Datasets:
Rewrite dataset card to match KDD v2 contents (T1/T2/T4/T5/T6)
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README.md
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## Quick Start
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```bash
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pip install
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from eventxbench import load_task
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train, test = load_task("t1") # Returns pandas DataFrames
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# Run a baseline
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python baselines/t1/llm_baseline.py --provider openai --model gpt-4o --shots 0
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# Evaluate predictions
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python evaluation/evaluate.py --task t1 --predictions results/t1_predictions.jsonl
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```
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## Benchmark Overview
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| Task | Name | Tier | Output | Instances | Primary Metrics |
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|------|------|------|--------|-----------|-----------------|
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| T1 | Market Volume Prediction | Forecast | 3-class (`high`/`moderate`/`low`) | 305 | Macro-F1, `high`-class P@K |
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| T2 | Post-to-Market Linking | Resolution | Market ID or `none` | 815 | Accuracy@1, MRR |
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| T3 | Evidence Grading | Resolution | Ordinal 0--5 | 342,552 | QWK (kappa), macro-F1 |
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| T4 | Market Movement Prediction | Forecast | Direction x Magnitude | 4,803 | Dir-Acc, Mag-F1, Spearman rho |
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| T5 | Volume & Price Impact | Forecast | Continuous | 407 (268 clean) | Spearman rho (price_impact, volume_multiplier) |
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| T6 | Cross-Market Propagation | Forecast | 3-class | 4,006 | Macro-F1, MAE (onset lag) |
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| T7 | Impact Persistence (Decay) | Forecast | 3-class (`transient`/`sustained`/`reversal`) | 407 (268 clean) | Macro-F1 |
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## Tasks
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### T1: Conditional Market Volume Prediction
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Predict the final trading-volume percentile of a subsequently created market, given pre-market social signals.
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- **Labels**: `high` (>80th pctl), `moderate` (40th--80th), `low` (<40th)
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- **Input**: Tweet cluster features, event metadata, temporal features
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- **Metrics**: Macro-F1, `high`-class precision@K
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### T2: Post-to-Market Linking
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Given a tweet and a candidate set recalled by BGE-large-en-v1.5 / FAISS dense retrieval, identify which market the post addresses (or `none`).
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- **Input**: Tweet text + candidate market questions
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- **Metrics**: Accuracy@1, MRR, `none`-class F1
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### T3: Evidence Grading and Resolution Potential
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Assign an ordinal evidence grade (0--5) to each post-market pair.
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- **Grade scale**: 0 (`noise`), 1 (`commentary_reaction`), 2 (`speculation_rumor`), 3 (`indirect_report`), 4 (`strong_direct`), 5 (`resolving`)
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- **Metrics**: Quadratic-weighted kappa, `resolving`-class precision, macro-F1
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### T4: Market Movement Prediction
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Predict direction and magnitude of the YES-price change at 2-hour horizon after a tweet.
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- **Direction**: `up` (delta > 0.02), `down` (delta < -0.02), `flat` (otherwise)
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- **Magnitude**: `large` (>8%), `medium` (2--8%), `small` (<=2%)
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- **Metrics**: Direction accuracy, Magnitude macro-F1, Spearman rho on continuous delta curve
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- **Secondary horizons**: 30 min, 6 h
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### T5: Volume and Price Impact
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Predict two continuous targets per post: (i) `price_impact` (max absolute deviation from p0), (ii) `volume_multiplier` (total volume / 24h baseline).
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- **Targets**: `price_impact` (continuous), `volume_multiplier` (continuous)
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- **Metrics**: Spearman rho for each target
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- **Note**: T5 and T7 share the same underlying data (`task5+7/` in the codebase). T5 evaluates the continuous predictions; T7 evaluates the decay classification.
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### T7: Impact Persistence (Decay)
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Classify whether a tweet's initial market impact is transient, sustained, or reverses over time.
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- **Labels**: `transient` (|delta_2h| < 30% of |delta_15m|), `sustained` (same sign, larger), `reversal` (sign flips at 2h)
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- **Metrics**: Macro-F1
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- **Note**: Uses the same data as T5 but evaluates the `decay_class` field. In the codebase, uses `task5+7/` directories and `t7_` prefixes.
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### T6: Cross-Market Propagation
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Predict whether a tweet's market impact propagates to sibling markets within 2 hours. A sibling is deemed "moved" if |delta_p| > 1.5 sigma (rolling 24h stdev).
