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Import ClosureBench dataset and evaluation artifacts

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  1. .gitignore +4 -0
  2. LICENSE +7 -0
  3. README.md +166 -1
  4. data/ask_act/full.jsonl +0 -0
  5. data/ask_act/test.jsonl +0 -0
  6. data/ask_act/train.jsonl +0 -0
  7. data/ask_act/validation.jsonl +0 -0
  8. data/base/full.jsonl +0 -0
  9. data/base/test.jsonl +0 -0
  10. data/base/train.jsonl +0 -0
  11. data/base/validation.jsonl +0 -0
  12. data/dynamic_dialogue/full.jsonl +0 -0
  13. data/dynamic_dialogue/test.jsonl +12 -0
  14. data/dynamic_dialogue/train.jsonl +0 -0
  15. data/dynamic_dialogue/validation.jsonl +10 -0
  16. data/multi_agent/full.jsonl +0 -0
  17. data/multi_agent/test.jsonl +0 -0
  18. data/multi_agent/train.jsonl +0 -0
  19. data/multi_agent/validation.jsonl +0 -0
  20. metadata/closurebench_ask_act_metadata.json +74 -0
  21. metadata/closurebench_base_metadata.json +76 -0
  22. metadata/closurebench_dynamic_dialogue_metadata.json +53 -0
  23. metadata/closurebench_multi_agent_metadata.json +42 -0
  24. results/reports/closurebench_ask_act_replicate_manifest.json +116 -0
  25. results/reports/closurebench_ask_act_summary.json +0 -0
  26. results/reports/closurebench_deepseek_v4_flash_report.json +391 -0
  27. results/reports/closurebench_deepseek_v4_pro_report.json +391 -0
  28. results/reports/closurebench_dynamic_dialogue_replicate_manifest.json +116 -0
  29. results/reports/closurebench_dynamic_dialogue_summary.json +3508 -0
  30. results/reports/closurebench_llama_4_maverick_report.json +390 -0
  31. results/reports/closurebench_llama_4_scout_report.json +394 -0
  32. results/reports/closurebench_mistral_medium_3_5_report.json +391 -0
  33. results/reports/closurebench_mistral_small_2603_report.json +393 -0
  34. results/reports/closurebench_model_comparison.json +336 -0
  35. results/reports/closurebench_multi_agent_manifest.json +37 -0
  36. results/reports/closurebench_multi_agent_replicate_manifest.json +135 -0
  37. results/reports/closurebench_multi_agent_summary.json +3762 -0
  38. results/reports/closurebench_replicate_manifest.json +116 -0
  39. results/reports/closurebench_replicate_summary.json +1627 -0
  40. results/reports/closurebench_temp1_replicate_manifest.json +136 -0
  41. results/reports/closurebench_temp1_replicate_summary.json +1627 -0
  42. results/scored/ask_act_replicates/closure_contract_v3_ask_act_deepseek-flash_repeat_1_scored.jsonl +0 -0
  43. results/scored/ask_act_replicates/closure_contract_v3_ask_act_deepseek-flash_repeat_2_scored.jsonl +0 -0
  44. results/scored/ask_act_replicates/closure_contract_v3_ask_act_deepseek-flash_repeat_3_scored.jsonl +0 -0
  45. results/scored/ask_act_replicates/closure_contract_v3_ask_act_deepseek-pro_repeat_1_scored.jsonl +0 -0
  46. results/scored/ask_act_replicates/closure_contract_v3_ask_act_deepseek-pro_repeat_2_scored.jsonl +0 -0
  47. results/scored/ask_act_replicates/closure_contract_v3_ask_act_deepseek-pro_repeat_3_scored.jsonl +0 -0
  48. results/scored/ask_act_replicates/closure_contract_v3_ask_act_llama-maverick_repeat_1_scored.jsonl +0 -0
  49. results/scored/ask_act_replicates/closure_contract_v3_ask_act_llama-maverick_repeat_2_scored.jsonl +0 -0
  50. results/scored/ask_act_replicates/closure_contract_v3_ask_act_llama-maverick_repeat_3_scored.jsonl +0 -0
.gitignore ADDED
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+ .DS_Store
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+ __pycache__/
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+ *.pyc
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+ .cache/
LICENSE ADDED
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+ ClosureBench dataset
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+
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+ This dataset is released under the Creative Commons Attribution 4.0
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+ International License (CC BY 4.0).
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+
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+ License summary: https://creativecommons.org/licenses/by/4.0/
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+ Legal code: https://creativecommons.org/licenses/by/4.0/legalcode
README.md CHANGED
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  ---
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- license: mit
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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  ---
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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  ---
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+ pretty_name: ClosureBench
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+ language:
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+ - en
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+ license: cc-by-4.0
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+ task_categories:
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+ - text-classification
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+ - question-answering
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+ tags:
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+ - benchmark
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+ - llm-evaluation
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+ - reasoning
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+ - knowledge-representation
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+ - open-world-assumption
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+ - closed-world-assumption
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+ - local-closed-world-assumption
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+ - agent-evaluation
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+ - symbolic-reasoning
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+ configs:
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+ - config_name: base
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+ data_files:
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+ - split: full
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+ path: data/base/full.jsonl
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+ - split: train
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+ path: data/base/train.jsonl
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+ - split: validation
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+ path: data/base/validation.jsonl
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+ - split: test
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+ path: data/base/test.jsonl
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+ - config_name: ask_act
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+ data_files:
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+ - split: full
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+ path: data/ask_act/full.jsonl
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+ - split: train
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+ path: data/ask_act/train.jsonl
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+ - split: validation
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+ path: data/ask_act/validation.jsonl
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+ - split: test
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+ path: data/ask_act/test.jsonl
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+ - config_name: multi_agent
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+ data_files:
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+ - split: full
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+ path: data/multi_agent/full.jsonl
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+ - split: train
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+ path: data/multi_agent/train.jsonl
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+ - split: validation
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+ path: data/multi_agent/validation.jsonl
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+ - split: test
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+ path: data/multi_agent/test.jsonl
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+ - config_name: dynamic_dialogue
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+ data_files:
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+ - split: full
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+ path: data/dynamic_dialogue/full.jsonl
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+ - split: train
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+ path: data/dynamic_dialogue/train.jsonl
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+ - split: validation
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+ path: data/dynamic_dialogue/validation.jsonl
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+ - split: test
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+ path: data/dynamic_dialogue/test.jsonl
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  ---
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+
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+ # ClosureBench
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+
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+ ClosureBench is a controlled benchmark for evaluating if LLMs
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+ respect explicit semantic contracts about missing information. It tests whether
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+ models distinguish absence-as-unknown, absence-as-false, and
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+ absence-as-false-only-in-complete-scopes under explicit open-world,
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+ closed-world, and locally closed-world contracts.
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+
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+ The dataset includes the base benchmark and three extensions:
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+
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+ | Config | `full` rows | Description |
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+ |---|---:|---|
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+ | `base` | 960 | Main OWA/CWA/LCWA benchmark with fixed facts, rules, and query across semantic variants. |
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+ | `ask_act` | 960 | Maps truth values to operational actions: `approve`, `deny`, or `request_information`. |
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+ | `multi_agent` | 360 | Tests whether a coordinator preserves source-scoped closure. |
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+ | `dynamic_dialogue` | 100 | Tests whether models update conclusions when complete predicates change across turns. |
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+
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+ Each config exposes four splits:
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+
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+ | Split | Meaning |
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+ |---|---|
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+ | `full` | Full split used for the paper's reported metrics. |
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+ | `train` | Internal benchmark train partition. |
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+ | `validation` | Internal benchmark development partition. |
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+ | `test` | Internal benchmark test partition. |
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+
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+ ## Loading
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+
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+ ```python
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+ from datasets import load_dataset
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+
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+ base = load_dataset("ML0037/ClosureBench", "base", split="full")
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+ ask_act = load_dataset("ML0037/ClosureBench", "ask_act", split="full")
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+ multi_agent = load_dataset("ML0037/ClosureBench", "multi_agent", split="full")
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+ dynamic = load_dataset("ML0037/ClosureBench", "dynamic_dialogue", split="full")
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+ ```
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+
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+ For the held-out partition only:
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+
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+ ```python
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+ base_test = load_dataset("ML0037/ClosureBench", "base", split="test")
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+ ```
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+
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+ ## Base Results
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+
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+ Values are three-run mean +/- sample standard deviation on the `base` config,
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+ `full` split.
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+
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+ | Model | Semantic switch | Core switch | LCWA closed | LCWA open | Overall |
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+ |---|---:|---:|---:|---:|---:|
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+ | Mistral Small | 55.73 +/- 2.43 | 27.60 +/- 3.65 | 31.60 +/- 4.34 | 31.25 +/- 1.80 | 80.38 +/- 1.02 |
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+ | DeepSeek Flash | 81.25 +/- 0.83 | 68.75 +/- 1.38 | 49.65 +/- 3.18 | 100.00 +/- 0.00 | 90.31 +/- 0.47 |
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+ | DeepSeek Pro | 86.46 +/- 0.18 | 77.43 +/- 0.30 | 62.15 +/- 1.20 | 100.00 +/- 0.00 | 93.61 +/- 0.21 |
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+ | Mistral Medium | 87.08 +/- 0.65 | 78.47 +/- 1.09 | 56.95 +/- 2.17 | 100.00 +/- 0.00 | 95.59 +/- 0.37 |
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+ | Llama Scout | 50.73 +/- 0.48 | 18.23 +/- 1.04 | 4.51 +/- 1.59 | 52.43 +/- 3.01 | 71.18 +/- 0.53 |
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+ | Llama Maverick | 99.59 +/- 0.18 | 99.31 +/- 0.30 | 99.65 +/- 0.60 | 100.00 +/- 0.00 | 99.86 +/- 0.06 |
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+
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+ Semantic switch accuracy is the primary metric: a base scenario is correct only
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+ when all semantic variants of that scenario are answered correctly.
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+
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+ ## Result Artifacts
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+
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+ The `results/scored/` directory contains final `*_scored.jsonl` files used to
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+ compute reported metrics. Raw provider response dumps are intentionally not
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+ included.
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+
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+ The `results/reports/` directory contains JSON manifests and aggregate
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+ summaries, including:
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+
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+ | File | Purpose |
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+ |---|---|
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+ | `results/reports/closurebench_replicate_summary.json` | Base benchmark three-run summary. |
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+ | `results/reports/closurebench_replicate_manifest.json` | Base benchmark scored-run manifest. |
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+ | `results/reports/closurebench_model_comparison.json` | Single-run base comparison. |
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+ | `results/reports/closurebench_ask_act_summary.json` | Ask/Act extension summary. |
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+ | `results/reports/closurebench_multi_agent_summary.json` | Multi-Agent extension summary. |
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+ | `results/reports/closurebench_dynamic_dialogue_summary.json` | Dynamic Dialogue extension summary. |
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+
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+ ## Data Fields
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+
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+ Common fields include:
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+
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+ - `id`: item identifier.
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+ - `base_id`: contrastive scenario identifier.
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+ - `split`: original benchmark partition (`train`, `dev`, or `test`).
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+ - `domain`, `family`, `subset`: item grouping metadata.
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+ - `semantics`: semantic contract for base-style items (`owa`, `cwa`, `lcwa`).
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+ - `closed_predicates`: predicates declared complete for the item.
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+ - `facts_positive`, `facts_negative`, `rules_natural`: natural-language KB.
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+ - `symbolic`: symbolic atoms, rules, query atom, and closure atoms.
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+ - `prompt`: exact prompt used for evaluation.
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+ - `gold_answer`, `gold_truth_value`, or extension-specific gold fields.
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+
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+ Extension configs add task-specific fields, such as `gold_action` for Ask/Act,
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+ `gold_source_used` for Multi-Agent, and turn-level gold labels for Dynamic
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+ Dialogue.
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+
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+ ## Limitations
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+
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+ ClosureBench is a targeted diagnostic benchmark. It isolates closure-contract
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+ compliance under controlled prompts but it is not a broad measure of general agent
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+ performance, factual knowledge, or end-to-end tool-use reliability.
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+
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+
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+ ## License
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+
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+ The dataset is released under CC BY 4.0.
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+ {"id": "dynamic_dialogue_v3_0003", "base_id": "cloud_deployment_0250_closed_missing_with_open_distractor", "split": "test", "domain": "cloud_deployment", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Service E has deployment approval.", "query_atom": "has_deployment_approval::Service E", "facts_positive": ["Service F has an incident note.", "Service E passed unit tests."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_unit_tests": "passed unit tests", "has_deployment_approval": "has deployment approval", "has_incident_note": "has an incident note", "may_deploy": "may deploy to production", "needs_sre_review": "needs SRE review"}, "vocabulary_predicates": ["has_deployment_approval", "has_incident_note", "may_deploy", "needs_sre_review", "passed_unit_tests"], "symbolic": {"positive_atoms": ["has_incident_note::Service F", "passed_unit_tests::Service E"], "negative_atoms": [], "rules": [], "query_atom": "has_deployment_approval::Service E", "closure_atoms": ["has_incident_note::Service F", "passed_unit_tests::Service E"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_deployment_approval: has deployment approval\n- has_incident_note: has an incident note\n- may_deploy: may deploy to production\n- needs_sre_review: needs SRE review\n- passed_unit_tests: passed unit tests\n\nPositive facts:\n- Service F has an incident note.\n- Service E passed unit tests.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Service E has deployment approval.\nTarget atom: has_deployment_approval::Service E\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_deployment_approval", "has_incident_note", "may_deploy", "needs_sre_review", "passed_unit_tests"], "complete_predicates_after_update": ["has_deployment_approval", "has_incident_note", "may_deploy", "needs_sre_review", "passed_unit_tests"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_deployment_approval, has_incident_note, may_deploy, needs_sre_review, passed_unit_tests\n- Complete predicates after this update: has_deployment_approval, has_incident_note, may_deploy, needs_sre_review, passed_unit_tests\n\nTarget statement: Service E has deployment approval.\nTarget atom: has_deployment_approval::Service E"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_deployment_approval"], "complete_predicates_after_update": ["has_deployment_approval"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_deployment_approval\n\nTarget statement: Service E has deployment approval.\nTarget atom: has_deployment_approval::Service E"}]}
