For a table of marks tom of a group G, the following properties have the same meaning as the corresponding properties for G. Additionally, if a positive integer sub is given as the second argument then the value of the corresponding property for the sub-th class of subgroups of tom is returned.
IsAbelianTom( tom[, sub] )indexttIsAbelianTom
IsCyclicTom( tom[, sub] )indexttIsCyclicTom
IsNilpotentTom( tom[, sub] )indexttIsNilpotentTom
IsPerfectTom( tom[, sub] )indexttIsPerfectTom
IsSolvableTom( tom[, sub] )indexttIsSolvableTom
gap> tom:= TableOfMarks( "A5" );; gap> IsAbelianTom( tom ); IsPerfectTom( tom ); false true gap> IsAbelianTom( tom, 3 ); IsNilpotentTom( tom, 7 ); true false gap> IsPerfectTom( tom, 7 ); IsSolvableTom( tom, 7 ); false true gap> for i in [ 1 .. 6 ] do > Print( i, ": ", IsCyclicTom(a5, i), " " ); > od; Print( "\n" ); 1: true 2: true 3: true 4: false 5: true 6: false
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GAP 4 manual