meter logs

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.
+11:27:53 checkpoint sft/tpA3_final.pt step 1000: 288 problems over 24 tasks

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.
-11:04:09 checkpoint sft/tpA3_final.pt step 1000: 400 held-out template problems
+11:16:05 checkpoint sft/tpA3_final.pt step 1000: 400 held-out template problems
+11:27:33 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
+11:27:33 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.
+11:27:33 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
+11:27:33 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
+11:27:33 TASK tp_deduction           correct   0/2  reached_####   1
+11:27:33 TASK tp_finance             correct   3/86  reached_####  54
+11:27:33 TASK tp_logic               correct   1/40  reached_####  27
+11:27:33 TASK tp_planning            correct   3/33  reached_####  28
+11:27:33 TASK tp_probability         correct   3/57  reached_####  44
+11:27:33 TASK tp_science_calc        correct   2/59  reached_####  38
+11:27:33 TASK tp_wordproblem         correct   1/123  reached_####  72
+11:27:33 TMETER sft/tpA3_final.pt step 1000: correct 13/400 (3.2%), reached #### 264/400
+11:27:33 METER DONE