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The dataset generation failed
Error code: DatasetGenerationError
Exception: ArrowInvalid
Message: offset overflow while concatenating arrays
Traceback: Traceback (most recent call last):
File "/src/services/worker/.venv/lib/python3.9/site-packages/datasets/builder.py", line 1831, in _prepare_split_single
writer.write_table(table)
File "/src/services/worker/.venv/lib/python3.9/site-packages/datasets/arrow_writer.py", line 643, in write_table
pa_table = pa_table.combine_chunks()
File "pyarrow/table.pxi", line 3638, in pyarrow.lib.Table.combine_chunks
File "pyarrow/error.pxi", line 154, in pyarrow.lib.pyarrow_internal_check_status
File "pyarrow/error.pxi", line 91, in pyarrow.lib.check_status
pyarrow.lib.ArrowInvalid: offset overflow while concatenating arrays
The above exception was the direct cause of the following exception:
Traceback (most recent call last):
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 1451, in compute_config_parquet_and_info_response
parquet_operations, partial, estimated_dataset_info = stream_convert_to_parquet(
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 994, in stream_convert_to_parquet
builder._prepare_split(
File "/src/services/worker/.venv/lib/python3.9/site-packages/datasets/builder.py", line 1702, in _prepare_split
for job_id, done, content in self._prepare_split_single(
File "/src/services/worker/.venv/lib/python3.9/site-packages/datasets/builder.py", line 1858, in _prepare_split_single
raise DatasetGenerationError("An error occurred while generating the dataset") from e
datasets.exceptions.DatasetGenerationError: An error occurred while generating the datasetNeed help to make the dataset viewer work? Make sure to review how to configure the dataset viewer, and open a discussion for direct support.
nums list | target int64 | solution list | optimal_path string | start_size int64 | search_path string | rating float64 | search_type string | heuristic string | promising_threshold float64 | beam_size int64 | sub_call_beam_size int64 | trace_dict dict | token_count int64 | longest_seq_token_count int64 | avg_seq_token_count float64 | avg_sub_seq_token_count float64 | sub_call_count float64 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
[
45,
41,
94,
82
] | 79 | [
"41+94=135",
"135/45=3",
"82-3=79"
] | Current State: 79:[45, 41, 94, 82], Operations: []
Exploring Operation: 41+94=135, Resulting Numbers: [45, 82, 135]
Generated Node #2: [45, 82, 135] from Operation: 41+94=135
Current State: 79:[45, 82, 135], Operations: ['41+94=135']
Exploring Operation: 135/45=3, Resulting Numbers: [82, 3]
Generated Node #3: [82, 3] f... | 4 | Moving to Node #0
Current State: 79:[45, 41, 94, 82], Operations: []
Exploring Operation: 41+82=123, Resulting Numbers: [45, 94, 123]
Generated Node #0,0: 79:[45, 94, 123] Operation: 41+82=123
Exploring Operation: 41+94=135, Resulting Numbers: [45, 82, 135]
Generated Node #0,1: 79:[45, 82, 135] Operation: 41+94=135
Exp... | 0.987847 | hsp_8 | mult_heuristic | 0.9 | 8 | 13 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 79:[45, 41, 94, 82], Operations: []\nExploring Operation: 41+82=123, Resulting Numbers: [45, 94, 123]\nGenerated Node #0,0: 79:[45, 94, 123] Operation: 41+82=123\nExploring Operation: 41+94=135, Resulting Numbers: [45, 82, 135]\nGenerated Node #0,1: 79:[45, 82,... | 18,470 | 2,426 | 1,847 | 2,130.875 | 8 |
[
71,
13,
20,
53
] | 15 | [
"71-13=58",
"20+53=73",
"73-58=15"
] | Current State: 15:[71, 13, 20, 53], Operations: []
Exploring Operation: 71-13=58, Resulting Numbers: [20, 53, 58]
Generated Node #2: [20, 53, 58] from Operation: 71-13=58
