ASPL 1> P = ggtierandomdevices(grp1,Randg1,points,30)
get in P the 30 random points by streaming them from the UNIX uramdom device
ASPL 2> sleep 1
sleep 1 second
ASPL 3> ?5,1 P
interrogate P in a loop, iterating five times with one second delay
between each iteration
ASPL 4> @ P
display the differential group variable P showing all its temporal instances
ASPL 5> gU, @P
show the group union in the differential group variable P
ASPL 6> playsim P
show the dissimilarity rate of change in P
ASPL 7> playchanges P
show the rate of change in P
ASPL 8> intermittentarc 1
set intermittentarc to 1
ASPL 9> playchanges P
show the rate of change in P between all its intermittent temporal changes
ASPL 10> playop gU, P
play the group union operation on P
ASPL 11> ans
print the answer stack
ASPL 12> ggtierandomdevices(points,5,aggregate,1)
run the GG function ggtierandomdevices() to gather five points
ASPL 13> ans
print the answer stack
ASPL 14> jF 1
set jF flag to 1, so GG function can go verbose
ASPL 15> ggtierandomdevices(points,5,aggregate,1)
run the GG function ggtierandomdevices() to gather five points