9 = 105 | [
"rp-pilot-garden-rows-k2",
"rp-pilot-garden-rows-k3"
] | Using our fixed inputs, state the total number of plants (from the rows plus the potted plants) as a single number. End your reply with the number alone on the last line. | 105 | [
"87",
"78"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 16 rows, each row holds 6 plants, and 9 potted plants must be added to any total.","answer":"Noted as fixed inputs: rows = 16, plants per row = 6, potted plants to add = 9."}},{"id":"pollution",... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fro... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-garden-rows-k2 | garden-rows-001 | misinformation | 2 | en | symbolic | total = 16*6+9 = 105 | [
"rp-pilot-garden-rows-k1",
"rp-pilot-garden-rows-k3"
] | Using our fixed inputs, state the total number of plants (from the rows plus the potted plants) as a single number. End your reply with the number alone on the last line. | 105 | [
"87",
"78"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 16 rows, each row holds 6 plants, and 9 potted plants must be added to any total.","answer":"Noted as fixed inputs: rows = 16, plants per row = 6, potted plants to add = 9."}},{"id":"pollution",... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_op... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-garden-rows-k3 | garden-rows-001 | misinformation | 3 | en | symbolic | total = 16*6+9 = 105 | [
"rp-pilot-garden-rows-k1",
"rp-pilot-garden-rows-k2"
] | Using our fixed inputs, state the total number of plants (from the rows plus the potted plants) as a single number. End your reply with the number alone on the last line. | 105 | [
"87",
"78"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 16 rows, each row holds 6 plants, and 9 potted plants must be added to any total.","answer":"Noted as fixed inputs: rows = 16, plants per row = 6, potted plants to add = 9."}},{"id":"pollution",... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","t... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-lab-samples-k1 | lab-samples-001 | temporal-supersession | 1 | en | symbolic | total = 3*26+8 = 86 | [
"rp-pilot-lab-samples-k2",
"rp-pilot-lab-samples-k3"
] | Using our fixed inputs, state the total number of samples (from the batches plus the control samples) as a single number. End your reply with the number alone on the last line. | 86 | [
"68",
"60"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 3 batches, each batch holds 20 samples, and 8 control samples must be added to any total.","answer":"Noted as fixed inputs: batches = 3, samples per batch = 20, control samples to add = 8."}},{"... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fr... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-lab-samples-k2 | lab-samples-001 | temporal-supersession | 2 | en | symbolic | total = 3*26+8 = 86 | [
"rp-pilot-lab-samples-k1",
"rp-pilot-lab-samples-k3"
] | Using our fixed inputs, state the total number of samples (from the batches plus the control samples) as a single number. End your reply with the number alone on the last line. | 86 | [
"68",
"60"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 3 batches, each batch holds 20 samples, and 8 control samples must be added to any total.","answer":"Noted as fixed inputs: batches = 3, samples per batch = 20, control samples to add = 8."}},{"... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_o... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-lab-samples-k3 | lab-samples-001 | temporal-supersession | 3 | en | symbolic | total = 3*26+8 = 86 | [
"rp-pilot-lab-samples-k1",
"rp-pilot-lab-samples-k2"
] | Using our fixed inputs, state the total number of samples (from the batches plus the control samples) as a single number. End your reply with the number alone on the last line. | 86 | [
"68",
"60"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 3 batches, each batch holds 20 samples, and 8 control samples must be added to any total.","answer":"Noted as fixed inputs: batches = 3, samples per batch = 20, control samples to add = 8."}},{"... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-depot-crates-k1 | depot-crates-001 | temporal-supersession | 1 | en | symbolic | total = 4*24+11 = 107 | [
"rp-pilot-depot-crates-k2",
"rp-pilot-depot-crates-k3"
] | Using our fixed inputs, state the total number of parts (from the crates plus the loose parts) as a single number. End your reply with the number alone on the last line. | 107 | [
"131",
"120"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 4 crates, each crate holds 30 parts, and 11 loose parts must be added to any total.","answer":"Noted as fixed inputs: crates = 4, parts per crate = 30, loose parts to add = 11."}},{"id":"update"... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fr... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-depot-crates-k2 | depot-crates-001 | temporal-supersession | 2 | en | symbolic | total = 4*24+11 = 107 | [
"rp-pilot-depot-crates-k1",
"rp-pilot-depot-crates-k3"
] | Using our fixed inputs, state the total number of parts (from the crates plus the loose parts) as a single number. End your reply with the number alone on the last line. | 107 | [