Current State: 15:[20, 53, 58], Operations: ['71-13=58']
Exploring Operation: 20+53=73, Resulting Numbers: [58, 73]
Generated Node #3: [58, 73] from ... | 4 | Moving to Node #0
Current State: 15:[71, 13, 20, 53], Operations: []
Exploring Operation: 53-20=33, Resulting Numbers: [71, 13, 33]
Generated Node #0,0: 15:[71, 13, 33] Operation: 53-20=33
Exploring Operation: 71+13=84, Resulting Numbers: [20, 53, 84]
Generated Node #0,1: 15:[20, 53, 84] Operation: 71+13=84
Exploring O... | 0.981771 | hsp_7 | mult_heuristic | 0.9 | 7 | 8 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 15:[71, 13, 20, 53], Operations: []\nExploring Operation: 53-20=33, Resulting Numbers: [71, 13, 33]\nGenerated Node #0,0: 15:[71, 13, 33] Operation: 53-20=33\nExploring Operation: 71+13=84, Resulting Numbers: [20, 53, 84]\nGenerated Node #0,1: 15:[20, 53, 84] O... | 3,156 | 1,681 | 350.666667 | 185.857143 | 7 |
[
10,
4,
63,
29
] | 28 | [
"10-4=6",
"63-29=34",
"34-6=28"
] | Current State: 28:[10, 4, 63, 29], Operations: []
Exploring Operation: 10-4=6, Resulting Numbers: [63, 29, 6]
Generated Node #2: [63, 29, 6] from Operation: 10-4=6
Current State: 28:[63, 29, 6], Operations: ['10-4=6']
Exploring Operation: 63-29=34, Resulting Numbers: [6, 34]
Generated Node #3: [6, 34] from Operation: 6... | 4 | Moving to Node #0
Current State: 28:[10, 4, 63, 29], Operations: []
Exploring Operation: 63-10=53, Resulting Numbers: [4, 29, 53]
Generated Node #0,0: 28:[4, 29, 53] Operation: 63-10=53
Exploring Operation: 63-29=34, Resulting Numbers: [10, 4, 34]
Generated Node #0,1: 28:[10, 4, 34] Operation: 63-29=34
<Sub Searches>
<... | 0.991319 | hsp_2 | mult_heuristic | 0.9 | 2 | 11 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 28:[10, 4, 63, 29], Operations: []\nExploring Operation: 63-10=53, Resulting Numbers: [4, 29, 53]\nGenerated Node #0,0: 28:[4, 29, 53] Operation: 63-10=53\nExploring Operation: 63-29=34, Resulting Numbers: [10, 4, 34]\nGenerated Node #0,1: 28:[10, 4, 34] Operat... | 2,711 | 912 | 677.75 | 884.5 | 2 |
[
49,
54,
15,
85
] | 88 | [
"54-49=5",
"15/5=3",
"85+3=88"
] | Current State: 88:[49, 54, 15, 85], Operations: []
Exploring Operation: 54-49=5, Resulting Numbers: [15, 85, 5]
Generated Node #2: [15, 85, 5] from Operation: 54-49=5
Current State: 88:[15, 85, 5], Operations: ['54-49=5']
Exploring Operation: 15/5=3, Resulting Numbers: [85, 3]
Generated Node #3: [85, 3] from Operation:... | 4 | Moving to Node #0
Current State: 88:[49, 54, 15, 85], Operations: []
Exploring Operation: 54-49=5, Resulting Numbers: [15, 85, 5]
Generated Node #0,0: 88:[15, 85, 5] Operation: 54-49=5
Moving to Node #0,0
Current State: 88:[15, 85, 5], Operations: ['54-49=5']
Exploring Operation: 15-5=10, Resulting Numbers: [85, 10]
Ge... | 0 | hsp_1 | mult_heuristic | 0.9 | 1 | 8 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 88:[49, 54, 15, 85], Operations: []\nExploring Operation: 54-49=5, Resulting Numbers: [15, 85, 5]\nGenerated Node #0,0: 88:[15, 85, 5] Operation: 54-49=5\nMoving to Node #0,0\nCurrent State: 88:[15, 85, 5], Operations: ['54-49=5']\nExploring Operation: 15-5=10,... | 286 | 286 | 286 | 0 | 0 |
[
91,
72,
86,
88
] | 53 | [
"88-86=2",
"72*2=144",
"144-91=53"
] | Current State: 53:[91, 72, 86, 88], Operations: []
Exploring Operation: 88-86=2, Resulting Numbers: [91, 72, 2]
Generated Node #2: [91, 72, 2] from Operation: 88-86=2
Current State: 53:[91, 72, 2], Operations: ['88-86=2']
Exploring Operation: 72*2=144, Resulting Numbers: [91, 144]
Generated Node #3: [91, 144] from Oper... | 4 | Moving to Node #0
Current State: 53:[91, 72, 86, 88], Operations: []
Exploring Operation: 91-72=19, Resulting Numbers: [86, 88, 19]
