ASPL 1> G = ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
get in G the random bit group
ASPL 2> ?3,1 G
interrogate the variable G in a loop, iterating three times
with a delay of one second between each iteration.
ASPL 3> v
display symbol table
ASPL 4> v sorted
display sorted symbol table
ASPL 5> @ G
display G and its historical. G is a differential group variable.
ASPL 6> ,gU @G
display the group union of the differential group variable G
that is of all its instances. Note that we labinate the gU operation
by preceding it with a comma
ASPL 7> ,f&`ks= @G
display the elements intersection where ks is the same in
the differential group variable G
ASPL 8> ,fD`ks~ @G
display the elements symmetric difference where ks is different in
the differential group variable G
ASPL 9> ,fD @G
display the elements symmetric difference in
the differential group variable G
ASPL 10> sim @G
display the similarity in
the differential group variable G
ASPL 11> sim`fflz @G
display the similarity where elements are different in
the differential group variable G