Spracherkennung für: .g vermutete Sprache: Unknown {[0] [0] [0]} [Methode: Schwerpunktbildung, einfache Gewichte, sechs Dimensionen]
# field reduction zoals het door God bedoeld is.
ps1 := SymplecticSpace(1,5^3);
ps2 := SymplecticSpace(5,5);
em := NaturalEmbeddingByFieldReduction(ps1,ps2);
pts := Points(ps1);
spread := List(pts,x->x^em);;
test := Union(List(spread,x->List(Points(x))));;
Set(test)=Set(AsList(Points(ps2)));
hom := Intertwiner(em);
group := IsometryGroup(ps1);
Order(group);
gens := List(GeneratorsOfGroup(group),x->x^hom);
group2 := Range(hom);
Order(group2);
biggroup := CollineationGroup(ps2);
stab := FiningSetwiseStabiliser(biggroup,spread);
time;
Order(stab);
ps1 := HermitianPolarSpace(2,7^2);
ps2 := EllipticQuadric(5,7);
em := NaturalEmbeddingByFieldReduction(ps1,ps2);
pts := Points(ps1);
spread := List(pts,x->x^em);;
test := Union(List(spread,x->List(Points(x))));;
Set(test)=Set(AsList(Points(ps2)));
hom := Intertwiner(em);
group := IsometryGroup(ps1);
Order(group);
gens := List(GeneratorsOfGroup(group),x->x^hom);
group2 := Range(hom);
Order(group2);
biggroup := CollineationGroup(ps2);
stab := FiningSetwiseStabiliser(biggroup,spread);
time;
Order(stab);
quit;
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