In this work, we introduce TetSphere splatting, an explicit, Lagrangian representation for reconstructing 3D shapes with high-quality geometry, which employs tetrahedral meshes as the geometric ...

doi = {10.1145/3386569.3392385}, journal = {ACM Trans. Graph.}, month = jul, articleno = {117}, numpages = {18}, keywords = {mesh generation, robust geometry processing, tetrahedral meshing} } 👀 👀 ...

The crucial innovation is, firstly, the incorporation of unstructured tetrahedral meshes, which allow for efficient local mesh refinement and most flexible description of arbitrary model geometry.

Therefore, the development of the highly accurate ADER—DG approach for tetrahedral meshes including viscoelastic material provides a novel, flexible and efficient numerical technique to approach 3-D ...