Hello, we're glad to hear of your interest in this work. Unfortunately, we’re currently too busy to release the fisheye rasterization code. Additionally, our paper primarily demonstrates that the proposed projection can adapt to various camera models, rather than being specifically intended for this task. However, as mentioned in our paper, achieving this only requires modifying the coordinate transformations to match the camera model. If you need it urgently, you can adapt the existing panorama or pinhole code (with corresponding adjustments to backward.cu if needed for training). The code includes detailed comments, so we’re confident you’ll be able to implement the modifications. Apologies once again for any inconvenience!
Hello, we're glad to hear of your interest in this work. Unfortunately, we’re currently too busy to release the fisheye rasterization code. Additionally, our paper primarily demonstrates that the proposed projection can adapt to various camera models, rather than being specifically intended for this task. However, as mentioned in our paper, achieving this only requires modifying the coordinate transformations to match the camera model. If you need it urgently, you can adapt the existing panorama or pinhole code (with corresponding adjustments to
backward.cuif needed for training). The code includes detailed comments, so we’re confident you’ll be able to implement the modifications. Apologies once again for any inconvenience!