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+ {"id": "dynamic_dialogue_v3_0005", "base_id": "cloud_deployment_0254_open_missing_with_closed_distractor", "split": "test", "domain": "cloud_deployment", "family": "open_missing_with_closed_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|unknown", "dialogue_type": "reopen", "target_statement": "Service C has an incident note.", "query_atom": "has_incident_note::Service C", "facts_positive": ["Service D has deployment approval.", "Service D passed unit tests."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_unit_tests": "passed unit tests", "has_deployment_approval": "has deployment approval", "has_incident_note": "has an incident note", "may_deploy": "may deploy to production", "needs_sre_review": "needs SRE review"}, "vocabulary_predicates": ["has_deployment_approval", "has_incident_note", "may_deploy", "needs_sre_review", "passed_unit_tests"], "symbolic": {"positive_atoms": ["has_deployment_approval::Service D", "passed_unit_tests::Service D"], "negative_atoms": [], "rules": [], "query_atom": "has_incident_note::Service C", "closure_atoms": ["has_deployment_approval::Service D", "passed_unit_tests::Service D"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_deployment_approval: has deployment approval\n- has_incident_note: has an incident note\n- may_deploy: may deploy to production\n- needs_sre_review: needs SRE review\n- passed_unit_tests: passed unit tests\n\nPositive facts:\n- Service D has deployment approval.\n- Service D passed unit tests.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Service C has an incident note.\nTarget atom: has_incident_note::Service C\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_deployment_approval", "has_incident_note", "may_deploy", "needs_sre_review", "passed_unit_tests"], "complete_predicates_after_update": ["has_deployment_approval", "has_incident_note", "may_deploy", "needs_sre_review", "passed_unit_tests"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_deployment_approval, has_incident_note, may_deploy, needs_sre_review, passed_unit_tests\n- Complete predicates after this update: has_deployment_approval, has_incident_note, may_deploy, needs_sre_review, passed_unit_tests\n\nTarget statement: Service C has an incident note.\nTarget atom: has_incident_note::Service C"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_deployment_approval", "may_deploy"], "complete_predicates_after_update": ["has_deployment_approval", "may_deploy"], "gold_answer": "unknown", "expected_changed_from_previous": true, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_deployment_approval, may_deploy\n\nTarget statement: Service C has an incident note.\nTarget atom: has_incident_note::Service C"}]}
3
+ {"id": "dynamic_dialogue_v3_0016", "base_id": "finance_controls_0136_closed_derived_missing_antecedent", "split": "test", "domain": "finance_controls", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Account 59 may receive a wire transfer.", "query_atom": "may_receive_wire::Account 59", "facts_positive": ["Account 59 passed KYC checks."], "facts_negative": [], "rules_natural": ["If an account passed KYC checks and has compliance clearance, then that account may receive a wire transfer."], "predicate_glossary": {"passed_kyc": "passed KYC checks", "has_compliance_clearance": "has compliance clearance", "has_manual_exception": "has a manual exception", "may_receive_wire": "may receive a wire transfer", "needs_compliance_review": "needs compliance review"}, "vocabulary_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "symbolic": {"positive_atoms": ["passed_kyc::Account 59"], "negative_atoms": [], "rules": [{"antecedents": ["passed_kyc::Account 59", "has_compliance_clearance::Account 59"], "conclusion": "may_receive_wire::Account 59", "text": "If an account passed KYC checks and has compliance clearance, then that account may receive a wire transfer."}], "query_atom": "may_receive_wire::Account 59", "closure_atoms": ["passed_kyc::Account 59"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_compliance_clearance: has compliance clearance\n- has_manual_exception: has a manual exception\n- may_receive_wire: may receive a wire transfer\n- needs_compliance_review: needs compliance review\n- passed_kyc: passed KYC checks\n\nPositive facts:\n- Account 59 passed KYC checks.\n\nNegative facts:\n- none\n\nRules:\n- If an account passed KYC checks and has compliance clearance, then that account may receive a wire transfer.\n\nTarget statement: Account 59 may receive a wire transfer.\nTarget atom: may_receive_wire::Account 59\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "complete_predicates_after_update": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n- Complete predicates after this update: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n\nTarget statement: Account 59 may receive a wire transfer.\nTarget atom: may_receive_wire::Account 59"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "may_receive_wire"], "complete_predicates_after_update": ["has_compliance_clearance", "may_receive_wire"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_compliance_clearance, may_receive_wire\n\nTarget statement: Account 59 may receive a wire transfer.\nTarget atom: may_receive_wire::Account 59"}]}
4
+ {"id": "dynamic_dialogue_v3_0026", "base_id": "hospital_access_0008_closed_missing_with_open_distractor", "split": "test", "domain": "hospital_access", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Cora has security clearance.", "query_atom": "has_clearance::Cora", "facts_positive": ["Dylan is assigned to the clinical trial.", "Cora has completed safety training."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"completed_training": "has completed safety training", "has_clearance": "has security clearance", "assigned_to_trial": "is assigned to the clinical trial", "may_enter_lab": "may enter Lab A", "needs_supervisor_review": "needs supervisor review"}, "vocabulary_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "symbolic": {"positive_atoms": ["assigned_to_trial::Dylan", "completed_training::Cora"], "negative_atoms": [], "rules": [], "query_atom": "has_clearance::Cora", "closure_atoms": ["assigned_to_trial::Dylan", "completed_training::Cora"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- assigned_to_trial: is assigned to the clinical trial\n- completed_training: has completed safety training\n- has_clearance: has security clearance\n- may_enter_lab: may enter Lab A\n- needs_supervisor_review: needs supervisor review\n\nPositive facts:\n- Dylan is assigned to the clinical trial.\n- Cora has completed safety training.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Cora has security clearance.\nTarget atom: has_clearance::Cora\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "complete_predicates_after_update": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n- Complete predicates after this update: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n\nTarget statement: Cora has security clearance.\nTarget atom: has_clearance::Cora"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_clearance"], "complete_predicates_after_update": ["has_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_clearance\n\nTarget statement: Cora has security clearance.\nTarget atom: has_clearance::Cora"}]}
5
+ {"id": "dynamic_dialogue_v3_0027", "base_id": "hospital_access_0009_closed_missing_with_open_distractor", "split": "test", "domain": "hospital_access", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Dylan has security clearance.", "query_atom": "has_clearance::Dylan", "facts_positive": ["Elena is assigned to the clinical trial.", "Dylan has completed safety training."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"completed_training": "has completed safety training", "has_clearance": "has security clearance", "assigned_to_trial": "is assigned to the clinical trial", "may_enter_lab": "may enter Lab A", "needs_supervisor_review": "needs supervisor review"}, "vocabulary_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "symbolic": {"positive_atoms": ["assigned_to_trial::Elena", "completed_training::Dylan"], "negative_atoms": [], "rules": [], "query_atom": "has_clearance::Dylan", "closure_atoms": ["assigned_to_trial::Elena", "completed_training::Dylan"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- assigned_to_trial: is assigned to the clinical trial\n- completed_training: has completed safety training\n- has_clearance: has security clearance\n- may_enter_lab: may enter Lab A\n- needs_supervisor_review: needs supervisor review\n\nPositive facts:\n- Elena is assigned to the clinical trial.\n- Dylan has completed safety training.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Dylan has security clearance.\nTarget atom: has_clearance::Dylan\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "complete_predicates_after_update": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n- Complete predicates after this update: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n\nTarget statement: Dylan has security clearance.\nTarget atom: has_clearance::Dylan"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_clearance"], "complete_predicates_after_update": ["has_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_clearance\n\nTarget statement: Dylan has security clearance.\nTarget atom: has_clearance::Dylan"}]}
6
+ {"id": "dynamic_dialogue_v3_0033", "base_id": "hospital_access_0019_closed_derived_missing_antecedent", "split": "test", "domain": "hospital_access", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Ben may enter Lab A.", "query_atom": "may_enter_lab::Ben", "facts_positive": ["Ben has completed safety training."], "facts_negative": [], "rules_natural": ["If a staff member has security clearance and has completed safety training, then that staff member may enter Lab A."], "predicate_glossary": {"completed_training": "has completed safety training", "has_clearance": "has security clearance", "assigned_to_trial": "is assigned to the clinical trial", "may_enter_lab": "may enter Lab A", "needs_supervisor_review": "needs supervisor review"}, "vocabulary_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "symbolic": {"positive_atoms": ["completed_training::Ben"], "negative_atoms": [], "rules": [{"antecedents": ["completed_training::Ben", "has_clearance::Ben"], "conclusion": "may_enter_lab::Ben", "text": "If a staff member has security clearance and has completed safety training, then that staff member may enter Lab A."}], "query_atom": "may_enter_lab::Ben", "closure_atoms": ["completed_training::Ben"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- assigned_to_trial: is assigned to the clinical trial\n- completed_training: has completed safety training\n- has_clearance: has security clearance\n- may_enter_lab: may enter Lab A\n- needs_supervisor_review: needs supervisor review\n\nPositive facts:\n- Ben has completed safety training.\n\nNegative facts:\n- none\n\nRules:\n- If a staff member has security clearance and has completed safety training, then that staff member may enter Lab A.\n\nTarget statement: Ben may enter Lab A.\nTarget atom: may_enter_lab::Ben\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "complete_predicates_after_update": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n- Complete predicates after this update: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n\nTarget statement: Ben may enter Lab A.\nTarget atom: may_enter_lab::Ben"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_clearance", "may_enter_lab"], "complete_predicates_after_update": ["has_clearance", "may_enter_lab"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_clearance, may_enter_lab\n\nTarget statement: Ben may enter Lab A.\nTarget atom: may_enter_lab::Ben"}]}
