diff --git "a/task_b_7b/test.json" "b/task_b_7b/test.json"
new file mode 100644--- /dev/null
+++ "b/task_b_7b/test.json"
@@ -0,0 +1,4181 @@
+[
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl102_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl102_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl105_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl105_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl161_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl161_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl163_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl163_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl164_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl164_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl165_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl165_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl167_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl167_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl172_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl172_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl175_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl175_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl176_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl176_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl178_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl178_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl27_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl27_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl30_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl30_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl333_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl333_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl335_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl335_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl364_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl364_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl369_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl369_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl373_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl373_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl375_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl375_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl378_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl378_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl383_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl383_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl387_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl387_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl391_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl391_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl395_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl395_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl403_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl403_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl404_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl404_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl406_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl406_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl420_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl420_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl422_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl422_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl453_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl453_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl466_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl466_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl648_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl648_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl649_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl649_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl64_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl64_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl654_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl654_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl657_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl657_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl659_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl659_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl660_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl660_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl661_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl661_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl664_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl664_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl667_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl667_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl673_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl673_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl677_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl677_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl681_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl681_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl685_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl685_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl686_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl686_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl700_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl700_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl733_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl733_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl827_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl827_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl831_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl831_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl833_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl833_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl834_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl834_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl856_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl856_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_E_tpl97_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_E_tpl97_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl102_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl102_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl105_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl105_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl106_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl106_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl162_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl162_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl166_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl166_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl167_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl167_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl172_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl172_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl26_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl26_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl27_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl27_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl28_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl28_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl31_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl31_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl329_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl329_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl334_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl334_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl364_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl364_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl373_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl373_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl377_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl377_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl378_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl378_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl380_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl380_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl388_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl388_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl391_