This repository contains the trained StyleGAN generator used in the Wound Forecasting project.
The generator was trained on longitudinal porcine wound images and was used as the image-representation bottleneck for e4e inversion and DyneODE latent-space forecasting.
This repository is currently private while public-release authority and licensing are being confirmed.
| Field | Value |
|---|---|
| File | network-snapshot-005000_jmir_50000_redo_.pt |
| Checkpoint generator field | g_ema |
| Additional field | latent_avg |
| Output resolution | 256 x 256 |
| Style dimension | 512 |
| Mapping depth | 8 |
| Channel multiplier | 2 |
The checkpoint is a converted PyTorch state-dictionary package rather than an original StyleGAN pickle.
The final DyneODE implementation constructs the generator with:
from stylegan2.model import Generator
import torch
generator = Generator(
256,
512,
8,
channel_multiplier=2,
)
checkpoint = torch.load(
checkpoint_path,
map_location="cpu",
weights_only=False,
)
generator.load_state_dict(
checkpoint["g_ema"],
strict=True,
)
generator.eval()
The final paper notebook verified that the checkpoint loaded with zero missing and zero unexpected generator parameters.
The generator was trained using the Collapse by Conditioning / transitional-cGAN implementation:
That implementation is based on NVIDIA StyleGAN2-ADA:
LICENSE_ADA.txt is included as the upstream notice. Its inclusion
documents upstream provenance and does not assign a new project
license to this repository.
The recovered historical Kubernetes launcher used four GPUs and
invoked train_4gpu.sh. The complete historical train.py
argument list was not embedded in the final DyneODE notebook.
The exact released generator artifact and its inference
architecture are preserved here.
This generator is provided for research reproduction and investigation of longitudinal wound-image representations.
The original project-trained weights released in this repository are licensed under the Creative Commons Attribution–NonCommercial 4.0 International license (CC BY-NC 4.0).
Third-party implementations, base models, tokenizers, and other external dependencies are not relicensed by this repository and remain subject to their respective licenses and terms. Any upstream license or notice files included in this repository continue to apply to the corresponding upstream materials.
5 commits
This repository contains the trained StyleGAN generator used in the Wound Forecasting project.
The generator was trained on longitudinal porcine wound images and was used as the image-representation bottleneck for e4e inversion and DyneODE latent-space forecasting.
This repository is currently private while public-release authority and licensing are being confirmed.
| Field | Value |
|---|---|
| File | network-snapshot-005000_jmir_50000_redo_.pt |
| Checkpoint generator field | g_ema |
| Additional field | latent_avg |
| Output resolution | 256 x 256 |
| Style dimension | 512 |
| Mapping depth | 8 |
| Channel multiplier | 2 |
The checkpoint is a converted PyTorch state-dictionary package rather than an original StyleGAN pickle.
The final DyneODE implementation constructs the generator with:
from stylegan2.model import Generator
import torch
generator = Generator(
256,
512,
8,
channel_multiplier=2,
)
checkpoint = torch.load(
checkpoint_path,
map_location="cpu",
weights_only=False,
)
generator.load_state_dict(
checkpoint["g_ema"],
strict=True,
)
generator.eval()
The final paper notebook verified that the checkpoint loaded with zero missing and zero unexpected generator parameters.
The generator was trained using the Collapse by Conditioning / transitional-cGAN implementation:
That implementation is based on NVIDIA StyleGAN2-ADA:
LICENSE_ADA.txt is included as the upstream notice. Its inclusion
documents upstream provenance and does not assign a new project
license to this repository.
The recovered historical Kubernetes launcher used four GPUs and
invoked train_4gpu.sh. The complete historical train.py
argument list was not embedded in the final DyneODE notebook.
The exact released generator artifact and its inference
architecture are preserved here.
This generator is provided for research reproduction and investigation of longitudinal wound-image representations.
The original project-trained weights released in this repository are licensed under the Creative Commons Attribution–NonCommercial 4.0 International license (CC BY-NC 4.0).
Third-party implementations, base models, tokenizers, and other external dependencies are not relicensed by this repository and remain subject to their respective licenses and terms. Any upstream license or notice files included in this repository continue to apply to the corresponding upstream materials.
5 commits