We move along the camera arc with all three layers enabled. Most of the holes are covered from the back layers. There are yet some cracks since not all the rays along the arc are captured in the input images. Some image inpainting is needed to fill in all the cracks. We demonstrate in this example how we move along the arc, zoom in, and zoom out while pushing the camera towards the cylindrical center. The strong parallax perceived produces a sense of 3D. The size of this LDP is around 1.2MB.
Input Images (animated view)
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red dots are cameras, dark points represent scene points, brown arcs indicate cylindrical planes
from cylindrical center after one iteration
from camera arc after one iteration
from cylindrical center after a few iteration modulated by visibility
from camera arc after a few iteration modulated by visibility
from cylindrical center
from camera arc
from camera arc
from camera arc
from camera arc
from camera arc
We move along the camera arc with only the first layer turned on. Notice how holes pop up as the camera moves, revealing depth discontinuities.
We move along the camera arc with all three layers enabled. Most of the holes are covered from the back layers. There are yet some cracks since not all the rays along the arc are captured in the input images. Some image inpainting is needed to fill in all the cracks. We demonstrate in this example how we move along the arc, zoom in, and zoom out while pushing the camera towards the cylindrical center. The strong parallax perceived produces a sense of 3D. The size of this LDP is around 1.2MB.