7
+ {"id": "dynamic_dialogue_v3_0040", "base_id": "library_services_0206_open_missing_direct", "split": "test", "domain": "library_services", "family": "open_missing_direct", "subset": "core_contrastive", "gold_pattern": "unknown|false|unknown", "dialogue_type": "reopen", "target_statement": "Reader C has a special request.", "query_atom": "has_special_request::Reader C", "facts_positive": ["Reader C has an active membership."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"has_active_membership": "has an active membership", "has_borrowing_clearance": "has borrowing clearance", "has_special_request": "has a special request", "may_borrow_archive_item": "may borrow an archive item", "needs_librarian_review": "needs librarian review"}, "vocabulary_predicates": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "symbolic": {"positive_atoms": ["has_active_membership::Reader C"], "negative_atoms": [], "rules": [], "query_atom": "has_special_request::Reader C", "closure_atoms": ["has_active_membership::Reader C"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_active_membership: has an active membership\n- has_borrowing_clearance: has borrowing clearance\n- has_special_request: has a special request\n- may_borrow_archive_item: may borrow an archive item\n- needs_librarian_review: needs librarian review\n\nPositive facts:\n- Reader C has an active membership.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Reader C has a special request.\nTarget atom: has_special_request::Reader C\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "complete_predicates_after_update": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_active_membership, has_borrowing_clearance, has_special_request, may_borrow_archive_item, needs_librarian_review\n- Complete predicates after this update: has_active_membership, has_borrowing_clearance, has_special_request, may_borrow_archive_item, needs_librarian_review\n\nTarget statement: Reader C has a special request.\nTarget atom: has_special_request::Reader C"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_borrowing_clearance", "may_borrow_archive_item"], "complete_predicates_after_update": ["has_borrowing_clearance", "may_borrow_archive_item"], "gold_answer": "unknown", "expected_changed_from_previous": true, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_borrowing_clearance, may_borrow_archive_item\n\nTarget statement: Reader C has a special request.\nTarget atom: has_special_request::Reader C"}]}
8
+ {"id": "dynamic_dialogue_v3_0045", "base_id": "library_services_0218_closed_derived_missing_antecedent", "split": "test", "domain": "library_services", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Reader C may borrow an archive item.", "query_atom": "may_borrow_archive_item::Reader C", "facts_positive": ["Reader C has an active membership."], "facts_negative": [], "rules_natural": ["If a reader has an active membership and has borrowing clearance, then that reader may borrow an archive item."], "predicate_glossary": {"has_active_membership": "has an active membership", "has_borrowing_clearance": "has borrowing clearance", "has_special_request": "has a special request", "may_borrow_archive_item": "may borrow an archive item", "needs_librarian_review": "needs librarian review"}, "vocabulary_predicates": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "symbolic": {"positive_atoms": ["has_active_membership::Reader C"], "negative_atoms": [], "rules": [{"antecedents": ["has_active_membership::Reader C", "has_borrowing_clearance::Reader C"], "conclusion": "may_borrow_archive_item::Reader C", "text": "If a reader has an active membership and has borrowing clearance, then that reader may borrow an archive item."}], "query_atom": "may_borrow_archive_item::Reader C", "closure_atoms": ["has_active_membership::Reader C"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_active_membership: has an active membership\n- has_borrowing_clearance: has borrowing clearance\n- has_special_request: has a special request\n- may_borrow_archive_item: may borrow an archive item\n- needs_librarian_review: needs librarian review\n\nPositive facts:\n- Reader C has an active membership.\n\nNegative facts:\n- none\n\nRules:\n- If a reader has an active membership and has borrowing clearance, then that reader may borrow an archive item.\n\nTarget statement: Reader C may borrow an archive item.\nTarget atom: may_borrow_archive_item::Reader C\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "complete_predicates_after_update": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_active_membership, has_borrowing_clearance, has_special_request, may_borrow_archive_item, needs_librarian_review\n- Complete predicates after this update: has_active_membership, has_borrowing_clearance, has_special_request, may_borrow_archive_item, needs_librarian_review\n\nTarget statement: Reader C may borrow an archive item.\nTarget atom: may_borrow_archive_item::Reader C"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_borrowing_clearance", "may_borrow_archive_item"], "complete_predicates_after_update": ["has_borrowing_clearance", "may_borrow_archive_item"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_borrowing_clearance, may_borrow_archive_item\n\nTarget statement: Reader C may borrow an archive item.\nTarget atom: may_borrow_archive_item::Reader C"}]}
9
+ {"id": "dynamic_dialogue_v3_0047", "base_id": "manufacturing_quality_0080_closed_missing_direct", "split": "test", "domain": "manufacturing_quality", "family": "closed_missing_direct", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Part C has release approval.", "query_atom": "has_release_approval::Part C", "facts_positive": ["Part C passed the visual check."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_visual_check": "passed the visual check", "has_release_approval": "has release approval", "has_supplier_note": "has a supplier note", "may_ship": "may ship to customers", "needs_engineer_review": "needs engineer review"}, "vocabulary_predicates": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "symbolic": {"positive_atoms": ["passed_visual_check::Part C"], "negative_atoms": [], "rules": [], "query_atom": "has_release_approval::Part C", "closure_atoms": ["passed_visual_check::Part C"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_release_approval: has release approval\n- has_supplier_note: has a supplier note\n- may_ship: may ship to customers\n- needs_engineer_review: needs engineer review\n- passed_visual_check: passed the visual check\n\nPositive facts:\n- Part C passed the visual check.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Part C has release approval.\nTarget atom: has_release_approval::Part C\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "complete_predicates_after_update": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_release_approval, has_supplier_note, may_ship, needs_engineer_review, passed_visual_check\n- Complete predicates after this update: has_release_approval, has_supplier_note, may_ship, needs_engineer_review, passed_visual_check\n\nTarget statement: Part C has release approval.\nTarget atom: has_release_approval::Part C"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_release_approval"], "complete_predicates_after_update": ["has_release_approval"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_release_approval\n\nTarget statement: Part C has release approval.\nTarget atom: has_release_approval::Part C"}]}
10
+ {"id": "dynamic_dialogue_v3_0057", "base_id": "manufacturing_quality_0101_open_derived_missing_antecedent", "split": "test", "domain": "manufacturing_quality", "family": "open_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|unknown", "dialogue_type": "reopen", "target_statement": "Part F needs engineer review.", "query_atom": "needs_engineer_review::Part F", "facts_positive": ["Part F passed the visual check."], "facts_negative": [], "rules_natural": ["If a part has a supplier note, then that part needs engineer review."], "predicate_glossary": {"passed_visual_check": "passed the visual check", "has_release_approval": "has release approval", "has_supplier_note": "has a supplier note", "may_ship": "may ship to customers", "needs_engineer_review": "needs engineer review"}, "vocabulary_predicates": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "symbolic": {"positive_atoms": ["passed_visual_check::Part F"], "negative_atoms": [], "rules": [{"antecedents": ["has_supplier_note::Part F"], "conclusion": "needs_engineer_review::Part F", "text": "If a part has a supplier note, then that part needs engineer review."}], "query_atom": "needs_engineer_review::Part F", "closure_atoms": ["passed_visual_check::Part F"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_release_approval: has release approval\n- has_supplier_note: has a supplier note\n- may_ship: may ship to customers\n- needs_engineer_review: needs engineer review\n- passed_visual_check: passed the visual check\n\nPositive facts:\n- Part F passed the visual check.\n\nNegative facts:\n- none\n\nRules:\n- If a part has a supplier note, then that part needs engineer review.\n\nTarget statement: Part F needs engineer review.\nTarget atom: needs_engineer_review::Part F\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "complete_predicates_after_update": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_release_approval, has_supplier_note, may_ship, needs_engineer_review, passed_visual_check\n- Complete predicates after this update: has_release_approval, has_supplier_note, may_ship, needs_engineer_review, passed_visual_check\n\nTarget statement: Part F needs engineer review.\nTarget atom: needs_engineer_review::Part F"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_release_approval", "may_ship"], "complete_predicates_after_update": ["has_release_approval", "may_ship"], "gold_answer": "unknown", "expected_changed_from_previous": true, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_release_approval, may_ship\n\nTarget statement: Part F needs engineer review.\nTarget atom: needs_engineer_review::Part F"}]}
