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I'm trying to reproduce the evaluation results presented in the paper but I'm encountering difficulty. I'd appreciate guidance on how to accurately replicate the results.
model = UniDepthV1.from_pretrained("lpiccinelli/unidepth-v1-vitl14")
# Move to CUDA, if any
device = torch.device("cuda" if torch.cuda.is_available() else "cpu")
self.model = model.to(device)
I'm evaluating on the KITTI eigen Split and NYUv2 Official Split
I'm using both v1 and v2 with vitl14
i'm using intrinsic matrix for inference
Question
What specific configuration was used to achieve the results reported in the paper?
Are there any additional parameters or settings I should be aware of?
Is there a specific evaluation script I should be using?
Are there any post-processing steps applied to the depth predictions?
My Current Result
although not way off, it isn't exactly the same either, especially on RMSE
NYUv2
KITTI
The text was updated successfully, but these errors were encountered:
Dear @Nekroz05 , sorry for the late reply. You can check the validation.py file under unidepth/utils in the training branch (PR #76) and also base_dataset.pyaccumulate_metrics method to see how it is carried out.
However, I suspect there may be some rescaling of both prediction or GT since the most affected metric is RMSE, while the metrics where the scale cancels out are pretty consistent.
I'm trying to reproduce the evaluation results presented in the paper but I'm encountering difficulty. I'd appreciate guidance on how to accurately replicate the results.
I'm evaluating on the KITTI eigen Split and NYUv2 Official Split
I'm using both v1 and v2 with vitl14
i'm using intrinsic matrix for inference
Question
My Current Result
although not way off, it isn't exactly the same either, especially on RMSE
NYUv2
KITTI
The text was updated successfully, but these errors were encountered: