Latent-to-4D — Beyond Pixels¶
Development line: project:latent-to-4d · thread beyond-pixels
Last event: 2026-08-13 · 1 dated since 2026-08-13 · Researched: 2026-09-05 · confidence: high
What it is¶
Latent-to-4D is a research method from Beyond Pixels for text/image-to-4D. L4AR takes the final latent from a compatible video DiT and outputs cameras with dynamic world-space point maps. Checkpoints transfer across DiTs only within a shared VAE. Code, weights, and an inference workflow are not out yet. We track and evaluate the result; we cannot deploy it reproducibly today.
Development line¶
- 2026-08-13 — Beyond Pixels project and source repository were recorded. On 2026-08-13, the Latent-to-4D development line recorded links to the Beyond Pixels project page and its source repository. This establishes a public project artifact together with an implementation location.
What changed¶
2026-08-13 — The project page and repository establish Latent-to-4D as a direct latent-to-4D generation method. The source notes that the paper, page, and repository became available on 2026-08-11, while inference code, training code, and pretrained weights remain in preparation. The model trains on about 1K 81-frame clips and claims +2.88–5.81 projection-based DINO-F1 over Wan+4RC. That gain does not prove metric accuracy for 4D geometry.
How to use this¶
From 2026-08-13, treat Beyond Pixels as a Latent-to-4D project reference with both a public project page and source repository. Validate methods and usage directly against those linked artifacts before adopting them.
- Open the interactive gallery to check whether cameras and dynamic point maps fit the task; demos cover text-, image-, and controlled-4D examples. — https://hayd-zju.github.io/Beyond-Pixels/
- Do not schedule reproducible runs before inference code and weights release: the repository contains only a README and marks both as in preparation. — https://github.com/hayd-zju/Beyond-Pixels
Best practices¶
- Treat compatibility as limited: verify that the source video DiT shares a VAE with Latent-to-4D before integrating. — https://arxiv.org/abs/2608.10744
- Do not turn motion control, manipulation, or navigation demos into claims of physical success: the authors describe them only as interface compatibility checks. — https://hayd-zju.github.io/Beyond-Pixels/
Superseded by this¶
- Nothing marked obsolete yet.
Still unknown¶
- No released inference code, training code, pretrained weights, package instructions, license, hardware requirements, or reproducible runtime measurements were available on the official repository when read.
- The dated addition for 2026-08-13 is retained in what_changed; the separately dated arXiv submission was 2026-08-11.
Sources¶
| source | title | read |
|---|---|---|
| https://hayd-zju.github.io/Beyond-Pixels/ | Beyond Pixels: From Video Priors to 4D Worlds — project page | 2026-09-05 |
| https://github.com/hayd-zju/Beyond-Pixels | Beyond-Pixels — official repository | 2026-09-05 |
| https://arxiv.org/abs/2608.10744 | Beyond Pixels: From Video Priors to 4D Worlds — arXiv | 2026-09-05 |
Agent brief¶
- Subject:
project:latent-to-4d, threadbeyond-pixels, 1 dated events 2026-08-13 → 2026-08-13. - Practical note: From 2026-08-13, practitioners should treat Beyond Pixels as a Latent-to-4D project reference with both a public project page and source repository, and validate methods and usage directly against those linked artifacts before adopting it.
- Confidence: high. Dated supersedes above are the authority for what is obsolete.