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl391_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl393_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl393_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl394_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl394_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl403_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl403_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl406_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl406_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl407_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl407_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl411_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl411_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl414_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl414_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl419_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl419_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl423_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl423_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl466_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl466_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl645_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl645_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl646_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl646_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl648_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl648_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl64_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl64_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl65_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl65_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl667_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl667_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl677_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl677_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl683_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl683_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl686_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl686_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl688_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl688_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl826_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl826_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl827_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl827_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl832_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl832_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl833_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl833_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl844_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl844_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_stay_stats_parallel_r12_series_F_tpl856_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_stay",
+    "oracle": "E,F",
+    "target_set_json": "[\"E\", \"F\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, D, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>D, G</hypothesis>.\n- Previous <hypothesis>B, E, F</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E, F</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 2:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"E\", \"F\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_stay_7b_gpu2_failed_stay_3turn_diverse_targets_clean_v3_repeat3_20260512_1342_gpu2/belief_failure/stats_parallel_r12_series_F_tpl856_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl100_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl100_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl101_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl101_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl192_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl192_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl194_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl194_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl219_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl219_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl220_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl220_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl222_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl222_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl226_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl226_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl227_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl227_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl230_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl230_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl232_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl232_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl233_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R2): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl233_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl235_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl235_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl237_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl237_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl238_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl238_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl241_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl241_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl243_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl243_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl244_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0\\n  - B -> Current (R1): = 0\\n  - C -> Current (R1): > 0\\n  - D -> Current (R1): = 0\\n  - E -> Current (R1): > 0\\n  - F -> Current (R1): > 0\\n  - G -> Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R2): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl244_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl256_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl256_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl257_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl257_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl260_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl260_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl261_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (Battery): = 0\\n  - B -> Current (R2): = 0; Voltage (Battery): > 0\\n  - C -> Current (R2): > 0; Voltage (Battery): > 0\\n  - D -> Current (R2): > 0; Voltage (Battery): > 0\\n  - E -> Current (R2): = 0; Voltage (Battery): > 0\\n  - F -> Current (R2): = 0; Voltage (Battery): > 0\\n  - G -> Current (R2): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl261_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl298_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl298_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl299_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl299_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl300_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl300_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl303_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl303_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl309_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl309_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl311_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl311_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl313_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl313_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl314_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl314_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl396_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl396_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl424_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R2): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl424_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl558_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl558_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl567_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl567_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl568_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl568_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl570_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl570_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl571_