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Simplify OmniToM dataset card

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  - mental-state-representation
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  ---
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- # Dataset Card for OmniToM
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- ## Dataset Details
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- ### Dataset Description
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- OmniToM is a benchmark for evaluating Theory of Mind in language models through explicit belief-structure modeling. Instead of scoring only endpoint answers to social-reasoning questions, OmniToM exposes the intermediate belief structure that a model must build in order to reason coherently about what different actors know, believe, infer, intend, or misunderstand.
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- Each example is a short English story paired with:
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- - a set of actor-centered belief propositions
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- - a reserved `world` actor for narrator/world facts
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- - a seven-dimensional schema label vector for every belief
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- The benchmark supports two linked tasks:
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- 1. **Belief Extraction**
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- - Given a story, extract the relevant belief structure as `(Actor, Belief, Order)` tuples.
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- 2. **Belief Labeling**
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- - Given the story and belief tuples, label each belief along seven closed-set schema dimensions.
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- - **Language(s):** English
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- - **License:** MIT
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- ## Uses
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- ### Direct Use
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- OmniToM is designed for benchmark evaluation and diagnostic analysis. Suitable uses include:
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- - zero-shot belief extraction
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- - zero-shot belief labeling
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- - semantic-judge evaluation of extracted belief tables
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- - analysis of multi-actor and higher-order Theory-of-Mind reasoning
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- - process-sensitive evaluation beyond endpoint question answering
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- ### Out-of-Scope Use
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- OmniToM should not be treated as:
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- - a direct measure of real-world social intelligence
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- - a measure of embodied, interactive, or multimodal social reasoning
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- - a safety certification benchmark for deployed systems
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- - a clinical, educational, or psychological assessment tool
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- - a complete coverage benchmark for all possible Theory-of-Mind phenomena
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- ## Dataset Structure
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- ### Overall Statistics
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- | Measure | Value |
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  | --- | ---: |
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- | Released stories | 895 |
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  | Story categories | 7 |
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- | Annotated belief propositions | 22,343 |
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- | Schema dimensions per proposition | 7 |
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- | Total schema labels | 156,401 |
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- ### Data Instances
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- Each line in the release file is one JSON object:
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- ```json
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- {
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- "story_id": 1,
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- "story_category": "Ambiguous Story Task",
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- "story": "Story text...",
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- "beliefs": [
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- {
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- "actor": "world",
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- "belief": "A minimal propositional statement.",
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- "labels": {
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- "order": "0",
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- "truth_status": "True",
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- "knowledge_access": "Public",
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- "representation": "Explicit",
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- "content_type": "Action/Event",
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- "mental_source": "Narration",
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- "context": "Neutral"
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- }
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- }
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- ]
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- }
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- ```
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- ### Data Fields
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- | Field | Type | Description or allowed values |
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- | --- | --- | --- |
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- | `story_id` | Integer | Unique story identifier. |
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- | `story_category` | String | One of the seven story categories listed below. |
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- | `story` | String | Story text used for belief extraction and labeling. |
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- | `beliefs` | List of objects | Annotated belief propositions for the story. |
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- | `beliefs[].actor` | String | Belief holder. `world` marks narrator or world facts. |
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- | `beliefs[].belief` | String | Minimal propositional belief statement. |
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- | `beliefs[].labels.order` | String | Recursive depth: `0`, `1`, `2`, or `3`. |
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- | `beliefs[].labels.truth_status` | String | `True`, `False`, or `Unknown`. |
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- | `beliefs[].labels.knowledge_access` | String | `Private`, `Shared`, or `Public`. |
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- | `beliefs[].labels.representation` | String | `Explicit` or `Implicit`. |
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- | `beliefs[].labels.content_type` | String | `Location`, `Contents/Physical State`, `Identity/Relation`, `Epistemic`, `Desire/Intention`, `Emotion`, `Trait/Value`, or `Action/Event`. |
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- | `beliefs[].labels.mental_source` | String | `Narration`, `Perception`, `Memory`, `Testimony`, `Inference`, `Imagination`, or `Unknown`. |
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- | `beliefs[].labels.context` | String | `Neutral`, `Temporal`, `Deceptive`, or `Counterfactual`. |
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- ### Data Splits
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- This release contains one benchmark split:
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- - `train` / benchmark split: `895` stories
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- The split is named `train` in the Hugging Face dataset viewer for compatibility with the default dataset loading interface. It should be interpreted as the benchmark split, not as a recommended training set.
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- ## Dataset Creation
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- ### Curation Rationale
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- OmniToM was created to address a limitation in prior Theory-of-Mind benchmarks for language models: most evaluate endpoint question answering rather than whether a model constructs a coherent belief representation while reading the story.
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- OmniToM instead evaluates explicit belief-structure modeling. The benchmark is grounded in short stories from ToMBench and organizes reasoning around an ATOMS-grounded belief-level schema for fine-grained analysis of mental-state representations.
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- ### Source Data
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- The benchmark sources its stories from ToMBench. It retains seven categories whose stories provide sufficiently self-contained mental-state evidence for belief extraction from text alone.
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  | Story category | Stories |
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  | --- | ---: |
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  | Persuasion Story Task | 97 |
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  | Scalar Implicature Test | 154 |
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  | Strange Story Task | 207 |
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- | **Total** | **895** |
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- ### Annotation Process
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- The benchmark was built with a human-validated, LLM-assisted annotation pipeline:
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- - `1,383` source stories in the original corpus
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- - `916` stories retained after source filtering
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- - `895` stories released in the final benchmark
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- - `22,343` labeled belief propositions in the released benchmark
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- - `156,401` total schema labels in the released benchmark
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- The accompanying paper reports:
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- - Stage 1 expert-overlap validation after reconciliation: `83.72%`
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- - Stage 2 strict all-annotator exact-match label reliability: `92.38%`
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- - Human-human agreement on the semantic-alignment validation set: `88.86%`
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- - Human-judge agreement for the selected semantic judge: `87.76%`
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- ### Who are the source data producers?
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- The story texts are sourced from ToMBench. The belief structures and schema labels are benchmark annotations produced through the OmniToM human-validated annotation pipeline described in the accompanying paper.
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- ### Personal and Sensitive Information
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- The release consists of short benchmark stories and belief annotations. It is not designed to contain personal user data, private communications, direct identifiers, medical records, or real-world sensitive records. As with many story-based datasets, names, family roles, occupations, emotions, intentions, and social situations may appear in the source material, but the benchmark is intended for research evaluation rather than identification or profiling.
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- ## Bias, Risks, and Limitations
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- OmniToM is story-based, text-only, English-language, and sourced from a specific upstream benchmark distribution. It therefore reflects the representational biases, writing conventions, scenario distribution, and coverage limitations of its source stories. Names, roles, social situations, and pragmatic conventions may also be unevenly distributed across categories.
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- Additional known limitations:
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- - the benchmark evaluates story-based Theory of Mind rather than interactive, embodied, or multimodal social reasoning
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- - the retained stories are short and self-contained, and do not stress-test long-horizon information tracking, dense temporal structure, or deeply nested mental states beyond the order-3 schema
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- - the released labels come from a human-validated LLM-assisted pipeline rather than fully manual annotation of every story
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- - the seven-dimensional schema is human-labeled and may retain interpretive subjectivity in socially ambiguous cases
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- - Stage 1 extraction evaluation in the paper relies on a human-validated semantic judge rather than full human adjudication across the full release
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- - the selected semantic judge reached `87.76%` agreement with human semantic-alignment decisions, so extraction `F1` should be interpreted as an approximate aggregate metric rather than an exact belief-level alignment score
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- ### Recommendations
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- Users should interpret OmniToM as a diagnostic benchmark for explicit belief-structure modeling. Benchmark scores should not be treated as evidence of robust real-world interpersonal reasoning, embodied social competence, clinical or educational validity, or deployment safety.
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- ## Citation
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  ```bibtex
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  @misc{omnitom2026,
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  }
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  ```
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- ## More Information
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- Paper: [OmniToM on arXiv](https://arxiv.org/abs/2605.26322)
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- Code and evaluation scripts: [BridgeAI-Lab/OMNITOM](https://github.com/BridgeAI-Lab/OMNITOM)
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- Project page: [OmniToM](https://adam-12-0.github.io/omnitom-project/)
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- Camera-ready Croissant metadata with Responsible AI fields: [Download JSON](https://huggingface.co/datasets/BridgeAI-Lab/omnitom-benchmark/resolve/main/croissant_rai_omnitom_camera_ready.json)
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  - mental-state-representation
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  ---
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+ # OmniToM
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+ OmniToM is a benchmark for evaluating how language models represent what people know and believe in short social stories. Each story has actor-centered belief statements. Each statement has labels for seven aspects of the belief, such as its truth status, who can access the information, and how the actor learned it. The dataset supports two tasks: extracting beliefs from a story and labeling those beliefs.
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+ ## Dataset Summary
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+ | Measure | Count |
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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  | --- | ---: |
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+ | Stories | 895 |
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  | Story categories | 7 |
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+ | Belief statements | 22,343 |
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+ | Labels per belief | 7 |
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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+ The stories come from seven ToMBench categories:
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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  | Story category | Stories |
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  | --- | ---: |
 
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  | Persuasion Story Task | 97 |
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  | Scalar Implicature Test | 154 |
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  | Strange Story Task | 207 |
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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+ ## Data Fields
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+ Each row in `benchmark_story_belief_labels.jsonl` is one story. The `beliefs` list contains its annotated belief statements.
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+ | Field | Description |
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+ | --- | --- |
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+ | `story_id` | Unique story ID. |
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+ | `story_category` | ToMBench story category. |
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+ | `story` | Story text. |
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+ | `beliefs` | List of annotated belief statements. |
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+ | `beliefs[].actor` | Belief holder. `world` denotes a narrator or world fact. |
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+ | `beliefs[].belief` | Belief statement. |
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+ | `beliefs[].labels.order` | Belief depth: `0`, `1`, `2`, or `3`. |
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+ | `beliefs[].labels.truth_status` | `True`, `False`, or `Unknown`. |
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+ | `beliefs[].labels.knowledge_access` | `Private`, `Shared`, or `Public`. |
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+ | `beliefs[].labels.representation` | `Explicit` or `Implicit`. |
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+ | `beliefs[].labels.content_type` | `Location`, `Contents/Physical State`, `Identity/Relation`, `Epistemic`, `Desire/Intention`, `Emotion`, `Trait/Value`, or `Action/Event`. |
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+ | `beliefs[].labels.mental_source` | `Narration`, `Perception`, `Memory`, `Testimony`, `Inference`, `Imagination`, or `Unknown`. |
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+ | `beliefs[].labels.context` | `Neutral`, `Temporal`, `Deceptive`, or `Counterfactual`. |
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+ ## Usage
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+ ```python
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+ from datasets import load_dataset
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+ stories = load_dataset("BridgeAI-Lab/omnitom-benchmark", split="train")
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+ print(stories[0])
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+ ```
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+ Hugging Face calls the single released benchmark split `train` for loading purposes. The dataset is intended for evaluation and analysis, not as a recommended training set. The [code repository](https://github.com/BridgeAI-Lab/OMNITOM) contains the evaluation scripts.
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+ ## Source and Limitations
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+ The stories are drawn from [ToMBench](https://github.com/zhchen18/ToMBench). The belief statements and labels were produced through the human-validated, LLM-assisted annotation process described in the [OmniToM paper](https://arxiv.org/abs/2605.26322). OmniToM covers English, text-only, short stories. Results should not be taken as a measure of general real-world social reasoning or deployment safety.
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+ ## Citation and Resources
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  ```bibtex
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  @misc{omnitom2026,
 
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  ```
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+ [Project page](https://adam-12-0.github.io/omnitom-project/) · [Code](https://github.com/BridgeAI-Lab/OMNITOM) · [Croissant metadata with Responsible AI fields](https://huggingface.co/datasets/BridgeAI-Lab/omnitom-benchmark/resolve/main/croissant_rai_omnitom_camera_ready.json)