meter logs
Browse files- logs/9a34c3f1_rg_tpA3.log +37 -1
- logs/9a34c3f1_sm_tpA3.log +13 -13
logs/9a34c3f1_rg_tpA3.log
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[transformers] This model config has set a `rope_parameters['original_max_position_embeddings']` field, to be used together with `max_position_embeddings` to determine a scaling factor. Please set the `factor` field of `rope_parameters`with this ratio instead -- we recommend the use of this field over `original_max_position_embeddings`, as it is compatible with most model architectures.
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[transformers] This model config has set a `rope_parameters['original_max_position_embeddings']` field, to be used together with `max_position_embeddings` to determine a scaling factor. Please set the `factor` field of `rope_parameters`with this ratio instead -- we recommend the use of this field over `original_max_position_embeddings`, as it is compatible with most model architectures.
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11:50:53 checkpoint sft/tpA3_final.pt step 1000: 288 problems over 24 tasks
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11:54:52 EX basic_arithmetic | Q: Calculate -( ( -( -( -6256 + -6605 ) ) ) ) + -590. | GOLD: 12271 | OUT: -6256 + -6605 = -625 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -6 / -625 = -
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11:54:52 EX basic_arithmetic | Q: Calculate 560 * 707. | GOLD: 395920 | OUT: 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560 / 560 = 560
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11:54:52 EX chain_sum | Q: State the final answer to the following arithmetic problem: 8300 - 7039 + 5420 = | GOLD: 6681 | OUT: 8300 - 7039 + 5420 = 8300 / 8300 = 8300 / 7039 = 7030 / 5420 = 8300 / 8300 - 7030 + 5420 = 8300 / 8300 = 8300 / 7039 = 7030 / 5420 = 8300 / 8300 - 7030 + 5420 = 8300 / 8300 = 7000 / 7039 = 7030 / 5420 = 8300 / 8300 - 7030 + 5420 = 8300 / 8300 = 7000 / 7039 = 7030 / 5420 = 8300 / 8300 - 7039 + 5420 = 8300 / 8300 = 7000 / 7039 = 7030 / 5420 = 8300 / #### 8300 / ####
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11:54:52 EX chain_sum | Q: State the final answer to the following arithmetic problem: 231 - 879 = | GOLD: -648 | OUT: 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 + 879 = 231 / 231 - 879 = 231 / 231 - 879 = 231 / 231 - 879 = 231
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11:54:52 EX gcd | Q: Find the Greatest Common Divisor (GCD) of these numbers: 457, 457. Give only the GCD as your final answer. | GOLD: 457 | OUT: 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 457. / GCD of 457 and 457 is 45
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11:54:52 EX gcd | Q: Find the Greatest Common Divisor (GCD) of these numbers: 360, 132. Give only the GCD as your final answer. | GOLD: 12 | OUT: GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 360 / GCD(360, 132) = 1
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11:54:52 EX syllogism | Q: Consider these statements: / 1. All programmers are ants / 2. Some ants are not fish / / Does it logically follow that: / Some programmers are not fish? / (Answer Yes or No) | GOLD: Yes | OUT: es that the number of ants is n = 1. / The problem states that the number of ants is n = 1. / The problem states that the number of ants is n = 1. / The problem states that the number of ants is n = 1. / The problem states that the number of ants is n = 1. / The problem states that the number of ants is n = 1. / The problem states that the number of ants is n = 1. / The problem is consistent
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11:54:52 EX syllogism | Q: Consider these statements: / 1. All children are birds / 2. Some birds are teachers / / Does it logically follow that: / Some children are teachers? / (Answer Yes or No) | GOLD: Yes | OUT: lue of n is 8. / The value of n is 9. / The value of n is 1. / The value of n is 2. / The value of n is 3. / The value of n is 4. / The value of n is 6. / The value of n is 7. / The value of n is 7. / The value of n is 8. / The value of n is 9. / The value of n is 1. / The value of n is 7. / The value of n is 8. / The value of n is 9. / The value of n is 1. / The value of n is 7. / The value of n is 8. / #### 1. /
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11:54:52 EX number_sorting | Q: Sort these numbers in ascending order: -10.8, 15.1, 8.0, 84.54, 24.4, 20.0 / Please follow the instruction below: / ## 1. Let all your answers be a list of numbers. Instead of reporting your answer as -69 | GOLD: ['-10.8', '8.0', '15.1', '20.0', '24.4', '84.54'] | OUT: '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / #### -10.8, 15.1, 8.0, 84.54, 24.4, 20.0 / #### -10.8, 15.1, 8.0
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11:54:52 EX number_sorting | Q: Sort these numbers in descending order: -29.9, 66.0, 66.6 / Please follow the instruction below: / ## 1. Let all your answers be a list of numbers. Instead of reporting your answer as -69, -13, 1, 7, 11, | GOLD: ['66.6', '66.0', '-29.9'] | OUT: ', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / ['-69', '-13', '1', '7', '11', '43', '59', '61'] / #### -29.9, 66.0, 66.6 / #### -29.9 / #### 66 / Order in descending order: -29.9, 66.0, 66.6
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11:54:52 TASK propositional_logic correct 1/12 reached_#### 6
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11:54:52 TASK letter_counting correct 1/12 reached_#### 10
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11:54:52 TASK basic_arithmetic correct 0/12 reached_#### 6
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11:54:52 TASK chain_sum correct 0/12 reached_#### 10
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11:54:52 TASK leg_counting correct 0/12 reached_#### 6
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11:54:52 TASK number_sequence correct 0/12 reached_#### 5
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11:54:52 TASK products correct 0/12 reached_#### 9
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11:54:52 TASK fraction_simplification correct 0/12 reached_#### 7
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11:54:52 TASK gcd correct 0/12 reached_#### 2
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11:54:52 TASK lcm correct 0/12 reached_#### 3
