Facilitating Access to the Field of Geometry and Reflectance Acquisition

A DEP consists of a color cube map enhanced with depth samples, and is constructed by registering and merging a sequence of dense color and sparse depth frames..

plish for all views the alignment and merging processes gen- erating a single mesh. After that, the filling holes procedure is applied and the color integration is later carried out.

On a frame-by-frame basis, our GPU accelerated renderer com- putes point cloud visibility, fills and filters the sparse depth map to generate a continuous surface representation of

As it is essentially not possible to achieve both goals, interpre- tation of absolute values and a good distribution in the color map range, with any transformation, we allow the

We map the dimension of time along the vertical extent of the wall and use color- coding to visualize individual data values (see Figure 2(c)).. Alternative visual encodings

Figure 3: Direct meshing of the point cloud using Poisson surface reconstruction produces a mesh with an arbitrary distribution of triangles as can be seen in many parts of the

We demonstrate the concept of using history-enabled topology construction for cell grouping with an algorithm for finding the dual of a surface mesh.The map phase of the dual

We acquired three types of input data: Fringe images for geometry reconstruc- tion, reflectance images for appearance reconstruction and a shadow-free color image that can aid