A class for Laplacian smoothing.
More...
#include <easy3d/algo/surface_mesh_smoothing.h>
|
| | SurfaceMeshSmoothing (SurfaceMesh *mesh) |
| | Construct with mesh to be smoothed.
|
| |
|
| ~SurfaceMeshSmoothing () |
| | Destructor.
|
| |
| void | explicit_smoothing (unsigned int iters=10, bool use_uniform_laplace=false) |
| | Perform iters iterations of explicit Laplacian smoothing.
|
| |
| void | implicit_smoothing (float timestep=0.001, bool use_uniform_laplace=false, bool rescale=true) |
| | Perform implicit Laplacian smoothing with timestep.
|
| |
| void | initialize (bool use_uniform_laplace=false) |
| | Initialize edge and vertex weights.
|
| |
A class for Laplacian smoothing.
See the following papers for more details:
- Mathieu Desbrun et al. Implicit fairing of irregular meshes using diffusion and curvature flow. SIGGRAPH, 1999.
- Misha Kazhdan et al. Can mean‐curvature flow be modified to be non‐singular? CGF, 2012.
◆ SurfaceMeshSmoothing()
Construct with mesh to be smoothed.
- Parameters
-
| mesh | The surface mesh to be smoothed. |
◆ explicit_smoothing()
| void explicit_smoothing |
( |
unsigned int | iters = 10, |
|
|
bool | use_uniform_laplace = false ) |
Perform iters iterations of explicit Laplacian smoothing.
- Parameters
-
| iters | The number of iterations. Default: 10. |
| use_uniform_laplace | Decide whether to use uniform Laplacian or cotan Laplacian. Default: false. |
◆ implicit_smoothing()
| void implicit_smoothing |
( |
float | timestep = 0.001, |
|
|
bool | use_uniform_laplace = false, |
|
|
bool | rescale = true ) |
Perform implicit Laplacian smoothing with timestep.
- Parameters
-
| timestep | The timestep for implicit smoothing. Default: 0.001. |
| use_uniform_laplace | Decide whether to use uniform Laplacian or cotan Laplacian. Default: false. |
| rescale | Decide whether to re-center and re-scale model after smoothing. Default: true. |
◆ initialize()
| void initialize |
( |
bool | use_uniform_laplace = false | ) |
|
|
inline |
Initialize edge and vertex weights.
- Parameters
-
| use_uniform_laplace | Decide whether to use uniform Laplacian or cotan Laplacian. Default: false. |
The documentation for this class was generated from the following files: