# test_set_media_1000 — self-contained media for 1000 test samples

Full media for the **first 1,000 test samples** (pan/rotate trajectories) of the
SpatialAV2AV held-out test split, so the test set is directly usable **without** the
`BingoG/LTX` dataset repo.

## Why this exists

The test manifests in [`test_set/`](../test_set) list 11,616 samples drawn from the 116k
`all.list` split. The dataset repo `BingoG/LTX` only carries a 4,400-sample debug subset,
so it does **not** cover this test set. This folder ships real, self-contained media for a
usable 1,000-sample slice (pan/rotate — the trajectories the I3 counterfactual evaluation
needs).

## Contents (4,251 files, ~2.24 GB)

| Folder | Count | What |
|--------|------:|------|
| `final_json/`        | 1000 | metadata JSON per sample (relative media paths inside) |
| `final_source/`      | 1000 | source (condition) video, mp4 with embedded stereo |
| `final_edit/`        | 1000 | edit (target) video, mp4 with embedded stereo |
| `final_audio_edit/`  | 1000 | target stereo audio, wav (used for tILD / rank GT) |
| `final_audio_src/`   |  250 | source stereo audio, wav (shared per origin) |
| `samples_1000.relative.list` | 1 | the 1,000 sample json paths (relative) |

Layout mirrors the `speakervid` dataset root, so each json's relative paths
(`final_source/<clip>.mp4`, etc.) resolve against this folder directly.

## Usage

```python
from huggingface_hub import snapshot_download
root = snapshot_download("BingoG/SpatialAV2AV", allow_patterns="test_set_media_1000/*")
base = f"{root}/test_set_media_1000"
# each final_json/<clip>.json has relative paths (final_source/…, final_edit/…,
# final_audio_edit/…) that resolve under `base` — point the evaluator there.
```

## Scope note

- These 1,000 are a **subset** of the full 11,616-sample test set (`test_set/test.list`).
  They are all **pan/rotate** samples. The remaining test samples (other pan/rotate +
  fixed/push_in/pull_out) are not included here yet.
- Media is real 2-channel/44.1 kHz stereo embedded in the mp4s, plus explicit stereo wavs.