Surface Reconstruction Testbed
This web page features a testbed for surface reconstruction. The
testbed consists of a set of point clouds classified as follows:
- Academic models
- Small models, Undersampling
- Sharp features
- Boundaries
- Thin parts
- Topological issues
- Noise
These models were used for test purposes during the
Demo Session on Surface Reconstruction, which took place during
the
ECG Workshop on Computational Topology, held in Sophia-Antipolis,
France, October 2002. See the demo session
announcement, together with an
update for more details.
The participants to the demo session were:
- Nina Amenta, UC Davis; Power-Crust
- Frederic Cazals, INRIA; Implicit Function
- Raphaelle Chaine, INRIA; Convection based algorithm
- David Cohen-Steiner, INRIA; Empty-balls based Greedy algorithm
- Tamal Dey, Ohio State Univ, represented by Andreas Fabri, INRIA; Tight cocone
- Joachim Giesen and Matthias John, ETH Zurich; Flow-complex based algorithm
These models are provided for an academic, research, non-profit use
only. The beneficiary therefore agrees to make no commercial use of
the models. The models can be used in scientific publications as long
as the origin of the model (if any), as well as this web page are
acknowledged.
Academic
|
- Model:
Plane
- #pts : 992
- Origin : unknown
|
|
- Model:
Cube
- #pts : 866
- Origin : unknown
|
|
- Model:
Sphere
- #pts : 926
- Origin : unknown
|
Small models, Undersampling
|
- Model:
Pig
- #pts : 3,511
- Origin : Princeton Univ.
- Comment: communicated by N. Amenta
|
Sharp features
|
- Model:
Mechpart
- #pts : 4,102
- Origin : unknown
|
|
- Model:
Fandisk
- #pts : 6,475
- Origin : unknown
|
Boundaries
Thin parts
|
- Model:
Fish
- #pts : 54,811
- Origin : unknown
|
Topological issues
|
- Model:
Knot
- #pts : 10,000
- Origin : unknown
|
Noise
Frederic Cazals
Last modified: Fri Apr 18 10:16:55 MEST 2003 - Frederic.Cazals@sophia.inria.fr