LoopReg
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Pretrained weight (Not naked)
I've noticed that you have provided the model for naked input. Would you kindly provide the pre-trained model for non-naked input?
Thanks in advance.
I'm also interested in that. Will this be released in the future?
Hi, I'm a bit tied till ICCV deadline. But in my experiments the pre-trained naked model works almost as good as the dressed one for dressed data. This works due to two reasons:
- Correspondences between the undressed and dressed shape are similar (except for loose clothing).
- LoopReg optimizes the correspondences and model parameters on the fly, so even when correspondences are not very accurate, LoopReg auto adjusts.
Let me know if this doesn't work.
Hi,
I was testing Loopreg with pre-trained naked model, using this scan as input:
scan_test.zip
But the input / output looks like this:
I think the clothes make the SMPL model wider than it should, maybe with pre-trained for non-naked model the result could be improved.
Thanks for your responses!
Hello @bharat-b7 !
Thanks for sharing your great proyect. I'm also using LoopReg and I had similar results as @Luciano07
It should be great if you could provide the weights for a full-dressed (non-naked) input. It will be very helpfull for our research.
Thanks in advance!
@Luciano07
Hi, I downloaded your obj file in "scan_test.zip" and found that it looks like
@wangfudong my mistake, here is the correct one: scan_correction.zip
@Luciano07 Thanks. Moreover, have you successfully run the released code? I find that both the provided readme and code can not be directly ran for neither training nor testing/inferring/validation.
I ran it, i created a virtual environment with the requirements and modified some paths and it works. whats the error do you have?
@Luciano07 Aha,I also rewrote some functions/calsses like make_data_split/dataloader and it works now. The predicted smpl model (without offsets) of your data 'scan_correction.zip' looks similer with your results, next I will try to rewrite these released codes such that it can also fit scans with SMPL+D models.
@wangfudong, What do you mean by 'offsets'?, Are you removing some offset in SMPL?. Using SMPL+D sounds good, please let me know if you have any results with these.