11
+ {"id": "dynamic_dialogue_v3_0090", "base_id": "university_registration_0045_open_missing_direct", "split": "test", "domain": "university_registration", "family": "open_missing_direct", "subset": "core_contrastive", "gold_pattern": "unknown|false|unknown", "dialogue_type": "reopen", "target_statement": "Omar has an external scholarship.", "query_atom": "has_external_scholarship::Omar", "facts_positive": ["Omar passed the qualifying exam."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_exam": "passed the qualifying exam", "has_advising_clearance": "has advising clearance", "has_external_scholarship": "has an external scholarship", "may_register": "may register for the seminar", "needs_manual_audit": "needs a manual audit"}, "vocabulary_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "symbolic": {"positive_atoms": ["passed_exam::Omar"], "negative_atoms": [], "rules": [], "query_atom": "has_external_scholarship::Omar", "closure_atoms": ["passed_exam::Omar"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_advising_clearance: has advising clearance\n- has_external_scholarship: has an external scholarship\n- may_register: may register for the seminar\n- needs_manual_audit: needs a manual audit\n- passed_exam: passed the qualifying exam\n\nPositive facts:\n- Omar passed the qualifying exam.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Omar has an external scholarship.\nTarget atom: has_external_scholarship::Omar\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "complete_predicates_after_update": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n- Complete predicates after this update: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n\nTarget statement: Omar has an external scholarship.\nTarget atom: has_external_scholarship::Omar"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance", "may_register"], "complete_predicates_after_update": ["has_advising_clearance", "may_register"], "gold_answer": "unknown", "expected_changed_from_previous": true, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_advising_clearance, may_register\n\nTarget statement: Omar has an external scholarship.\nTarget atom: has_external_scholarship::Omar"}]}
12
+ {"id": "dynamic_dialogue_v3_0095", "base_id": "university_registration_0050_closed_missing_with_open_distractor", "split": "test", "domain": "university_registration", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Lena has advising clearance.", "query_atom": "has_advising_clearance::Lena", "facts_positive": ["Omar has an external scholarship.", "Lena passed the qualifying exam."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_exam": "passed the qualifying exam", "has_advising_clearance": "has advising clearance", "has_external_scholarship": "has an external scholarship", "may_register": "may register for the seminar", "needs_manual_audit": "needs a manual audit"}, "vocabulary_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "symbolic": {"positive_atoms": ["has_external_scholarship::Omar", "passed_exam::Lena"], "negative_atoms": [], "rules": [], "query_atom": "has_advising_clearance::Lena", "closure_atoms": ["has_external_scholarship::Omar", "passed_exam::Lena"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_advising_clearance: has advising clearance\n- has_external_scholarship: has an external scholarship\n- may_register: may register for the seminar\n- needs_manual_audit: needs a manual audit\n- passed_exam: passed the qualifying exam\n\nPositive facts:\n- Omar has an external scholarship.\n- Lena passed the qualifying exam.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Lena has advising clearance.\nTarget atom: has_advising_clearance::Lena\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "complete_predicates_after_update": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n- Complete predicates after this update: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n\nTarget statement: Lena has advising clearance.\nTarget atom: has_advising_clearance::Lena"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance"], "complete_predicates_after_update": ["has_advising_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_advising_clearance\n\nTarget statement: Lena has advising clearance.\nTarget atom: has_advising_clearance::Lena"}]}
data/dynamic_dialogue/train.jsonl ADDED
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data/dynamic_dialogue/validation.jsonl ADDED
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1
+ {"id": "dynamic_dialogue_v3_0012", "base_id": "finance_controls_0130_closed_missing_with_open_distractor", "split": "dev", "domain": "finance_controls", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Account 59 has compliance clearance.", "query_atom": "has_compliance_clearance::Account 59", "facts_positive": ["Account 61 has a manual exception.", "Account 59 passed KYC checks."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_kyc": "passed KYC checks", "has_compliance_clearance": "has compliance clearance", "has_manual_exception": "has a manual exception", "may_receive_wire": "may receive a wire transfer", "needs_compliance_review": "needs compliance review"}, "vocabulary_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "symbolic": {"positive_atoms": ["has_manual_exception::Account 61", "passed_kyc::Account 59"], "negative_atoms": [], "rules": [], "query_atom": "has_compliance_clearance::Account 59", "closure_atoms": ["has_manual_exception::Account 61", "passed_kyc::Account 59"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_compliance_clearance: has compliance clearance\n- has_manual_exception: has a manual exception\n- may_receive_wire: may receive a wire transfer\n- needs_compliance_review: needs compliance review\n- passed_kyc: passed KYC checks\n\nPositive facts:\n- Account 61 has a manual exception.\n- Account 59 passed KYC checks.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Account 59 has compliance clearance.\nTarget atom: has_compliance_clearance::Account 59\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "complete_predicates_after_update": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n- Complete predicates after this update: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n\nTarget statement: Account 59 has compliance clearance.\nTarget atom: has_compliance_clearance::Account 59"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance"], "complete_predicates_after_update": ["has_compliance_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_compliance_clearance\n\nTarget statement: Account 59 has compliance clearance.\nTarget atom: has_compliance_clearance::Account 59"}]}
2
+ {"id": "dynamic_dialogue_v3_0018", "base_id": "finance_controls_0138_closed_derived_missing_antecedent", "split": "dev", "domain": "finance_controls", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Account 12 may receive a wire transfer.", "query_atom": "may_receive_wire::Account 12", "facts_positive": ["Account 12 passed KYC checks."], "facts_negative": [], "rules_natural": ["If an account passed KYC checks and has compliance clearance, then that account may receive a wire transfer."], "predicate_glossary": {"passed_kyc": "passed KYC checks", "has_compliance_clearance": "has compliance clearance", "has_manual_exception": "has a manual exception", "may_receive_wire": "may receive a wire transfer", "needs_compliance_review": "needs compliance review"}, "vocabulary_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "symbolic": {"positive_atoms": ["passed_kyc::Account 12"], "negative_atoms": [], "rules": [{"antecedents": ["passed_kyc::Account 12", "has_compliance_clearance::Account 12"], "conclusion": "may_receive_wire::Account 12", "text": "If an account passed KYC checks and has compliance clearance, then that account may receive a wire transfer."}], "query_atom": "may_receive_wire::Account 12", "closure_atoms": ["passed_kyc::Account 12"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_compliance_clearance: has compliance clearance\n- has_manual_exception: has a manual exception\n- may_receive_wire: may receive a wire transfer\n- needs_compliance_review: needs compliance review\n- passed_kyc: passed KYC checks\n\nPositive facts:\n- Account 12 passed KYC checks.\n\nNegative facts:\n- none\n\nRules:\n- If an account passed KYC checks and has compliance clearance, then that account may receive a wire transfer.\n\nTarget statement: Account 12 may receive a wire transfer.\nTarget atom: may_receive_wire::Account 12\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "complete_predicates_after_update": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n- Complete predicates after this update: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n\nTarget statement: Account 12 may receive a wire transfer.\nTarget atom: may_receive_wire::Account 12"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "may_receive_wire"], "complete_predicates_after_update": ["has_compliance_clearance", "may_receive_wire"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_compliance_clearance, may_receive_wire\n\nTarget statement: Account 12 may receive a wire transfer.\nTarget atom: may_receive_wire::Account 12"}]}