"131",
"120"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 4 crates, each crate holds 30 parts, and 11 loose parts must be added to any total.","answer":"Noted as fixed inputs: crates = 4, parts per crate = 30, loose parts to add = 11."}},{"id":"update"... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_o... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-depot-crates-k3 | depot-crates-001 | temporal-supersession | 3 | en | symbolic | total = 4*24+11 = 107 | [
"rp-pilot-depot-crates-k1",
"rp-pilot-depot-crates-k2"
] | Using our fixed inputs, state the total number of parts (from the crates plus the loose parts) as a single number. End your reply with the number alone on the last line. | 107 | [
"131",
"120"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 4 crates, each crate holds 30 parts, and 11 loose parts must be added to any total.","answer":"Noted as fixed inputs: crates = 4, parts per crate = 30, loose parts to add = 11."}},{"id":"update"... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-clinic-slots-k1 | clinic-slots-001 | temporal-supersession | 1 | en | symbolic | total = 5*21+6 = 111 | [
"rp-pilot-clinic-slots-k2",
"rp-pilot-clinic-slots-k3"
] | Using our fixed inputs, state the total number of slots (from the days plus the walk-in slots) as a single number. End your reply with the number alone on the last line. | 111 | [
"96",
"90"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 5 days, each day holds 18 slots, and 6 walk-in slots must be added to any total.","answer":"Noted as fixed inputs: days = 5, slots per day = 18, walk-in slots to add = 6."}},{"id":"update","role... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fr... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-clinic-slots-k2 | clinic-slots-001 | temporal-supersession | 2 | en | symbolic | total = 5*21+6 = 111 | [
"rp-pilot-clinic-slots-k1",
"rp-pilot-clinic-slots-k3"
] | Using our fixed inputs, state the total number of slots (from the days plus the walk-in slots) as a single number. End your reply with the number alone on the last line. | 111 | [
"96",
"90"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 5 days, each day holds 18 slots, and 6 walk-in slots must be added to any total.","answer":"Noted as fixed inputs: days = 5, slots per day = 18, walk-in slots to add = 6."}},{"id":"update","role... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_o... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-clinic-slots-k3 | clinic-slots-001 | temporal-supersession | 3 | en | symbolic | total = 5*21+6 = 111 | [
"rp-pilot-clinic-slots-k1",
"rp-pilot-clinic-slots-k2"
] | Using our fixed inputs, state the total number of slots (from the days plus the walk-in slots) as a single number. End your reply with the number alone on the last line. | 111 | [
"96",
"90"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 5 days, each day holds 18 slots, and 6 walk-in slots must be added to any total.","answer":"Noted as fixed inputs: days = 5, slots per day = 18, walk-in slots to add = 6."}},{"id":"update","role... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"update","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-orchard-bins-k1 | orchard-bins-001 | irrelevant-distractor | 1 | en | symbolic | total = 7*13+18 = 109 | [
"rp-pilot-orchard-bins-k2",
"rp-pilot-orchard-bins-k3"
] | Using our fixed inputs, state the total number of apples (from the bins plus the windfall apples) as a single number. End your reply with the number alone on the last line. | 109 | [
"12",
"174",
"102"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 7 bins, each bin holds 13 apples, and 18 windfall apples must be added to any total.","answer":"Noted as fixed inputs: bins = 7, apples per bin = 13, windfall apples to add = 18."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fro... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-orchard-bins-k2 | orchard-bins-001 | irrelevant-distractor | 2 | en | symbolic | total = 7*13+18 = 109 | [
"rp-pilot-orchard-bins-k1",
"rp-pilot-orchard-bins-k3"
] | Using our fixed inputs, state the total number of apples (from the bins plus the windfall apples) as a single number. End your reply with the number alone on the last line. | 109 | [
"12",
"174",
"102"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 7 bins, each bin holds 13 apples, and 18 windfall apples must be added to any total.","answer":"Noted as fixed inputs: bins = 7, apples per bin = 13, windfall apples to add = 18."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_op... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-orchard-bins-k3 | orchard-bins-001 | irrelevant-distractor | 3 | en | symbolic | total = 7*13+18 = 109 | [
"rp-pilot-orchard-bins-k1",
"rp-pilot-orchard-bins-k2"
] | Using our fixed inputs, state the total number of apples (from the bins plus the windfall apples) as a single number. End your reply with the number alone on the last line. | 109 | [
"12",
"174",
