Due to limited data processing and training resources, we release two models (V1, V2). Link: https://modelscope.cn/models/jsnln00/mix3r/
| Version | File | Trained with | Note |
|---|---|---|---|
| V1 | mix3r_v1.safetensors | ~400k trellis-generated data | paper ver. |
| V2 | mix3r_v2.safetensors | ~200k blender-rendered data | post-conf ver. |
V1 is trained on ~400k trellis-generated data, with
V2 is trained on ~200k blender-rendered data, with
V2 is generally recommended for in-the-wild images because it supports more flexible camera configurations
For V1 use run_v1.py, which uses an additional recenter operation for stage-1 generation since V1 is trained with a center-looking camera configuration. However, this still may not work well with in-the-wild images.
For V2 use run_v2.py, which does not recenter images.
3 commits
Jupyter Notebook
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Python
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Due to limited data processing and training resources, we release two models (V1, V2). Link: https://modelscope.cn/models/jsnln00/mix3r/
| Version | File | Trained with | Note |
|---|---|---|---|
| V1 | mix3r_v1.safetensors | ~400k trellis-generated data | paper ver. |
| V2 | mix3r_v2.safetensors | ~200k blender-rendered data | post-conf ver. |
V1 is trained on ~400k trellis-generated data, with
V2 is trained on ~200k blender-rendered data, with
V2 is generally recommended for in-the-wild images because it supports more flexible camera configurations
For V1 use run_v1.py, which uses an additional recenter operation for stage-1 generation since V1 is trained with a center-looking camera configuration. However, this still may not work well with in-the-wild images.
For V2 use run_v2.py, which does not recenter images.
3 commits
Jupyter Notebook
69.5%
Python
30.5%