3
+ {"id": "dynamic_dialogue_v3_0022", "base_id": "finance_controls_0142_open_derived_missing_antecedent", "split": "dev", "domain": "finance_controls", "family": "open_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|unknown", "dialogue_type": "reopen", "target_statement": "Account 59 needs compliance review.", "query_atom": "needs_compliance_review::Account 59", "facts_positive": ["Account 59 passed KYC checks."], "facts_negative": [], "rules_natural": ["If an account has a manual exception, then that account needs compliance review."], "predicate_glossary": {"passed_kyc": "passed KYC checks", "has_compliance_clearance": "has compliance clearance", "has_manual_exception": "has a manual exception", "may_receive_wire": "may receive a wire transfer", "needs_compliance_review": "needs compliance review"}, "vocabulary_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "symbolic": {"positive_atoms": ["passed_kyc::Account 59"], "negative_atoms": [], "rules": [{"antecedents": ["has_manual_exception::Account 59"], "conclusion": "needs_compliance_review::Account 59", "text": "If an account has a manual exception, then that account needs compliance review."}], "query_atom": "needs_compliance_review::Account 59", "closure_atoms": ["passed_kyc::Account 59"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_compliance_clearance: has compliance clearance\n- has_manual_exception: has a manual exception\n- may_receive_wire: may receive a wire transfer\n- needs_compliance_review: needs compliance review\n- passed_kyc: passed KYC checks\n\nPositive facts:\n- Account 59 passed KYC checks.\n\nNegative facts:\n- none\n\nRules:\n- If an account has a manual exception, then that account needs compliance review.\n\nTarget statement: Account 59 needs compliance review.\nTarget atom: needs_compliance_review::Account 59\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "complete_predicates_after_update": ["has_compliance_clearance", "has_manual_exception", "may_receive_wire", "needs_compliance_review", "passed_kyc"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n- Complete predicates after this update: has_compliance_clearance, has_manual_exception, may_receive_wire, needs_compliance_review, passed_kyc\n\nTarget statement: Account 59 needs compliance review.\nTarget atom: needs_compliance_review::Account 59"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_compliance_clearance", "may_receive_wire"], "complete_predicates_after_update": ["has_compliance_clearance", "may_receive_wire"], "gold_answer": "unknown", "expected_changed_from_previous": true, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_compliance_clearance, may_receive_wire\n\nTarget statement: Account 59 needs compliance review.\nTarget atom: needs_compliance_review::Account 59"}]}
4
+ {"id": "dynamic_dialogue_v3_0024", "base_id": "hospital_access_0004_open_missing_direct", "split": "dev", "domain": "hospital_access", "family": "open_missing_direct", "subset": "core_contrastive", "gold_pattern": "unknown|false|unknown", "dialogue_type": "reopen", "target_statement": "Elena is assigned to the clinical trial.", "query_atom": "assigned_to_trial::Elena", "facts_positive": ["Elena has completed safety training."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"completed_training": "has completed safety training", "has_clearance": "has security clearance", "assigned_to_trial": "is assigned to the clinical trial", "may_enter_lab": "may enter Lab A", "needs_supervisor_review": "needs supervisor review"}, "vocabulary_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "symbolic": {"positive_atoms": ["completed_training::Elena"], "negative_atoms": [], "rules": [], "query_atom": "assigned_to_trial::Elena", "closure_atoms": ["completed_training::Elena"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- assigned_to_trial: is assigned to the clinical trial\n- completed_training: has completed safety training\n- has_clearance: has security clearance\n- may_enter_lab: may enter Lab A\n- needs_supervisor_review: needs supervisor review\n\nPositive facts:\n- Elena has completed safety training.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Elena is assigned to the clinical trial.\nTarget atom: assigned_to_trial::Elena\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "complete_predicates_after_update": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n- Complete predicates after this update: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n\nTarget statement: Elena is assigned to the clinical trial.\nTarget atom: assigned_to_trial::Elena"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_clearance", "may_enter_lab"], "complete_predicates_after_update": ["has_clearance", "may_enter_lab"], "gold_answer": "unknown", "expected_changed_from_previous": true, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_clearance, may_enter_lab\n\nTarget statement: Elena is assigned to the clinical trial.\nTarget atom: assigned_to_trial::Elena"}]}
5
+ {"id": "dynamic_dialogue_v3_0031", "base_id": "hospital_access_0017_closed_derived_missing_antecedent", "split": "dev", "domain": "hospital_access", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Farid may enter Lab A.", "query_atom": "may_enter_lab::Farid", "facts_positive": ["Farid has completed safety training."], "facts_negative": [], "rules_natural": ["If a staff member has security clearance and has completed safety training, then that staff member may enter Lab A."], "predicate_glossary": {"completed_training": "has completed safety training", "has_clearance": "has security clearance", "assigned_to_trial": "is assigned to the clinical trial", "may_enter_lab": "may enter Lab A", "needs_supervisor_review": "needs supervisor review"}, "vocabulary_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "symbolic": {"positive_atoms": ["completed_training::Farid"], "negative_atoms": [], "rules": [{"antecedents": ["completed_training::Farid", "has_clearance::Farid"], "conclusion": "may_enter_lab::Farid", "text": "If a staff member has security clearance and has completed safety training, then that staff member may enter Lab A."}], "query_atom": "may_enter_lab::Farid", "closure_atoms": ["completed_training::Farid"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- assigned_to_trial: is assigned to the clinical trial\n- completed_training: has completed safety training\n- has_clearance: has security clearance\n- may_enter_lab: may enter Lab A\n- needs_supervisor_review: needs supervisor review\n\nPositive facts:\n- Farid has completed safety training.\n\nNegative facts:\n- none\n\nRules:\n- If a staff member has security clearance and has completed safety training, then that staff member may enter Lab A.\n\nTarget statement: Farid may enter Lab A.\nTarget atom: may_enter_lab::Farid\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "complete_predicates_after_update": ["assigned_to_trial", "completed_training", "has_clearance", "may_enter_lab", "needs_supervisor_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n- Complete predicates after this update: assigned_to_trial, completed_training, has_clearance, may_enter_lab, needs_supervisor_review\n\nTarget statement: Farid may enter Lab A.\nTarget atom: may_enter_lab::Farid"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_clearance", "may_enter_lab"], "complete_predicates_after_update": ["has_clearance", "may_enter_lab"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_clearance, may_enter_lab\n\nTarget statement: Farid may enter Lab A.\nTarget atom: may_enter_lab::Farid"}]}
6
+ {"id": "dynamic_dialogue_v3_0042", "base_id": "library_services_0209_closed_missing_with_open_distractor", "split": "dev", "domain": "library_services", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Reader F has borrowing clearance.", "query_atom": "has_borrowing_clearance::Reader F", "facts_positive": ["Reader F has an active membership.", "Reader A has a special request."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"has_active_membership": "has an active membership", "has_borrowing_clearance": "has borrowing clearance", "has_special_request": "has a special request", "may_borrow_archive_item": "may borrow an archive item", "needs_librarian_review": "needs librarian review"}, "vocabulary_predicates": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "symbolic": {"positive_atoms": ["has_active_membership::Reader F", "has_special_request::Reader A"], "negative_atoms": [], "rules": [], "query_atom": "has_borrowing_clearance::Reader F", "closure_atoms": ["has_active_membership::Reader F", "has_special_request::Reader A"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_active_membership: has an active membership\n- has_borrowing_clearance: has borrowing clearance\n- has_special_request: has a special request\n- may_borrow_archive_item: may borrow an archive item\n- needs_librarian_review: needs librarian review\n\nPositive facts:\n- Reader F has an active membership.\n- Reader A has a special request.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Reader F has borrowing clearance.\nTarget atom: has_borrowing_clearance::Reader F\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "complete_predicates_after_update": ["has_active_membership", "has_borrowing_clearance", "has_special_request", "may_borrow_archive_item", "needs_librarian_review"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_active_membership, has_borrowing_clearance, has_special_request, may_borrow_archive_item, needs_librarian_review\n- Complete predicates after this update: has_active_membership, has_borrowing_clearance, has_special_request, may_borrow_archive_item, needs_librarian_review\n\nTarget statement: Reader F has borrowing clearance.\nTarget atom: has_borrowing_clearance::Reader F"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_borrowing_clearance"], "complete_predicates_after_update": ["has_borrowing_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_borrowing_clearance\n\nTarget statement: Reader F has borrowing clearance.\nTarget atom: has_borrowing_clearance::Reader F"}]}
7
+ {"id": "dynamic_dialogue_v3_0055", "base_id": "manufacturing_quality_0099_closed_derived_missing_antecedent", "split": "dev", "domain": "manufacturing_quality", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Part D may ship to customers.", "query_atom": "may_ship::Part D", "facts_positive": ["Part D passed the visual check."], "facts_negative": [], "rules_natural": ["If a part passed the visual check and has release approval, then that part may ship to customers."], "predicate_glossary": {"passed_visual_check": "passed the visual check", "has_release_approval": "has release approval", "has_supplier_note": "has a supplier note", "may_ship": "may ship to customers", "needs_engineer_review": "needs engineer review"}, "vocabulary_predicates": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "symbolic": {"positive_atoms": ["passed_visual_check::Part D"], "negative_atoms": [], "rules": [{"antecedents": ["passed_visual_check::Part D", "has_release_approval::Part D"], "conclusion": "may_ship::Part D", "text": "If a part passed the visual check and has release approval, then that part may ship to customers."}], "query_atom": "may_ship::Part D", "closure_atoms": ["passed_visual_check::Part D"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_release_approval: has release approval\n- has_supplier_note: has a supplier note\n- may_ship: may ship to customers\n- needs_engineer_review: needs engineer review\n- passed_visual_check: passed the visual check\n\nPositive facts:\n- Part D passed the visual check.\n\nNegative facts:\n- none\n\nRules:\n- If a part passed the visual check and has release approval, then that part may ship to customers.\n\nTarget statement: Part D may ship to customers.\nTarget atom: may_ship::Part D\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "complete_predicates_after_update": ["has_release_approval", "has_supplier_note", "may_ship", "needs_engineer_review", "passed_visual_check"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_release_approval, has_supplier_note, may_ship, needs_engineer_review, passed_visual_check\n- Complete predicates after this update: has_release_approval, has_supplier_note, may_ship, needs_engineer_review, passed_visual_check\n\nTarget statement: Part D may ship to customers.\nTarget atom: may_ship::Part D"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_release_approval", "may_ship"], "complete_predicates_after_update": ["has_release_approval", "may_ship"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_release_approval, may_ship\n\nTarget statement: Part D may ship to customers.\nTarget atom: may_ship::Part D"}]}
8
+ {"id": "dynamic_dialogue_v3_0077", "base_id": "robotics_operations_0169_closed_missing_with_open_distractor", "split": "dev", "domain": "robotics_operations", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Rover 2 has shift clearance.", "query_atom": "has_shift_clearance::Rover 2", "facts_positive": ["Rover 3 has a field note.", "Rover 2 passed diagnostics."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_diagnostics": "passed diagnostics", "has_shift_clearance": "has shift clearance", "has_field_note": "has a field note", "may_start_shift": "may start its shift", "needs_operator_review": "needs operator review"}, "vocabulary_predicates": ["has_field_note", "has_shift_clearance", "may_start_shift", "needs_operator_review", "passed_diagnostics"], "symbolic": {"positive_atoms": ["has_field_note::Rover 3", "passed_diagnostics::Rover 2"], "negative_atoms": [], "rules": [], "query_atom": "has_shift_clearance::Rover 2", "closure_atoms": ["has_field_note::Rover 3", "passed_diagnostics::Rover 2"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_field_note: has a field note\n- has_shift_clearance: has shift clearance\n- may_start_shift: may start its shift\n- needs_operator_review: needs operator review\n- passed_diagnostics: passed diagnostics\n\nPositive facts:\n- Rover 3 has a field note.\n- Rover 2 passed diagnostics.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Rover 2 has shift clearance.\nTarget atom: has_shift_clearance::Rover 2\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_field_note", "has_shift_clearance", "may_start_shift", "needs_operator_review", "passed_diagnostics"], "complete_predicates_after_update": ["has_field_note", "has_shift_clearance", "may_start_shift", "needs_operator_review", "passed_diagnostics"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_field_note, has_shift_clearance, may_start_shift, needs_operator_review, passed_diagnostics\n- Complete predicates after this update: has_field_note, has_shift_clearance, may_start_shift, needs_operator_review, passed_diagnostics\n\nTarget statement: Rover 2 has shift clearance.\nTarget atom: has_shift_clearance::Rover 2"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_shift_clearance"], "complete_predicates_after_update": ["has_shift_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_shift_clearance\n\nTarget statement: Rover 2 has shift clearance.\nTarget atom: has_shift_clearance::Rover 2"}]}
9
+ {"id": "dynamic_dialogue_v3_0093", "base_id": "university_registration_0048_closed_missing_with_open_distractor", "split": "dev", "domain": "university_registration", "family": "closed_missing_with_open_distractor", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Mia has advising clearance.", "query_atom": "has_advising_clearance::Mia", "facts_positive": ["Noah has an external scholarship.", "Mia passed the qualifying exam."], "facts_negative": [], "rules_natural": [], "predicate_glossary": {"passed_exam": "passed the qualifying exam", "has_advising_clearance": "has advising clearance", "has_external_scholarship": "has an external scholarship", "may_register": "may register for the seminar", "needs_manual_audit": "needs a manual audit"}, "vocabulary_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "symbolic": {"positive_atoms": ["has_external_scholarship::Noah", "passed_exam::Mia"], "negative_atoms": [], "rules": [], "query_atom": "has_advising_clearance::Mia", "closure_atoms": ["has_external_scholarship::Noah", "passed_exam::Mia"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_advising_clearance: has advising clearance\n- has_external_scholarship: has an external scholarship\n- may_register: may register for the seminar\n- needs_manual_audit: needs a manual audit\n- passed_exam: passed the qualifying exam\n\nPositive facts:\n- Noah has an external scholarship.\n- Mia passed the qualifying exam.\n\nNegative facts:\n- none\n\nRules:\n- none\n\nTarget statement: Mia has advising clearance.\nTarget atom: has_advising_clearance::Mia\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "complete_predicates_after_update": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n- Complete predicates after this update: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n\nTarget statement: Mia has advising clearance.\nTarget atom: has_advising_clearance::Mia"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance"], "complete_predicates_after_update": ["has_advising_clearance"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_advising_clearance\n\nTarget statement: Mia has advising clearance.\nTarget atom: has_advising_clearance::Mia"}]}
10
+ {"id": "dynamic_dialogue_v3_0098", "base_id": "university_registration_0056_closed_derived_missing_antecedent", "split": "dev", "domain": "university_registration", "family": "closed_derived_missing_antecedent", "subset": "core_contrastive", "gold_pattern": "unknown|false|false", "dialogue_type": "persist_after_narrowing", "target_statement": "Lena may register for the seminar.", "query_atom": "may_register::Lena", "facts_positive": ["Lena passed the qualifying exam."], "facts_negative": [], "rules_natural": ["If a student passed the qualifying exam and has advising clearance, then that student may register for the seminar."], "predicate_glossary": {"passed_exam": "passed the qualifying exam", "has_advising_clearance": "has advising clearance", "has_external_scholarship": "has an external scholarship", "may_register": "may register for the seminar", "needs_manual_audit": "needs a manual audit"}, "vocabulary_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "symbolic": {"positive_atoms": ["passed_exam::Lena"], "negative_atoms": [], "rules": [{"antecedents": ["passed_exam::Lena", "has_advising_clearance::Lena"], "conclusion": "may_register::Lena", "text": "If a student passed the qualifying exam and has advising clearance, then that student may register for the seminar."}], "query_atom": "may_register::Lena", "closure_atoms": ["passed_exam::Lena"]}, "turns": [{"turn_index": 1, "source_semantics": "owa", "update_operation": "SET_COMPLETE_PREDICATES", "update_predicates": [], "complete_predicates_after_update": [], "gold_answer": "unknown", "expected_changed_from_previous": null, "expected_applied_update": "open", "prompt": "This is turn 1 of a 3-turn dynamic completeness dialogue.\nYou are given an initial knowledge base and an initial completeness state.\nDo not use outside knowledge.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly open. For turn 1, changed_from_previous must be null.