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl571_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl589_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl589_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl591_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl591_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl595_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl595_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl599_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl599_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl600_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl600_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl601_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl601_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl602_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R2): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl602_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl604_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl604_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl606_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl606_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl610_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl610_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl612_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl612_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl613_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R2): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl613_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl615_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl615_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl617_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl617_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl618_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl618_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl623_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl623_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl624_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R2): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R2): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R2): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl624_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl626_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl626_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl627_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl627_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl628_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl628_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl629_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl629_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl632_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl632_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl634_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl634_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl636_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl636_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl637_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl637_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl734_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl734_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl737_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl737_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl743_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl743_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl748_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl748_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl780_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl780_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl782_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (Battery): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (Battery): = 0; Voltage (R1): = 0\\n  - B -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - C -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - D -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - E -> Voltage (Battery): > 0; Voltage (R1): = 0\\n  - F -> Voltage (Battery): > 0; Voltage (R1): > 0\\n  - G -> Voltage (Battery): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl782_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl831_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl831_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl888_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl888_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl890_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl890_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl894_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R1): = 0\\n  - B -> Current (Main): = 0; Current (R1): = 0\\n  - C -> Current (Main): > 0; Current (R1): > 0\\n  - D -> Current (Main): > 0; Current (R1): = 0\\n  - E -> Current (Main): > 0; Current (R1): > 0\\n  - F -> Current (Main): > 0; Current (R1): > 0\\n  - G -> Current (Main): > 0; Current (R1): = 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl894_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl895_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Current (R2): = 0\\n  - B -> Current (Main): = 0; Current (R2): = 0\\n  - C -> Current (Main): > 0; Current (R2): > 0\\n  - D -> Current (Main): > 0; Current (R2): > 0\\n  - E -> Current (Main): > 0; Current (R2): = 0\\n  - F -> Current (Main): > 0; Current (R2): = 0\\n  - G -> Current (Main): > 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl895_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl897_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Current (R2): = 0\\n  - B -> Current (R1): = 0; Current (R2): = 0\\n  - C -> Current (R1): > 0; Current (R2): > 0\\n  - D -> Current (R1): = 0; Current (R2): > 0\\n  - E -> Current (R1): > 0; Current (R2): = 0\\n  - F -> Current (R1): > 0; Current (R2): = 0\\n  - G -> Current (R1): = 0; Current (R2): > 0\\n\\nCurrent matching fault IDs: E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl897_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl898_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Voltage (R1): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - B -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - C -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - D -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - E -> Voltage (R1): = 0; Voltage (R2): = 0\\n  - F -> Voltage (R1): > 0; Voltage (R2): > 0\\n  - G -> Voltage (R1): = 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R1): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R1): = 0; Voltage (Battery): = 0\\n  - B -> Current (R1): = 0; Voltage (Battery): > 0\\n  - C -> Current (R1): > 0; Voltage (Battery): > 0\\n  - D -> Current (R1): = 0; Voltage (Battery): > 0\\n  - E -> Current (R1): > 0; Voltage (Battery): > 0\\n  - F -> Current (R1): > 0; Voltage (Battery): > 0\\n  - G -> Current (R1): = 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl898_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl925_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: C, D, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"C\", \"D\", \"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl925_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl926_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: C, D, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"C\", \"D\", \"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl926_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl933_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: C, D, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"C\", \"D\", \"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl933_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl934_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R1): = 0\\n  - B -> Voltage (R1): = 0\\n  - C -> Voltage (R1): > 0\\n  - D -> Voltage (R1): > 0\\n  - E -> Voltage (R1): = 0\\n  - F -> Voltage (R1): > 0\\n  - G -> Voltage (R1): = 0\\n\\nCurrent matching fault IDs: C, D, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"C\", \"D\", \"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl934_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl937_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: C, D, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"C\", \"D\", \"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl937_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl938_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Voltage (R2): = 0\\n  - B -> Voltage (R2): = 0\\n  - C -> Voltage (R2): > 0\\n  - D -> Voltage (R2): > 0\\n  - E -> Voltage (R2): = 0\\n  - F -> Voltage (R2): > 0\\n  - G -> Voltage (R2): = 0\\n\\nCurrent matching fault IDs: C, D, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"C\", \"D\", \"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl938_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl945_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl945_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl946_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl946_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl949_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl949_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl950_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl950_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl965_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl965_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl966_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl966_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl969_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl969_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl96_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R1): = 0\\n  - B -> Current (Main): = 0; Voltage (R1): = 0\\n  - C -> Current (Main): > 0; Voltage (R1): > 0\\n  - D -> Current (Main): > 0; Voltage (R1): > 0\\n  - E -> Current (Main): > 0; Voltage (R1): = 0\\n  - F -> Current (Main): > 0; Voltage (R1): > 0\\n  - G -> Current (Main): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl96_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl970_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0\\n  - B -> Current (Main): = 0\\n  - C -> Current (Main): > 0\\n  - D -> Current (Main): > 0\\n  - E -> Current (Main): > 0\\n  - F -> Current (Main): > 0\\n  - G -> Current (Main): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl970_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl977_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl977_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl978_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl978_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl97_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0\\n  - B -> Current (R2): = 0\\n  - C -> Current (R2): > 0\\n  - D -> Current (R2): > 0\\n  - E -> Current (R2): = 0\\n  - F -> Current (R2): = 0\\n  - G -> Current (R2): > 0\\n\\nCurrent matching fault IDs: A, B, E, F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"A\", \"B\", \"E\", \"F\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (R2): = 0\\n  - B -> Current (Main): = 0; Voltage (R2): = 0\\n  - C -> Current (Main): > 0; Voltage (R2): > 0\\n  - D -> Current (Main): > 0; Voltage (R2): > 0\\n  - E -> Current (Main): > 0; Voltage (R2): = 0\\n  - F -> Current (Main): > 0; Voltage (R2): > 0\\n  - G -> Current (Main): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: E, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl97_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl981_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl981_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl982_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: F\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"F\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl982_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl993_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl993_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl994_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl994_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl997_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R1): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R1): = 0\\n  - B -> Current (R2): = 0; Voltage (R1): = 0\\n  - C -> Current (R2): > 0; Voltage (R1): > 0\\n  - D -> Current (R2): > 0; Voltage (R1): > 0\\n  - E -> Current (R2): = 0; Voltage (R1): = 0\\n  - F -> Current (R2): = 0; Voltage (R1): > 0\\n  - G -> Current (R2): > 0; Voltage (R1): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl997_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  },
+  {
+    "case_id": "failed_update_stats_parallel_r12_series_E_tpl998_run0",
+    "task": "task_b",
+    "task_name": "Circuit Diagnosis",
+    "model_setting": "7B",
+    "split": "test",
+    "cbm_challenge_type": "failed_update",
+    "oracle": "E",
+    "target_set_json": "[\"E\"]",
+    "system_prompt": "You are diagnosing a circuit-fault benchmark.\nExactly one hidden fault exists.\n\nTurns are cumulative. A later turn does not restart the diagnosis.\nKeep all previous measurements active unless a correction explicitly says to discard or replace one of them.\n\nFault IDs:\n  A: Battery no output (the battery cannot provide usable voltage at its external terminals in this benchmark)\n  B: Switch stuck open (not conducting)\n  C: Switch stuck closed (conducting)\n  D: R1 open path (resistor branch broken or burned out)\n  E: R1 short path (resistor branch failed short, 0 Ω)\n  F: R2 open path (resistor branch broken or burned out)\n  G: R2 short path (resistor branch failed short, 0 Ω)\n\nEach turn may include a fault-prediction table. Use it to find which faults match the current measurements, then maintain the cumulative set of faults consistent with all active measurements.\n\nExamples for later turns:\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, E, F, G; next output is <hypothesis>E, G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, D, G; next output is <hypothesis>G</hypothesis>.\n- Previous <hypothesis>A, B, E, G</hypothesis>; Current matching fault IDs: C, E, F; next output is <hypothesis>E</hypothesis>.\n- Previous <hypothesis>E, G</hypothesis>; Current matching fault IDs: B, E, G; next output is <hypothesis>E, G</hypothesis>.\n\nOutput format (strict):\n<hypothesis>fault_id_1, fault_id_2</hypothesis>\n\n- Include exactly one `<hypothesis>...</hypothesis>` tag in every reply.\n- Do not output explanatory text outside the `<hypothesis>` tag.\n- `<hypothesis>` must contain comma-separated fault IDs from the listed fault IDs, or `none`.\n",
+    "turns_json": "[{\"prompt\": \"Turn 0:\\n\\n- Measurements:\\n  - Current (Main): > 0\\n  - Voltage (Battery): > 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (Main): = 0; Voltage (Battery): = 0\\n  - B -> Current (Main): = 0; Voltage (Battery): > 0\\n  - C -> Current (Main): > 0; Voltage (Battery): > 0\\n  - D -> Current (Main): > 0; Voltage (Battery): > 0\\n  - E -> Current (Main): > 0; Voltage (Battery): > 0\\n  - F -> Current (Main): > 0; Voltage (Battery): > 0\\n  - G -> Current (Main): > 0; Voltage (Battery): > 0\\n\\nCurrent matching fault IDs: C, D, E, F, G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nInitialize the consistent fault IDs from this measurement.\", \"golden\": [\"C\", \"D\", \"E\", \"F\", \"G\"]}, {\"prompt\": \"Turn 1:\\n\\n- Measurements:\\n  - Current (R2): > 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: G\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nRead your last <hypothesis>. Keep only IDs that also appear in Current matching fault IDs. Remove all other IDs. Do not add new IDs.\", \"golden\": [\"G\"]}, {\"prompt\": \"Turn 2 (CORRECTION):\\nDiscard the measurement from Turn 1 and replace it with these corrected measurements.\\n\\n- Measurements:\\n  - Current (R2): = 0\\n  - Voltage (R2): = 0\\n\\nFault predictions for these measurements:\\n  - A -> Current (R2): = 0; Voltage (R2): = 0\\n  - B -> Current (R2): = 0; Voltage (R2): = 0\\n  - C -> Current (R2): > 0; Voltage (R2): > 0\\n  - D -> Current (R2): > 0; Voltage (R2): > 0\\n  - E -> Current (R2): = 0; Voltage (R2): = 0\\n  - F -> Current (R2): = 0; Voltage (R2): > 0\\n  - G -> Current (R2): > 0; Voltage (R2): = 0\\n\\nCurrent matching fault IDs: A, B, E\\nFor this turn, matching faults are the rows whose prediction matches these measurements.\\n\\nTurn 1 is discarded. Ignore your last <hypothesis>. Use the Turn 0 matching fault IDs and the Current matching fault IDs above. Keep only IDs that appear in both.\", \"golden\": [\"E\"]}]",
+    "messages_json": "[]",
+    "gt_survivors_json": "[]",
+    "selected_prompt": "",
+    "selected_turn": -1,
+    "train_kind": "",
+    "source_category": "belief_failure",
+    "source_file": "task_b/outputs/parallel_r12_series_quick_failed_update_7b_gpu2_failed_update_broad_filtered_v2_repeat3_20260512_0402_gpu2/belief_failure/stats_parallel_r12_series_E_tpl998_run0.json",
+    "source_repeat_index": 0,
+    "source_repeat_count": 3
+  }
+]