Yao Yao comments

Results 43 comments of


                                            Yao Yao

GRU tensor scaling

@KevinCain I think I might know where is the problem... The function "UNetDS2GN" is hard coded that the feature map is downsized by 4 compare with the original input. So...

Reproducing T&T benchmark results with R-MVSNet

Hi, the depth map fusion and refinement step are quite important for T&T benchmarking. I would suggest you implement the depth map fusion step exactly as described in MVSNet paper...

Testing with high-resolution images

It shouldn't be... I was using a V100 GPU (16GB) on google ml platform to do the experiments. But also I found tensorflow GPU usage is somewhat unpredictable when using...

Error while executing make command

Hi @pxu4114 Are you able to compile the original fusibile (https://github.com/kysucix/fusibile)? Yao

Questions about shape of depth_start and depth in get_homographies()

Hi, I am not sure whether it is a bug now. Actually I did not test the code with batch size > 1... What I expect is that we should...

Do you have the training DTU dataset at high resolution?

Hi Ignasi, You can download the original resolution depth maps at: https://drive.google.com/open?id=1LVy8tsWajG3uPTCYPSxDvVXFCdIYXaS-

Questions about points fusion on ETH3D dataset

I directly use the test.py to generate the depth map. And use visibility+average fusion to fuse the depth maps. The Gipuma fusion since not work well on ETH3D scenes. I...

How to get [gt_depthmap] ?

There is no GT depth map unless you use the laser scan to acquire the ground truth point cloud.

Question about ground-truth depth maps and the evaluation

Depth maps are rendered from ground truth meshes, which is generated from the DTU provided ground truth point could using the screened Poisson surface reconstruction ([SPSR](http://www.cs.jhu.edu/~misha/Code/PoissonRecon/Version8.0/)). SPSR parameters are also...

Question about ground-truth depth maps and the evaluation

@tatsy The depth map is generated b direct mesh rendering without external alignment.