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- **Labels**: `no_effect`, `primary_mover` (primary market moves first, sibling follows), `propagated_signal` (sibling moves before or instead of primary)
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- **Metrics**: Macro-F1, MAE on onset lag (minutes)
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## Data
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### Hugging Face Dataset
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All data is hosted on Hugging Face:
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```python
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from datasets import load_dataset
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#
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train, test = load_task("t1")
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```
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##
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| `t3_graded.json` | T3 evidence grades (0--5) | 342,552 |
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| `t4_labels.jsonl` | T4 direction x magnitude labels | 4,803 |
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| `t5_labels.jsonl` | T5 price impact + volume multiplier | 407 |
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| `t6_labels.jsonl` | T6 cross-market propagation labels | 4,006 |
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| `t7_labels.jsonl` | T7 decay class labels (same data as T5) | 407 |
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- Qwen 3.5 (local via vLLM, 4B and 27B)
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# T1 zero-shot with GPT-4o
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python baselines/t1/llm_baseline.py --provider openai --model gpt-4o --shots 0
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# T4 three-shot with Claude
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python baselines/t4/llm_baseline.py --provider anthropic --model claude-sonnet-4-5-20250514 --shots 3
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# T2 contextual validation with an OpenAI-compatible Lumid model
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python baselines/t2/llm_baseline.py \
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--provider openai \
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--base-url https://lum.id/llm \
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--api-key-env LUMID_API_KEY \
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--model nvidia/Gemma-4-26B-A4B-NVFP4 \
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--disable-thinking \
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--split val \
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--shots 0 \
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--resume \
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--output results/t2_gemma.val.0shot.jsonl
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```
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**
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`NONE` as an explicit option, and writes Accuracy@1, MRR, NONE-class F1,
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bootstrap intervals, token usage, latency, input hashes, and prompt provenance.
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Run validation first. A frozen test run requires `--split test --allow-test`.
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Models recorded as Task 2 train-silver judges are automatically marked
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`diagnostic_excluded_silver_judge` and must not be reported as independent
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paper baselines.
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with the same gateway root and PAT environment variable. The provider flag
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describes the request format; the actual baseline model remains the model ID
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passed with `--model` and returned by Lumid's `/llm/v1/models` endpoint.
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##
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LightGBM classifiers with Bayesian hyperparameter tuning (Optuna):
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``
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python baselines/t1/lightgbm_baseline.py
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python baselines/t4/lightgbm_baseline.py
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```
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##
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Majority class, random walk, graph heuristics, BM25 retrieval:
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```bash
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python baselines/t1/basic_baseline.py
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python baselines/t6/basic_baseline.py
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```
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python evaluation/evaluate.py --task all --predictions-dir results/
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```
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See [`evaluation/README.md`](evaluation/README.md) for prediction format specs.
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## Repository Structure
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```
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EventXBench/
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├── README.md
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├── LEADERBOARD.md
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├── requirements.txt
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├── eventxbench/ # Data loading utilities
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│ ├── __init__.py
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│ └── loader.py
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├── data/
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│ └── README.md # Hugging Face dataset card
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├── baselines/
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│ ├── t1/ ... t6/ # Per-task baselines (LLM, ML, basic)
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│ └── t7/ # Impact Persistence (Decay) baselines
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├── evaluation/
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│ ├── evaluate.py # Unified evaluation CLI
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│ ├── metrics.py # Metric implementations
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│ └── README.md
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├── scripts/
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│ └── upload_to_hf.py # Upload data to Hugging Face
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└── examples/
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└── quickstart.py
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```
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## Leaderboard
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See [LEADERBOARD.md](LEADERBOARD.md) for current results. To submit, open a pull request.
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## License
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- **Code**: MIT License
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- **Data**: [CC BY-NC 4.0](https://creativecommons.org/licenses/by-nc/4.0/)
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- Tweet text excluded; use Twitter API for rehydration
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- Polymarket data included under fair use for research
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---
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license: cc-by-nc-4.0
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language:
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- en
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pretty_name: ICAIF26-EventXbench
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size_categories:
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- 1M<n<10M
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task_categories:
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- text-classification
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- tabular-classification
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task_ids:
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- multi-class-classification
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tags:
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- prediction-markets
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- social-media
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- multimodal
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- financial-nlp
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- twitter
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- polymarket
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---
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# ICAIF26-EventXbench
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**EventX** is a multimodal benchmark connecting ~9M Twitter/X posts from 1,152 KOL accounts to 11,952 Polymarket prediction markets (2021–2026). It defines seven tasks across two tiers: **resolution** (human-annotated ground truth) and **forecast** (deterministic labels from post-publication tick data).
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This repository hosts the canonical **KDD v2** release of the EventXBench data (tasks T1, T2, T4, T5, T6). The companion codebase is available at [github.com/mlsys-io/EventXBench](https://github.com/mlsys-io/EventXBench); the primary dataset mirror is [mlsys-io/EventXBench](https://huggingface.co/datasets/mlsys-io/EventXBench).
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## Quick Start
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```bash
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pip install datasets
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from datasets import load_dataset
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# T1: train + test (2-way temporal split)
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ds = load_dataset("hayshn/ICAIF26-EventXbench", "t1")
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# T4/T5/T6: train + validation + test
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ds = load_dataset("hayshn/ICAIF26-EventXbench", "t4")
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```
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Alternatively, use the repository loader (`eventxbench.loader`) with `local_dir=` pointing at this dataset's data directory.
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## Benchmark Overview (v2 counts)
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| Task | Name | Tier | Output | Instances (v2) | Primary Metrics |
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| T1 | Market Volume Prediction | Forecast | 3-class (`high_interest`/`moderate_interest`/`low_interest`) | 984 | Macro-F1 |
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| T2 | Post-to-Market Linking | Resolution | Market ID or `NONE` | 5,543 (5,000 human-gold eval) | Accuracy@1, MRR |
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| T4 | Market Movement Prediction | Forecast | Direction × Magnitude | 10,934 | Dir-Acc, Mag-F1 |
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| T5 | Volume & Price Impact | Forecast | Continuous + `decay_class` | 3,342 | Spearman ρ, Decay macro-F1 |
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| T6 | Cross-Market Propagation | Forecast | 3-class (`no_effect`/`primary_only`/`cross_market`) | 4,583 | Macro-F1 |
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> **T3 (Evidence Grading)** is not included in this repository. See the primary mirror for the rebuilt T3 artifacts (train + gold).
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## Splits
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| Task | Train | Validation | Test | Split policy |
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|------|-------|------------|------|--------------|
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| T1 | 709 | — | 275 | Event- and market-group atomic, temporal 60/0/40 |
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| T2 | 543 | 2,500 | 2,500 | Train: silver + single-human; val/test: three-reviewer human gold, zero cross-split overlap |
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| T4 | 2,875 | 2,268 | 5,791 | Event-cluster atomic temporal (2025-05→2026-06) |
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| T5 | 889 | 692 | 1,761 | Same temporal policy as T4 (non-flat subset) |
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| T6 | 766 | 1,225 | 2,592 | Event-cluster atomic temporal × horizons {1,3,7}d |
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## Task Descriptions
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- **T1 – Market Volume Prediction**: predict the creation-cohort volume percentile of a market from pre-market social signals (post links within 7 days, cosine+entity-verified).
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- **T2 – Post-to-Market Linking**: given a post and a frozen BGE-M3 candidate set (top-10), select the addressed market or `NONE`.
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- **T4 – Market Movement Prediction**: predict the YES-price direction (`up`/`down`/`flat`) and magnitude bucket at 1/3/7-day horizons for a market-day bundle.
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- **T5 – Volume & Price Impact**: predict continuous `price_impact` and `volume_multiplier` targets and the `decay_class` (`transient`/`sustained`/`reversal`).
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- **T6 – Cross-Market Propagation**: predict whether a bundle's move propagates to sibling markets (graph v2, 35,526 edges / 14,739 nodes), labeled `no_effect`/`primary_only`/`cross_market` at 1/3/7-day horizons.
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## Label Distributions
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- **T1**: `high_interest` 480, `moderate_interest` 387, `low_interest` 117
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- **T2**: train LINK 402 / NONE 141; validation LINK 1,179 / NONE 1,321; test LINK 1,198 / NONE 1,302
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| 78 |
+
- **T4**: `flat` 7,592; `up` 1,730; `down` 1,612 (direction)
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| 79 |
+
- **T5**: `sustained` 1,932; `reversal` 807; `transient` 300; (303 rows have no computable decay class)
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- **T6**: `cross_market` 2,796; `no_effect` 1,366; `primary_only` 421
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| 81 |
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## Leakage Control
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All forecast tasks (T1, T4, T5, T6) use **event-disjoint temporal splits with an embargo ≥ the maximum label horizon**. Features are computed as-of the decision time; labels are strictly in the future. T4/T5/T6 attach `confound_flag` when a different-author high-evidence post appears within the label window. T2's val/test sets are sealed human gold with zero instance, tweet, or exact-text overlap across splits.
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## Privacy
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Raw tweet text is **not** included for non-T2 tasks; records carry `tweet_ids` for rehydration. T2's val/test include post text under the dataset's Data Usage Agreement (ID-only distribution otherwise). Market data from Polymarket is fully included.
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## Files
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| 91 |
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```
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data/
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├── t1/ train.jsonl, test.jsonl
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├── t2/ t2_train.jsonl, t2_val.jsonl, t2_test.jsonl
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| 96 |
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├── t4/ train.jsonl, validation.jsonl, test.jsonl
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| 97 |
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├── t5/ train.jsonl, validation.jsonl, test.jsonl
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└── t6/ train.jsonl, validation.jsonl, test.jsonl
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```
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| 101 |
## License
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| 102 |
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- **Data**: [CC BY-NC 4.0](https://creativecommons.org/licenses/by-nc/4.0/)
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- Tweet text excluded; use Twitter API for rehydration
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| 105 |
- Polymarket data included under fair use for research
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