Generated Node #0,0: 53:[86, 88, 19] Operation: 91-72=19
Exploring Operation: 91-86=5, Resulting Numbers: [72, 88, 5]
Generated Node #0,1: 53:[72, 88, 5] Operation: 91-86=5
<Sub Searches>
... | 0 | hsp_2 | mult_heuristic | 0.9 | 2 | 2 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 53:[91, 72, 86, 88], Operations: []\nExploring Operation: 91-72=19, Resulting Numbers: [86, 88, 19]\nGenerated Node #0,0: 53:[86, 88, 19] Operation: 91-72=19\nExploring Operation: 91-86=5, Resulting Numbers: [72, 88, 5]\nGenerated Node #0,1: 53:[72, 88, 5] Oper... | 1,113 | 419 | 278.25 | 414 | 2 |
[
28,
85,
7,
8
] | 83 | [
"28-7=21",
"8*21=168",
"168-85=83"
] | Current State: 83:[28, 85, 7, 8], Operations: []
Exploring Operation: 28-7=21, Resulting Numbers: [85, 8, 21]
Generated Node #2: [85, 8, 21] from Operation: 28-7=21
Current State: 83:[85, 8, 21], Operations: ['28-7=21']
Exploring Operation: 8*21=168, Resulting Numbers: [85, 168]
Generated Node #3: [85, 168] from Operat... | 4 | Moving to Node #0
Current State: 83:[28, 85, 7, 8], Operations: []
Exploring Operation: 28+8=36, Resulting Numbers: [85, 7, 36]
Generated Node #0,0: 83:[85, 7, 36] Operation: 28+8=36
Exploring Operation: 28+7=35, Resulting Numbers: [85, 8, 35]
Generated Node #0,1: 83:[85, 8, 35] Operation: 28+7=35
Exploring Operation: ... | 0.991319 | hsp_4 | mult_heuristic | 0.9 | 4 | 9 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 83:[28, 85, 7, 8], Operations: []\nExploring Operation: 28+8=36, Resulting Numbers: [85, 7, 36]\nGenerated Node #0,0: 83:[85, 7, 36] Operation: 28+8=36\nExploring Operation: 28+7=35, Resulting Numbers: [85, 8, 35]\nGenerated Node #0,1: 83:[85, 8, 35] Operation:... | 8,904 | 2,153 | 1,484 | 1,990.25 | 4 |
[
33,
57,
94,
97
] | 72 | [
"57-33=24",
"97-94=3",
"24*3=72"
] | Current State: 72:[33, 57, 94, 97], Operations: []
Exploring Operation: 57-33=24, Resulting Numbers: [94, 97, 24]
Generated Node #2: [94, 97, 24] from Operation: 57-33=24
Current State: 72:[94, 97, 24], Operations: ['57-33=24']
Exploring Operation: 97-94=3, Resulting Numbers: [24, 3]
Generated Node #3: [24, 3] from Ope... | 4 | Moving to Node #0
Current State: 72:[33, 57, 94, 97], Operations: []
Exploring Operation: 97-57=40, Resulting Numbers: [33, 94, 40]
Generated Node #0,0: 72:[33, 94, 40] Operation: 97-57=40
Exploring Operation: 97-94=3, Resulting Numbers: [33, 57, 3]
Generated Node #0,1: 72:[33, 57, 3] Operation: 97-94=3
Exploring Opera... | 0.990451 | hsp_3 | mult_heuristic | 0.9 | 3 | 4 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 72:[33, 57, 94, 97], Operations: []\nExploring Operation: 97-57=40, Resulting Numbers: [33, 94, 40]\nGenerated Node #0,0: 72:[33, 94, 40] Operation: 97-57=40\nExploring Operation: 97-94=3, Resulting Numbers: [33, 57, 3]\nGenerated Node #0,1: 72:[33, 57, 3] Oper... | 1,596 | 904 | 319.2 | 202 | 3 |
[
20,
3,
76,
14
] | 46 | [
"20+76=96",
"96/3=32",
"14+32=46"
] | Current State: 46:[20, 3, 76, 14], Operations: []
Exploring Operation: 20+76=96, Resulting Numbers: [3, 14, 96]
Generated Node #2: [3, 14, 96] from Operation: 20+76=96
Current State: 46:[3, 14, 96], Operations: ['20+76=96']
Exploring Operation: 96/3=32, Resulting Numbers: [14, 32]
Generated Node #3: [14, 32] from Opera... | 4 | Moving to Node #0
Current State: 46:[20, 3, 76, 14], Operations: []
Exploring Operation: 20-14=6, Resulting Numbers: [3, 76, 6]
Generated Node #0,0: 46:[3, 76, 6] Operation: 20-14=6
Exploring Operation: 76-20=56, Resulting Numbers: [3, 14, 56]
Generated Node #0,1: 46:[3, 14, 56] Operation: 76-20=56
