gap> torsion:=function(n,p)
> local H, Y;
> Y:=RegularCWComplex(RandomSimplicialTwoComplex(n,p));
> H:=Homology(Y,1);
> H:=Filtered(H,x->not x=0);
> return H;
> end;
function( n, p ) ... end
gap> L:=[];;for n in [73000..73900] do
> t:=torsion(75,n/2000000);
> if not t=[] then Add(L,t); fi;
> od;
gap> Display(L);
[ [ 2 ],
[ 26 ],
[ 259837760616287294231081766978855 ],
[ 2 ],
[ 3 ],
[ 2 ],
[ 2761642698060127444812143568 ],
[ 2626355281010974663776273381976 ],
[ 2 ],
[ 3 ],
[ 33112382751264894819430785350 ],
[ 16 ],
[ 4 ],
[ 3 ],
[ 2 ],
[ 3 ],
[ 2 ],
[ 85234949999183888967763100590977 ],
[ 2 ],
[ 24644196130785821107897718662022 ],
[ 2, 2 ],
[ 2 ],
[ 416641662889025645492982468 ],
[ 41582773001875039168786970816 ],
[ 2 ],
[ 75889883165411088431747730 ],
[ 33523474091636554792305315165 ],
[ 107879661870516800665161182578823128 ],
[ 5588265814409119568341729980 ],
[ 2 ],
[ 5001457249224115878015053458 ],
[ 10 ],
[ 12 ],
[ 2 ],
[ 2 ],
[ 3 ],
[ 7757870243425246987971789322 ],
[ 8164648856993269673396613497412 ],
[ 2 ] ]
quality 89%
¤ Dauer der Verarbeitung: 0.347 Sekunden
(vorverarbeitet)
¤
*© Formatika GbR, Deutschland