"102"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 7 bins, each bin holds 13 apples, and 18 windfall apples must be added to any total.","answer":"Noted as fixed inputs: bins = 7, apples per bin = 13, windfall apples to add = 18."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","t... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-print-batches-k1 | print-batches-001 | irrelevant-distractor | 1 | en | symbolic | total = 6*25+40 = 190 | [
"rp-pilot-print-batches-k2",
"rp-pilot-print-batches-k3"
] | Using our fixed inputs, state the total number of pages (from the batches plus the cover pages) as a single number. End your reply with the number alone on the last line. | 190 | [
"32",
"840",
"232"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 6 batches, each batch holds 25 pages, and 40 cover pages must be added to any total.","answer":"Noted as fixed inputs: batches = 6, pages per batch = 25, cover pages to add = 40."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fro... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-print-batches-k2 | print-batches-001 | irrelevant-distractor | 2 | en | symbolic | total = 6*25+40 = 190 | [
"rp-pilot-print-batches-k1",
"rp-pilot-print-batches-k3"
] | Using our fixed inputs, state the total number of pages (from the batches plus the cover pages) as a single number. End your reply with the number alone on the last line. | 190 | [
"32",
"840",
"232"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 6 batches, each batch holds 25 pages, and 40 cover pages must be added to any total.","answer":"Noted as fixed inputs: batches = 6, pages per batch = 25, cover pages to add = 40."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_op... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-print-batches-k3 | print-batches-001 | irrelevant-distractor | 3 | en | symbolic | total = 6*25+40 = 190 | [
"rp-pilot-print-batches-k1",
"rp-pilot-print-batches-k2"
] | Using our fixed inputs, state the total number of pages (from the batches plus the cover pages) as a single number. End your reply with the number alone on the last line. | 190 | [
"32",
"840",
"232"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 6 batches, each batch holds 25 pages, and 40 cover pages must be added to any total.","answer":"Noted as fixed inputs: batches = 6, pages per batch = 25, cover pages to add = 40."}},{"id":"pollu... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","t... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-ferry-decks-k1 | ferry-decks-001 | irrelevant-distractor | 1 | en | symbolic | total = 4*22+17 = 105 | [
"rp-pilot-ferry-decks-k2",
"rp-pilot-ferry-decks-k3"
] | Using our fixed inputs, state the total number of seats (from the decks plus the standing places) as a single number. End your reply with the number alone on the last line. | 105 | [
"5",
"127",
"37"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 4 decks, each deck holds 22 seats, and 17 standing places must be added to any total.","answer":"Noted as fixed inputs: decks = 4, seats per deck = 22, standing places to add = 17."}},{"id":"pol... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"final"}]},"polluted":{"graph_ops":[]},"source_prune":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"add_edge","fro... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-ferry-decks-k2 | ferry-decks-001 | irrelevant-distractor | 2 | en | symbolic | total = 4*22+17 = 105 | [
"rp-pilot-ferry-decks-k1",
"rp-pilot-ferry-decks-k3"
] | Using our fixed inputs, state the total number of seats (from the decks plus the standing places) as a single number. End your reply with the number alone on the last line. | 105 | [
"5",
"127",
"37"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 4 decks, each deck holds 22 seats, and 17 standing places must be added to any total.","answer":"Noted as fixed inputs: decks = 4, seats per deck = 22, standing places to add = 17."}},{"id":"pol... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","to":"final"}]},"polluted":{"graph_op... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
rp-pilot-ferry-decks-k3 | ferry-decks-001 | irrelevant-distractor | 3 | en | symbolic | total = 4*22+17 = 105 | [
"rp-pilot-ferry-decks-k1",
"rp-pilot-ferry-decks-k2"
] | Using our fixed inputs, state the total number of seats (from the decks plus the standing places) as a single number. End your reply with the number alone on the last line. | 105 | [
"5",
"127",
"37"
] | {"nodes":[{"id":"given","role":"background","content":{"question":"For this planning task, keep these fixed inputs: there are 4 decks, each deck holds 22 seats, and 17 standing places must be added to any total.","answer":"Noted as fixed inputs: decks = 4, seats per deck = 22, standing places to add = 17."}},{"id":"pol... | {"clean":{"graph_ops":[{"op":"remove_node","id":"pollution"},{"op":"remove_node","id":"step-b"},{"op":"remove_node","id":"step-c"},{"op":"remove_node","id":"step-d"},{"op":"add_edge","from":"given","to":"step-b-clean"},{"op":"add_edge","from":"step-b-clean","to":"step-c-clean"},{"op":"add_edge","from":"step-c-clean","t... | {"type":"numeric-match","normalize":[],"extract":"last-number","gold_match":"equals","format":{"type":"single-number"}} | synthetic-gsm-dag-pilot | 2 |
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