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gap> as := AG(3,16);
AG(3, 16)
gap> p := AffineSubspace(as,[1,0,0]*Z(16)^0);
<a point in AG(3, 16)>
gap> l := AffineSubspace(as,[1,0,0]*Z(16),[[0,1,1]]*Z(16)^0);
<a line in AG(3, 16)>
gap> plane := AffineSubspace(as,[1,0,0]*Z(16)^0,[[1,0,0],[0,1,1]]*Z(16)^0);
<a plane in AG(3, 16)>
gap> p in p;
true
gap> p in l;
false
gap> l in p;
false
gap> l in plane;
true
gap> plane in l;
false
gap> p in plane;
true
gap> p in as;
true
gap> l in as;
true
gap> plane in as;
true
gap> as in p;
false
gap> IsIncident(p,l);
false
gap> IsIncident(l,p);
false
gap> IsIncident(l,plane);
true
gap> IsIncident(plane,l);
true
gap> IsIncident(p,plane);
true
gap> IsIncident(plane,p);
true
[ Dauer der Verarbeitung: 0.14 Sekunden
(vorverarbeitet)
]
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