Pour aider Cristian pour son modèle Single Point Incremental Forming (SPIF) Numisheet 2014, j'ai ajouté l'objet Surface Sphère :
c = Sphere(number, centerPoint, radius, reversed)
with
number | user number (unique among surfaces and $\ge 1$) |
centerPoint | sphere center (Point previously defined in the Pointset !) |
radius | sphere radius |
reversed | unit normal convention - By default (reversed = false), the local covariant tangents are oriented in such a manner that the unit normal points inwards ! |
Il y aura surement un gain de temps de calcul au niveau du contact, puisque le calcul de la projection est nettement plus facile (mise à l'échelle du point) et existe toujours !
[a]:oo_meta\mtGeo\mtGeoSphereProjectionOperator.cpp [a]:oo_meta\mtGeo\mtGeoSphereProjectionOperator.h [a]:oo_meta\mtGeo\mtGeoSphereProjectionOperator.inl [r]:
[a]:oo_meta\apps\qs\contactSphereCoulomb.py [a]:oo_meta\apps\qs\contactSphereFrictionLess.py [a]:oo_meta\apps\qs\contactSphereSticking.py [r]: