3D Gaussian Splatting 🚧 not trained yet
Turn a set of your own photos into a real 3D Gaussian-Splatting scene (CUDA rasterizer + COLMAP).
Status — documented recipe (placeholder). A production-grade pipeline from Ropedia Academy for an advanced, GPU-heavy task. Everything below — base model, objective, dataset, config, the exact evaluation — is specified; the weights / metrics / figures land here automatically when you run the notebook on a GPU (one click below). Try the trained models live in the Ropedia demos Space.
At a glance
| Base model | From scratch — per-scene optimization |
| Task | 3D scene reconstruction (photos → splats) |
| Training objective | Photometric loss over differentiably-rasterized 3D Gaussians (+ densification). |
| Track | B · 3D & rendering |
| Built on | graphdeco-inria/gaussian-splatting |
| Notebook | |
| Compute / storage / time | GPU required — see the Compute · storage · time table in the notebook |
Dataset
- Source: Your photos + COLMAP camera poses.
Training config
GPU-scale — the notebook ships a demo profile (free Colab T4) and a full profile, with an exact Compute · storage · time table. Hyperparameters (optimizer, steps, batch, LoRA rank, …) are in the training cell.
Evaluation results
⏳ Pending — run the notebook on a GPU to fill this in. This lab reports PSNR · SSIM · LPIPS (held-out views) on a held-out split (see its Evaluate cell).
Inference example
No weights are published yet. After a GPU run, load the checkpoint/adapter the notebook saves (it also has a ready inference cell). Base model: From scratch — per-scene optimization.
How to fill this repo
- Open the notebook in Colab → Runtime → GPU → Run all (runs the real pipeline).
- Run its Publish to the Hugging Face Hub step (or
HfApi().upload_folder(...)) — the checkpoint +metrics.json+ figures replace this placeholder.
- Train / run on a GPU · [ ] upload weights · [ ] add
metrics.json· [ ] add figures · [ ] swap in the real results card
Limitations
Not yet trained — no numbers to report. The pipeline is GPU-heavy (see the compute table); on free Colab use the demo-scale settings. This is an educational, reproducible recipe, not a tuned production release.
License
Code: MIT (this repository). The base model (graphdeco-inria/gaussian-splatting) and dataset are each under their own licenses — check the upstream source before redistribution.
Citation
@misc{ropedia_academy,
title = {Ropedia Academy: an interactive course on embodied & spatial AI},
author = {Ropedia Academy},
year = {2026},
howpublished = {\url{https://chaoyue0307.github.io/ropedia-academy/}}
}
Method / original work: Kerbl et al., 3D Gaussian Splatting, SIGGRAPH 2023.
Related assets
- 🚀 Live demos: https://huggingface.co/spaces/cy0307/ropedia-demos
- 🤗 All models + collection: https://huggingface.co/cy0307
- 📚 Course & all labs: https://chaoyue0307.github.io/ropedia-academy/ · Labs tab
- 💻 Source / notebooks: github.com/ChaoYue0307/ropedia-academy
- 🔗 Relates to tracks: D
Documented placeholder in the Ropedia Academy collection — train it on a GPU to publish the real model. Contributions welcome on GitHub.