About the object normalization in v1.2 about zero123plus HOT 5 CLOSED

I apologize for misunderstanding the question as this is the output. There might be a part not in the FOV, but for most objects, they do not look like spheres, or is not that like spheres. They are thus still fully visible in the FOV. This makes pixel utility and hence effective resolution higher for most objects. For spheres there will be a small part outside the FOV.

from zero123plus.

It is normalized to fit into a sphere with radius=.5. The fixed camera distance is 0.5 / np.tan(np.radians(30/2)).

from zero123plus.

@Dustinpro Thanks for your reply!

from zero123plus.

@Dustinpro But if the camera distance is radius / np.tan(np.radians(30/2)), there will be a part of the sphere not in the FOV (the black area in the graph below)

So is the distance radius / np.sin(np.radians(30/2))?

from zero123plus.

Yes, there might be a part not in the FOV. This is by design as a data distribution augmentation to enhance the capabilities of the model.

from zero123plus.