Generation and Tessellation of Tree Stems

The quadratic Bezier trian- gle is approximated by a set of planar triangles with their vertices defined on the grid of the equidistant parameter subdivision..

These scalar tags (called sharpness, bias, and tension) are used to compute a procedural displacement map that enriches the geometry, and a procedural normal map that enriches

Instead the discrete Willmore energy, defined as a function of the vertices of a triangle mesh, is used directly in a non-linear numerical solver to affect the associated flow as

This can be achieved by proper tessellation of our multi-perspective projection surface to yield the opti- mal camera triangle sizes; the more and smaller the camera triangles, the

When the original control points defining the overall shape of a branch are positioned and oriented to theire positions in the tree, we can move individual control points to bend

This graph is a layout diagram (the triangles and vertices are laid out in the order they occur in the original data file) which connects triangles that share the same vertex

The time required to isosurface each block of cells within a volume was recorded, along with the number of triangles in the blocks, resulting in a mapping of triangle counts to times

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