CGAL - Computational Geometry Algorithms Library
Open sourceCGAL - Computational Geometry Algorithms Library appears in the historical Google Summer of Code project archive.
Programs & participation
3 records across 1 programIndexed project records; missing years are not zero. Coverage
2012Google Summer of CodeAnnual program · 3 projects indexed
- Adding a pose independant 3D mesh surface segmentation algorithm into CGAL
- Enhancing the Landmarks point-location strategy for 2D arrangements
- Port and extension of 2D arrangements demo
Source checked Oct 2, 2026
Community mirror of the 2009–2015 Google Melange project archive. Original Melange project links may now redirect; the participation source retains the mirrored records. Organizations without indexed projects may be absent. Imported and normalized from Vaibhav Gupta / GSoC-Data-Analyser, MIT.
2011Google Summer of CodeAnnual program · 5 projects indexed
- Add an Interface for the Eigen Library
- Integrate As-Rigid-As-Possible Surface Modeling in CGAL
- Local Operators on 3D Triangulations
- Parallelizing Divide-And-Conquer
- Replacing some Basic Non-Geometric Tools in CGAL by Boost/TR1/C++0x Functionality
Source checked Oct 2, 2026
Community mirror of the 2009–2015 Google Melange project archive. Original Melange project links may now redirect; the participation source retains the mirrored records. Organizations without indexed projects may be absent. Imported and normalized from Vaibhav Gupta / GSoC-Data-Analyser, MIT.
2010Google Summer of CodeAnnual program · 4 projects indexed
- GauravC-GSOC-CGAL-WebServiceGeometricProblems-EfiFogel
- Improving and simplifying the Triangulation API
- Oracles for subdivision surfaces
- Triangulation_3 Demo Program
Source checked Oct 2, 2026
Community mirror of the 2009–2015 Google Melange project archive. Original Melange project links may now redirect; the participation source retains the mirrored records. Organizations without indexed projects may be absent. Imported and normalized from Vaibhav Gupta / GSoC-Data-Analyser, MIT.