I've downloaded it and then I'll read it.
Thanks.
Christophe
Alan Bromborsky a écrit :
This paper is more relevant to your concerns I think?
http://xxx.lanl.gov/abs/cs.CG/0203026
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Ok for groebner. If I do something usefull for 2D+3D geometry, I will
post it in this list.
Thanks for the informations.
Christophe.
Ondrej Certik a écrit :
On Sat, Apr 18, 2009 at 5:05 AM, Christophe projet...@gmail.com wrote:
Hello,
I know that there are some tools for 2D geometry.
Alan Bromborsky wrote:
Christophe wrote:
I've found the following page :
http://www.mrao.cam.ac.uk/~clifford/publications/abstracts/chris_thesis.html
.
Christophe.
Alan Bromborsky a écrit :
Christophe wrote:
Again ;-) , a great thanks for the
Christophe wrote:
Hello,
I know that there are some tools for 2D geometry. What about 3D ? It
could be usefull to have intersection of simple objects such as points,
lines, circles, convex polygon and polyhedra, plane, circles and spheres...
Is-it possible to work with Gröbner basis ?
Again ;-) , a great thanks for the informations.
Christophe.
Alan Bromborsky a écrit :
Christophe wrote:
Hello,
I know that there are some tools for 2D geometry. What about 3D ? It
could be usefull to have intersection of simple objects such as points,
lines, circles, convex
Christophe wrote:
Again ;-) , a great thanks for the informations.
Christophe.
Alan Bromborsky a écrit :
Christophe wrote:
Hello,
I know that there are some tools for 2D geometry. What about 3D ? It
could be usefull to have intersection of simple objects such as points,
Christophe wrote:
I've found the following page :
http://www.mrao.cam.ac.uk/~clifford/publications/abstracts/chris_thesis.html
.
Christophe.
Alan Bromborsky a écrit :
Christophe wrote:
Again ;-) , a great thanks for the informations.
Christophe.
Alan Bromborsky a