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nKnowledge base:\n\nPredicate glossary:\n- has_advising_clearance: has advising clearance\n- has_external_scholarship: has an external scholarship\n- may_register: may register for the seminar\n- needs_manual_audit: needs a manual audit\n- passed_exam: passed the qualifying exam\n\nPositive facts:\n- Lena passed the qualifying exam.\n\nNegative facts:\n- none\n\nRules:\n- If a student passed the qualifying exam and has advising clearance, then that student may register for the seminar.\n\nTarget statement: Lena may register for the seminar.\nTarget atom: may_register::Lena\n\nCompleteness-state update for this turn:\n- Operation: SET_COMPLETE_PREDICATES\n- New complete predicates: none"}, {"turn_index": 2, "source_semantics": "cwa", "update_operation": "ADD_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "complete_predicates_after_update": ["has_advising_clearance", "has_external_scholarship", "may_register", "needs_manual_audit", "passed_exam"], "gold_answer": "false", "expected_changed_from_previous": true, "expected_applied_update": "global_complete", "prompt": "This is turn 2 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly global_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: ADD_COMPLETE_PREDICATES\n- Predicates to add as complete: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n- Complete predicates after this update: has_advising_clearance, has_external_scholarship, may_register, needs_manual_audit, passed_exam\n\nTarget statement: Lena may register for the seminar.\nTarget atom: may_register::Lena"}, {"turn_index": 3, "source_semantics": "lcwa", "update_operation": "REPLACE_COMPLETE_PREDICATES", "update_predicates": ["has_advising_clearance", "may_register"], "complete_predicates_after_update": ["has_advising_clearance", "may_register"], "gold_answer": "false", "expected_changed_from_previous": false, "expected_applied_update": "local_complete", "prompt": "This is turn 3 of a 3-turn dynamic completeness dialogue.\nKeep the exact same knowledge base, facts, rules, glossary, and target from turn 1.\nApply only the completeness-state update below.\nRecompute the answer from the updated state. Do not treat a previous false/unknown conclusion as a new fact.\nReturn exactly one compact JSON object with keys answer, changed_from_previous, applied_update, and rationale. The answer value must be one of true, false, unknown. The changed_from_previous value must be true, false, or null. The applied_update value must be one of open, global_complete, local_complete. For this turn, applied_update must be exactly local_complete. For this turn, changed_from_previous must be true iff your current answer differs from your immediately previous answer.\n\nReasoning contract:\n- Positive facts are true.\n- Negative facts make the corresponding target atom false.\n- A rule derives its conclusion only when every antecedent is true.\n- First apply all rules until no new facts can be derived.\n- Then evaluate unstated and underivable atoms using the current completeness state.\n- If a predicate is complete, an unstated and underivable atom using that predicate is false.\n- If a predicate is not complete, an unstated and underivable atom using that predicate is unknown.\n- A false answer derived from completeness is not a permanent negative fact; it can be withdrawn if the completeness state changes.\n\nCompleteness-state update for this turn:\n- Operation: REPLACE_COMPLETE_PREDICATES\n- Discard the previous complete-predicate set.\n- Replacement complete predicates: has_advising_clearance, may_register\n\nTarget statement: Lena may register for the seminar.\nTarget atom: may_register::Lena"}]}
data/multi_agent/full.jsonl ADDED
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data/multi_agent/test.jsonl ADDED
The diff for this file is too large to render. See raw diff
 
data/multi_agent/train.jsonl ADDED
The diff for this file is too large to render. See raw diff
 
data/multi_agent/validation.jsonl ADDED
The diff for this file is too large to render. See raw diff
 
metadata/closurebench_ask_act_metadata.json ADDED
@@ -0,0 +1,74 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ {
2
+ "source_dataset": "data/base/full.jsonl",
3
+ "dataset": "data/ask_act/full.jsonl",
4
+ "version": "closurebench_ask_act",
5
+ "num_items": 960,
6
+ "num_base_scenarios": 320,
7
+ "semantics": {
8
+ "owa": 320,
9
+ "cwa": 320,
10
+ "lcwa": 320
11
+ },
12
+ "domains": {
13
+ "cloud_deployment": 120,
14
+ "hospital_access": 120,
15
+ "library_services": 120,
16
+ "university_registration": 120,
17
+ "finance_controls": 120,
18
+ "procurement_review": 120,
19
+ "manufacturing_quality": 120,
20
+ "robotics_operations": 120
21
+ },
22
+ "families": {
23
+ "entailed_open_conclusion": 96,
24
+ "explicit_negative_closed": 96,
25
+ "explicit_negative_open": 96,
26
+ "closed_missing_with_open_distractor": 96,
27
+ "open_missing_with_closed_distractor": 96,
28
+ "open_missing_direct": 96,
29
+ "entailed_closed_conclusion": 96,
30
+ "closed_missing_direct": 96,
31
+ "closed_derived_missing_antecedent": 96,
32
+ "open_derived_missing_antecedent": 96
33
+ },
34
+ "subsets": {
35
+ "control_entailed": 192,
36
+ "control_explicit_negative": 192,
37
+ "core_contrastive": 576
38
+ },
39
+ "gold_truth_values": {
40
+ "true": 192,
41
+ "false": 480,
42
+ "unknown": 288
43
+ },
44
+ "gold_actions": {
45
+ "approve": 192,
46
+ "deny": 480,
47
+ "request_information": 288
48
+ },
49
+ "gold_reason_types": {
50
+ "entailed_by_fact_or_rule": 192,
51
+ "explicit_negative_fact": 192,
52
+ "global_closed_world_underivable": 192,
53
+ "local_open_world_underivable": 96,
54
+ "open_world_underivable": 192,
55
+ "local_closed_world_underivable": 96
56
+ },
57
+ "primary_metrics": [
58
+ "action_accuracy",
59
+ "truth_accuracy",
60
+ "full_decision_accuracy",
61
+ "ask_precision_recall_f1",
62
+ "targeted_information_accuracy",
63
+ "premature_denial_rate",
64
+ "excessive_ask_rate",
65
+ "closure_denial_accuracy",
66
+ "semantic_switch_action_accuracy"
67
+ ],
68
+ "notes": [
69
+ "This file is derived deterministically from ClosureBench V3.",
70
+ "Unknown direct targets ask for the target atom.",
71
+ "Unknown derived targets ask for the missing rule antecedent.",
72
+ "Approve/deny cases require null missing fields to avoid unnecessary escalation."
73
+ ]
74
+ }
metadata/closurebench_base_metadata.json ADDED
@@ -0,0 +1,76 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ {
2
+ "dataset": "closurebench_base.jsonl",
3
+ "version": "closurebench-v1",
4
+ "num_items": 960,
5
+ "num_base_scenarios": 320,
6
+ "domains": {
7
+ "cloud_deployment": 120,
8
+ "hospital_access": 120,
9
+ "library_services": 120,
10
+ "university_registration": 120,
11
+ "finance_controls": 120,
12
+ "procurement_review": 120,
13
+ "manufacturing_quality": 120,
14
+ "robotics_operations": 120
15
+ },
16
+ "families": {
17
+ "entailed_open_conclusion": 96,
18
+ "explicit_negative_closed": 96,
19
+ "explicit_negative_open": 96,
20
+ "closed_missing_with_open_distractor": 96,
21
+ "open_missing_with_closed_distractor": 96,
22
+ "open_missing_direct": 96,
23
+ "entailed_closed_conclusion": 96,
24
+ "closed_missing_direct": 96,
25
+ "closed_derived_missing_antecedent": 96,
26
+ "open_derived_missing_antecedent": 96
27
+ },
28
+ "subsets": {
29
+ "control_entailed": 192,
30
+ "control_explicit_negative": 192,
31
+ "core_contrastive": 576
32
+ },
33
+ "splits": {
34
+ "dev": 93,
35
+ "train": 648,
36
+ "test": 219
37
+ },
38
+ "semantics": {
39
+ "owa": 320,
40
+ "cwa": 320,
41
+ "lcwa": 320
42
+ },
43
+ "gold_answers": {
44
+ "true": 192,
45
+ "false": 480,
46
+ "unknown": 288
47
+ },
48
+ "gold_reason_types": {
49
+ "entailed_by_fact_or_rule": 192,
50
+ "explicit_negative_fact": 192,
51
+ "global_closed_world_underivable": 192,
52
+ "local_open_world_underivable": 96,
53
+ "open_world_underivable": 192,
54
+ "local_closed_world_underivable": 96
55
+ },
56
+ "semantic_switch_patterns": {
57
+ "false|false|false": 64,
58
+ "true|true|true": 64,
59
+ "unknown|false|false": 96,
60
+ "unknown|false|unknown": 96
61
+ },
62
+ "primary_metrics": [
63
+ "semantic_switch_accuracy",
64
+ "lcwa_closed_scope_accuracy",
65
+ "lcwa_open_scope_accuracy",
66
+ "cwa_accuracy",
67
+ "owa_accuracy"
68
+ ],
69
+ "notes": [
70
+ "V3 preserves pilot v1/v2 files and should be treated as the publication candidate.",
71
+ "Each base scenario has OWA, CWA, and LCWA variants with identical facts, rules, and target atom.",
72
+ "Each item contains natural-language text plus symbolic atoms/rules and a gold reason type.",
73
+ "Closure is explicit: closed predicates make unstated and underivable atoms false after rule closure.",
74
+ "Controls are retained but marked separately from core contrastive cases."
75
+ ]
76
+ }
metadata/closurebench_dynamic_dialogue_metadata.json ADDED
@@ -0,0 +1,53 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ {
2
+ "source_dataset": "data/base/full.jsonl",
3
+ "dataset": "data/dynamic_dialogue/full.jsonl",
4
+ "n_dialogues": 100,
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+ "anchoring_error_rate"
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+ ]
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+ }
metadata/closurebench_multi_agent_metadata.json ADDED
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+ }
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results/reports/closurebench_ask_act_replicate_manifest.json ADDED
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results/reports/closurebench_ask_act_summary.json ADDED
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results/reports/closurebench_deepseek_v4_flash_report.json ADDED
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1620
+ "consistent": 757,
1621
+ "rate": 78.85
1622
+ },
1623
+ "mean_parse_failures": 0.0,
1624
+ "mean_api_errors": 0.0
1625
+ }
1626
+ }
1627
+ }
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