Description: Axel is an algebraic geometric modeler which aim is to provide “algebraic modeling” tools for the visualization and manipulation of implicit and parametric curves or surfaces.
Features:
- Topology : compute the certified topology of curves and surfaces with either implicit or parametric representation - Intersections : compute the intersection of implicit or parametric curves or surfaces - Self-intersections : compute the self-intersections of parametric surfaces whatever their parameterization - Singularities : compute the singularities of algebraic surfaces - Differential modeling : derivative curves, graphed surfaces - Set theoretic modeling : boolean operations, arrangements
Feel free to visit Axel homepage, suscribe the mailing lists and contribute to its development.Last changelog:
- Improved input/output stream - Added self intersection algorithms - Added intersection algorithms - Added arrangement algorithms - Added interactive manipulation of BSpline curves and surfaces - Enhanced Model-View-Controller elements for different graph based structures - Improved script interface - improved implicit surfaces topology computation - Added pointset parsing and visualization
So where is the source code for Axel?
I've checked you homepage too, and I can't find any "tar.gz" source archive in the downloads section. All I find are binary packages...
Ratings & Comments
2 Comments
So where is the source code for Axel? I've checked you homepage too, and I can't find any "tar.gz" source archive in the downloads section. All I find are binary packages...
The source codes are in CVS: https://gforge.inria.fr/plugins/scmsvn/viewcvs.php/?root=axel