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11:54:52 TASK prime_factorization correct 0/12 reached_#### 4
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11:54:52 TASK count_primes correct 0/12 reached_#### 4
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11:54:52 TASK simple_equations correct 0/12 reached_#### 7
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11:54:52 TASK decimal_arithmetic correct 0/12 reached_#### 4
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11:54:52 TASK time_intervals correct 0/12 reached_#### 4
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11:54:52 TASK calendar_arithmetic correct 0/12 reached_#### 5
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11:54:52 TASK syllogism correct 0/12 reached_#### 4
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11:54:52 TASK knights_knaves correct 0/12 reached_#### 11
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11:54:52 TASK family_relationships correct 0/12 reached_#### 8
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11:54:52 TASK word_sorting correct 0/12 reached_#### 2
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11:54:52 TASK spell_backward correct 0/12 reached_#### 8
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11:54:52 TASK number_filtering correct 0/12 reached_#### 6
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11:54:52 TASK number_sorting correct 0/12 reached_#### 10
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11:54:52 TASK base_conversion correct 0/12 reached_#### 9
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11:54:52 METER sft/tpA3_final.pt step 1000: correct 2/288 (0.7%), mean over tasks 0.7%, reached #### 150/288
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11:54:52 METER DONE
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logs/9a34c3f1_sm_tpA3.log
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[transformers] This model config has set a `rope_parameters['original_max_position_embeddings']` field, to be used together with `max_position_embeddings` to determine a scaling factor. Please set the `factor` field of `rope_parameters`with this ratio instead -- we recommend the use of this field over `original_max_position_embeddings`, as it is compatible with most model architectures.
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11:16:05 checkpoint sft/tpA3_final.pt step 1000: 400 held-out template problems
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[transformers] This model config has set a `rope_parameters['original_max_position_embeddings']` field, to be used together with `max_position_embeddings` to determine a scaling factor. Please set the `factor` field of `rope_parameters`with this ratio instead -- we recommend the use of this field over `original_max_position_embeddings`, as it is compatible with most model architectures.
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11:16:05 checkpoint sft/tpA3_final.pt step 1000: 400 held-out template problems
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11:50:33 EX tp_probability | Q: Question: Quinn Johnson is preparing a quiz bowl with 10 distinct questions. They have prepared a bank of 12 potential questions. If they select 10 questions at | GOLD: 5/6 | OUT: om 10 is C(10,10) = 10 / Number of ways to select 10 questions from 10 is C(10,10) = 10 / Number of favorable outcomes is C(10,10) * C(10,10) = 10 / Probability is 10 / 10 / Simplifying the fraction by dividing numerator and denominator by 10 gives 10 / 10 / The probability is 10 / 10 * 10 / 10 = 10 / #### 10/1
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11:50:33 EX tp_science_calc | Q: Question: A large industrial tank contains a mixture of ideal gases. The temperature of the gas mixture is 349 K. What is the root-mean-square speed of the Argo | GOLD: 466 m/s | OUT: r = 0.0400 / m_Ar = 0.0400 / m_Ar = 0.0400 / T_T = 349 K / T_T = 349 K / T_T = 349 K / T_T = 349 K / T_T = 349 K / T_T = 349 K / R_T = m_Ar / T_T / R_T = 0.0400 / 8.314 / R_T = 0.0400 / R_T = 0.0400 / R_T = sqrt(R_T) / R_T = sqrt(0.0400 / R_T = sqrt(0.040) / R_T = sqrt(0.040) / R_T = sqrt(0.040) / R_T = 0.0400 / R_T ≈ 0.0400 m/s / #### 0.
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11:50:33 EX tp_wordproblem | Q: Question: A network storage device is advertised to hold 9 Terabytes of data. If a specific file format uses 0.6 Gigabytes per file, and the device is currently | GOLD: 5100 | OUT: B / Required file size = 1.6 GB / File size = 1.6 − 1.6 = 1.6 GB / File size = 1.6 GB / File size = 1.6 − 1.6 = 1.6 GB / File size = 1.6 GB / File size = 1.6 − 1.6 = 1.6 GB / File size = 1.6 GB / File size = 1.6 − 1.6 = 1.6 GB / File size = 1.6 GB / Additional files = 9 / Additional files = 9 − 9 = 9 / Additional files = 9
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11:50:33 EX tp_finance | Q: Question: Calculate the break-even point in units for the Riverside Workshop, which has fixed costs of $185,000, a variable cost of $67 per units, and a selling | GOLD: 1000 | OUT: r unit / Contribution margin per unit = $185,000 / $67 / Contribution margin per unit = $67 / Break-even units = 2.5 / Break-even units = Fixed costs / Contribution margin per unit / Break-even units = $185,000 / $67 / Break-even units = 2.5 / Break-even units = nearest whole units / Break-even units = 2.5 / #### 2.5
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11:50:33 TASK tp_deduction correct 0/2 reached_#### 1
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11:50:33 TASK tp_finance correct 3/86 reached_#### 54
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11:50:33 TASK tp_logic correct 1/40 reached_#### 27
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11:50:33 TASK tp_planning correct 3/33 reached_#### 28
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11:50:33 TASK tp_probability correct 3/57 reached_#### 44
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11:50:33 TASK tp_science_calc correct 2/59 reached_#### 38
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11:50:33 TASK tp_wordproblem correct 1/123 reached_#### 72
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11:50:33 TMETER sft/tpA3_final.pt step 1000: correct 13/400 (3.2%), reached #### 264/400
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11:50:33 METER DONE
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