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In contrast, the proposed method (I) could reproduce much better relit images even for near range.
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Fig. 8 Photometric errors between relit images and captured images.
Here, we confirm the effect of dimensions for spherical-harmonics function on relit images.
Fig. 6 Captured images and relit images by reconstructed light fields from compared methods with F=34.
In this experiment, we permit a negative intensity for generating relit images.
Figure 9 shows relit images for variable F for the proposed method (I).
Figures 15 and 16 show the captured images and relit images with F=34 in Fig. 14 a, b, respectively.
Here, we confirm the effect of spacial resolution and arrangement of virtual light sources on relit images.
For this light source, although the method (I) recovers higher frequency component in the relit images compared with the method (IV), relit results does not reach a satisfactory level as shown in Fig. 16.
In the relit images, both the methods (I) and (IV) could reproduce good results for the position where input images were captured (red boxed images).
Images are clipped for zooming-up Fig. 10 Relit images by proposed method (I) with F=69,79, and 89. Figure 11 shows estimation errors for them.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com