Skeleton-based Joints Position Detection

By using an inverse kinematic approach, we can update the pose of the skeleton, which then determines the boundary conditions in the finite element simulation.. We provide a

Textures can be aligned by skeleton axis, skeleton can store important surface parameters and apply them during seamless mapping.. Furthermore, STM can be used for seamless

Our technique is based on two interlocking mappings, the first one maps surface vertices onto computed skeleton and the second maps surrounding area of each skeleton segment into

As stressed by Sherstyuk [She99], the two main ways to enhance implicit surfaces with geomet- ric details are either to add small implicit primitive near the surface, or to deform

Figure 1: Some of the rays (green) generated by a 5 bounces max path tracing, using in (a) classic importance sampling following BRDF, and in (b) our skeleton based approach.. Camera

detection of joints in combination with an automatic extraction of skinning weights, our approach can be used for automatic cloning of articulated toys. • extension

Apart from curve skeletons, 3D shapes admit also surface skele- tons, which fully capture their geometry and topology regardless of the shape type and are effectively

To do so we proposed a two step framework where we initially compute the final rotation of the skeleton joints to form a T-pose skeleton and then generate some intermediate frames