Exploring Operation:... | 0 | hsp_6 | mult_heuristic | 0.9 | 6 | 6 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 46:[20, 3, 76, 14], Operations: []\nExploring Operation: 20-14=6, Resulting Numbers: [3, 76, 6]\nGenerated Node #0,0: 46:[3, 76, 6] Operation: 20-14=6\nExploring Operation: 76-20=56, Resulting Numbers: [3, 14, 56]\nGenerated Node #0,1: 46:[3, 14, 56] Operation:... | 10,679 | 3,622 | 248.348837 | 170.694444 | 6 |
[
4,
82,
69,
2
] | 15 | [
"4+82=86",
"69+2=71",
"86-71=15"
] | Current State: 15:[4, 82, 69, 2], Operations: []
Exploring Operation: 4+82=86, Resulting Numbers: [69, 2, 86]
Generated Node #2: [69, 2, 86] from Operation: 4+82=86
Current State: 15:[69, 2, 86], Operations: ['4+82=86']
Exploring Operation: 69+2=71, Resulting Numbers: [86, 71]
Generated Node #3: [86, 71] from Operation... | 4 | Moving to Node #0
Current State: 15:[4, 82, 69, 2], Operations: []
Exploring Operation: 82-69=13, Resulting Numbers: [4, 2, 13]
Generated Node #0,0: 15:[4, 2, 13] Operation: 82-69=13
Moving to Node #0,0
Current State: 15:[4, 2, 13], Operations: ['82-69=13']
Exploring Operation: 2+13=15, Resulting Numbers: [4, 15]
Gener... | 0 | hsp_1 | mult_heuristic | 0.9 | 1 | 7 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 15:[4, 82, 69, 2], Operations: []\nExploring Operation: 82-69=13, Resulting Numbers: [4, 2, 13]\nGenerated Node #0,0: 15:[4, 2, 13] Operation: 82-69=13\nMoving to Node #0,0\nCurrent State: 15:[4, 2, 13], Operations: ['82-69=13']\nExploring Operation: 2+13=15, R... | 281 | 281 | 281 | 0 | 0 |
[
15,
35,
4,
45
] | 34 | [
"45/15=3",
"35-4=31",
"3+31=34"
] | Current State: 34:[15, 35, 4, 45], Operations: []
Exploring Operation: 45/15=3, Resulting Numbers: [35, 4, 3]
Generated Node #2: [35, 4, 3] from Operation: 45/15=3
Current State: 34:[35, 4, 3], Operations: ['45/15=3']
Exploring Operation: 35-4=31, Resulting Numbers: [3, 31]
Generated Node #3: [3, 31] from Operation: 35... | 4 | Moving to Node #0
Current State: 34:[15, 35, 4, 45], Operations: []
Exploring Operation: 45/15=3, Resulting Numbers: [35, 4, 3]
Generated Node #0,0: 34:[35, 4, 3] Operation: 45/15=3
Moving to Node #0,0
Current State: 34:[35, 4, 3], Operations: ['45/15=3']
Exploring Operation: 4-3=1, Resulting Numbers: [35, 1]
Generated... | 0.993924 | hsp_1 | mult_heuristic | 0.9 | 1 | 2 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 34:[15, 35, 4, 45], Operations: []\nExploring Operation: 45/15=3, Resulting Numbers: [35, 4, 3]\nGenerated Node #0,0: 34:[35, 4, 3] Operation: 45/15=3\nMoving to Node #0,0\nCurrent State: 34:[35, 4, 3], Operations: ['45/15=3']\nExploring Operation: 4-3=1, Resul... | 533 | 533 | 533 | 0 | 0 |
[
27,
14,
8,
57
] | 14 | [
"27+57=84",
"14-8=6",
"84/6=14"
] | Current State: 14:[27, 14, 8, 57], Operations: []
Exploring Operation: 27+57=84, Resulting Numbers: [14, 8, 84]
Generated Node #2: [14, 8, 84] from Operation: 27+57=84
Current State: 14:[14, 8, 84], Operations: ['27+57=84']
Exploring Operation: 14-8=6, Resulting Numbers: [84, 6]
Generated Node #3: [84, 6] from Operatio... | 4 | Moving to Node #0
Current State: 14:[27, 14, 8, 57], Operations: []
Exploring Operation: 57-27=30, Resulting Numbers: [14, 8, 30]
Generated Node #0,0: 14:[14, 8, 30] Operation: 57-27=30
Moving to Node #0,0
Current State: 14:[14, 8, 30], Operations: ['57-27=30']
Exploring Operation: 30-14=16, Resulting Numbers: [8, 16]
... | 0 | hsp_1 | mult_heuristic | 0.9 | 1 | 14 | {
"main_calls": [
"Moving to Node #0\nCurrent State: 14:[27, 14, 8, 57], Operations: []\nExploring Operation: 57-27=30, Resulting Numbers: [14, 8, 30]\nGenerated Node #0,0: 14:[14, 8, 30] Operation: 57-27=30\nMoving to Node #0,0\nCurrent State: 14:[14, 8, 30], Operations: ['57-27=30']\nExploring Operation: 30-14=... | 285 | 285 | 285 | 0 | 0 |
End of preview.