We observe how our model is capable of faithfully relighting the input photographs

In order to test how subjects react to different face and gaze directions, we conducted three experiments in which direction of face and gaze were manipulated: (1) Dutch

Table 1 shows all the data for the input images shown in Figure 4: for each light source present in the scene, we show the real measured locations of the light sources, the

Figure 5: Different manners of solving the correspondence problem for the input shapes shown in (a) and their feature points (indicated by the circles): (b) computing a

In this supplemental material, we show the input images and intermediate results for the panoramas shown in figure 4 of the paper.. The intermediate steps show the image alignment

– a set of available types of different feature descriptors that could be applied on the current input object, and.. – the

To utilize the real images, we rely on the fact that two images of a scene captured with different lightings have the same reflectance, and thus, enforce that the network

Figure 7: Comparison of the rendered images with three different lighting using the estimated parameters from our method against the other approaches on three real input images..

The Gauss images of our results indicate that our method succeeds to deform the input surfaces such that the Gauss image of an initially non-developable input transforms to one that