We present a method for generating consistent novel views from a single
source image. Our approach focuses on maximizing the reuse of visible pixels
from the source image. To achieve this, we use a monocular depth estimator that
transfers visible pixels from the source view to the target view. Starting from
a pre-trained 2D inpainting diffusion model, we train our method on the
large-scale Objaverse dataset to learn 3D object priors. While training we use
a novel masking mechanism based on epipolar lines to further improve the
quality of our approach. This allows our framework to perform zero-shot novel
view synthesis on a variety of objects. We evaluate the zero-shot abilities of
our framework on three challenging datasets: Google Scanned Objects, Ray Traced
Multiview, and Common Objects in 3D. See our webpage for more details:
this https URL

从单一源图像生成一致的新视图的方法，利用单目深度估计器将源视图的可见像素转移到目标视图，并通过基于外极线的新的屏蔽机制进一步改善方法的质量，从而在各种对象上实现零样本新视图合成。