WearerTextBench / README.md
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---
pretty_name: WearerTextBench
language:
- zh
- en
task_categories:
- visual-question-answering
tags:
- video
- egocentric
- scene-text
- ai-glasses
- wearer-centered
size_categories:
- 1K<n<10K
license: other
license_name: wearertext-research-use
license_link: https://huggingface.co/datasets/AI4Reading/WearerTextBench/blob/main/USE_POLICY.md
configs:
- config_name: default
data_files:
- split: test
path: test/**
---
# WearerTextBench
**WearerText: Benchmarking Wearer-Centered Scene Text Understanding in AI-Glasses Videos**
[Project & code](https://github.com/AprilYapingZhang/WearerText) ·
[Project page](https://aprilyapingzhang.github.io/WearerText/)
## Release scope
This repository contains the **test split only: 107 videos and 1,391 QA pairs**,
with 107 examples for each of 13 tasks. Each video is stored once and referenced
by 13 metadata rows. Videos occupy 2,471,387,363 bytes.
The original files use MPEG-4 Part 2 video (`mp4v`), which is not supported by
all browsers. A separate `preview/` folder contains H.264 720p display copies for
the project homepage. These are **not evaluation inputs** and are excluded from
the configured test split. Original videos are retained byte-for-byte under
`test/`. Download originals to reproduce experiments; do not substitute previews.
The manuscript describes a full benchmark of 1,101 videos and 15,336 QA pairs.
Its training split (994 videos, 13,945 QA pairs) is **not included** in this release.
Do not infer that those training data are downloadable here.
## Loading
Requires Python 3.9+ and `datasets>=4,<5`.
```python
from datasets import load_dataset, Video
ds = load_dataset("AI4Reading/WearerTextBench", split="test")
# No video decoder needed when only reading paths and annotations.
ds = ds.cast_column("video", Video(decode=False))
print(ds[0])
```
For local validation before upload:
```python
ds = load_dataset("videofolder", data_dir="/absolute/path/to/huggingface",
split="test")
ds = ds.cast_column("video", Video(decode=False))
assert len(ds) == 1391
```
Decoding frames through `datasets.Video` additionally requires a compatible
TorchCodec/PyTorch/FFmpeg installation. Alternatively open the MP4 files using
your preferred video reader. The plain seven-field annotation list is also
available as `annotations/test.json`.
## Schema
One example represents one question, not one distinct video.
| Field | Meaning |
| --- | --- |
| video | Hugging Face Video feature; shared MP4 reference |
| video_path | Original MP4 basename |
| question_id | Unique corrected ID: `{level}_{task_id}_{original_suffix}` |
| task_id | One of the 13 final task IDs below |
| task_name | Full task name and acronym |
| level | Integer 1, 2 or 3 |
| question | Original-language wearer-centered question |
| answer | Verified reference answer |
`test/metadata.jsonl` contains these annotation fields plus `file_name`, the
VideoFolder join key; the loader converts it to the `video` feature.
No model predictions or judge outputs are bundled as ground truth.
## Task hierarchy
| Level | ID | Task |
| --- | --- | --- |
| Text Perception | L1.1 | Dynamic Text Recognition (DTR) |
| Text Perception | L1.2 | Dynamic Text Localization (DTL) |
| Contextual Understanding | L2.1 | Query-Guided Text Extraction (QTE) |
| Contextual Understanding | L2.2 | Confirmation (CF) |
| Contextual Understanding | L2.3 | Cross-Lingual Understanding (CLU) |
| Contextual Understanding | L2.4 | Situated Semantic Interpretation (SSI) |
| Contextual Understanding | L2.5 | Wearer-Centered Situational Inference (WSI) |
| Wearer-Grounded Reasoning | L3.1 | History-Conditioned Intent Inference (HII) |
| Wearer-Grounded Reasoning | L3.2 | Action-Trajectory Intent Prediction (AIP) |
| Wearer-Grounded Reasoning | L3.3 | Structured Text Synthesis (STS) |
| Wearer-Grounded Reasoning | L3.4 | Spatio-Temporal Navigation Reasoning (STN) |
| Wearer-Grounded Reasoning | L3.5 | Goal-Oriented Comparison (GOC) |
| Wearer-Grounded Reasoning | L3.6 | Viewpoint Trajectory Description (VTD) |
**Legacy compatibility:** old L2.5 → current L3.3; old L3.3 → current L2.5.
Update the level prefix too, preserving the entire original suffix. The data
here are **already corrected**. Never apply that swap twice.
## Collection and verification
The manuscript describes real-world RayNeo AI-glasses recordings in shopping,
transportation and tourist scenarios. It uses layout-aware reference text,
hybrid question generation, and multi-agent plus human verification (MAH-V).
The eight recording volunteers were members of the research team and provided
informed consent. The manuscript reports anonymization of third-party faces.
These statements describe the authors' documented process, not an independent
privacy audit of every frame in this upload package. The release owner must
confirm that the packaged files are the approved anonymized release copies.
## Evaluation
Use the project's VerEval implementation with ground-truth annotations and model
predictions. Final score: **0.9 × Consistency + 0.1 × Logic**. Fact is an
intermediate diagnostic, not a third equally weighted component.
Report judge model/version, evidence mode, video-frame sampling, prompt version
and full test coverage. The paper's main table uses **evidence-based mode**
(question, prediction, verified ground truth; no video frames) with a local
Qwen3-VL-32B judge, temperature 0, a 1,024-token cap and a deterministic seed.
Video-aware judging is an optional alternative and must be reported separately.
## Intended use and limitations
Academic, non-commercial research, with attribution and responsible handling;
see [use policy](USE_POLICY.md). No de-anonymization or identification attempts.
Public-scene and language coverage are bounded by the authors' recording
locations and device. Camera-view trajectory is not eye gaze. Short-clip offline
QA does not establish reliable long-horizon navigation or deployment safety.
## Integrity and provenance
`manifest.json` records the bytes and SHA-256 of every video and metadata file.
`preview-manifest.json` separately records browser previews and source hashes.
`release-summary.json` records exact released counts. The package is derived
from the supplied corrected test annotations, without rewriting questions or
answers. The code repository retains the source task definitions and results
table for provenance.
The project-manuscript citation is available in the code repository at
`data/citation.bib`. No archival venue identifier or DOI is asserted by this
release card.