ASPL 1> P = ggrandbitgroupS(gstart,1,gcount,1,dcount,3,dmin,4,dmax,7,scount,4,smin,5,smax,8,sfcount,4,sfmin,2,sfmax,6, sscount,3,ssmin,5,ssmax,7,ssfcount,4,ssfmin,2,ssfmax,9, fcount,4,fmin,2,fmax,6,mix,1)
get in P a random group process
ASPL 2> sleep 1
sleep 1 second
ASPL 3> ?5,1 P
interrogate P iterating five times with a delay of one second,
since P is a random group, it will be sourced with each iteration
and the set variable is turned into a differential group variable
ASPL 4> dm 5
set display mode to 5
ASPL 5> @ P
print the differential group variable P showing all its instances
ASPL 6> g@, P
apply the group differential operator on P
note that we suffixed the g@ with the labination comma operator
ASPL 7> g@,`ks= P
apply the group differential operator (such that ks is the same) on P
ASPL 8> g@,`ks~ P
apply the group differential operator (such that ks is different) on P
ASPL 9> f@, P
apply the elements differential operator on P
note that we suffixed the f@ with the labination comma operator
ASPL 10> f@,`ks= P
apply the elements differential operator (such that ks is the same) on P
ASPL 11> f@,`ks~ P
apply the elements differential operator (such that ks is different) on P
ASPL 12> d@, P
apply the subgroup differential operator on P
note that we suffixed the d@ with the labination comma operator
ASPL 13> d@,`ks= P
apply the subgroups differential operator (such that ks is the same) on P
ASPL 14> d@,`ks~ P
apply the subgroups differential operator (such that ks is different) on P
ASPL 15> playsim P
show the rate of change of dissimilarity in the process P
ASPL 16> intermittentarc
display the current state of intermittentarc
ASPL 17> intermittentarc 1
set intermittence on the archived differential variable to 1
ASPL 18> playchanges P
show the temporal rate of change in the process P