---
pretty_name: SysCON3D
license: other
tags:
- 3d
- multiview
- benchmark
---

# SysCON3D

Portable release bundle for the SysCON3D benchmark and demo.

## Contents

- `mipnerf360_calibration_splits.json`: consistent-scene calibration splits.
- `mipnerf360_impossible_splits.json`: precomputed SysCON3D benchmark samples.
- `archives/syscon3d_mipnerf360_*.tar`: tar shards containing `mipnerf360/...` payload files.

## Release summary

- scenes: bicycle, bonsai, counter, flowers, garden, kitchen, room, stump, treehill
- copy mode: referenced-only
- storage mode: tar-shards
- copied files: 5059
- copied size (GiB): 0.606
- archive files: 1

## Notes

- The manifests in this folder use `dataset_root: mipnerf360`, so they are portable across local runs and Spaces.
- If this release uses `archives/`, extract those tar files before running tools that expect the raw `mipnerf360/` directory.

## Extracting Files

Extract the full payload:

```bash
mkdir -p tmp/syscon3d_release
for shard in tmp/syscon3d_release/archives/*.tar; do
  tar -xf "$shard" -C tmp/syscon3d_release
done
```

List files without extracting:

```bash
tar -tf tmp/syscon3d_release/archives/syscon3d_mipnerf360_000.tar | less
```

Extract one file:

```bash
tar -xf tmp/syscon3d_release/archives/syscon3d_mipnerf360_000.tar \
  -C tmp/syscon3d_release \
  mipnerf360/syscon3d_scene_types/noise_gaussian/k09/noise_gaussian_k09_000/images_4/view_000.png
```

Extract one sample directory:

```bash
tar -xf tmp/syscon3d_release/archives/syscon3d_mipnerf360_000.tar \
  -C tmp/syscon3d_release \
  mipnerf360/syscon3d_scene_types/patched_gaussian/k09/patched_gaussian_k09_000
```

The paths in `mipnerf360_impossible_splits.json` are relative to
`tmp/syscon3d_release/mipnerf360/` after extraction.

## License and Source Data

SysCON3D is a derived benchmark bundle for research evaluation. It contains
referenced Mip-NeRF 360 scene images plus deterministic materialized stress-test
images. Users should follow the terms of the upstream source data and cite the
source dataset and SysCON3D paper when using this benchmark.