ASPL 1> mixg123 = ggbitsubgS(gstart,1,gcount,3,dcount,2,dmin,2,dmax,3,scount,2,smin,2,smax,3,sfcount,1,sfmin,2,sfmax,3,fcount,2,fmin,2,fmax,3,mix,1)
mixg123 is assigned three labeled groups: g1, g2, and g3. Within each group subgroups and elements
are randomly created; also notice that there is no restriction having a subgroup label name to be
the same as an element name
ASPL 1> ?7,2 mixg123
Interrogate mixg123 seven times with a delay of two seconds in between
ASPL 2> mixg = ggbitsubgS(gstart,1,gcount,1,dcount,2,dmin,2,dmax,3,scount,2,smin,2,smax,3,sfcount,1,sfmin,2,sfmax,3,fcount,2,fmin,2,fmax,3,mix,1)
mixg is assigned one single labeled group: g1. Within the group g1, subgroups and elements
are randomly created; also notice that there is no restriction having a subgroup label name to be
the same as an element name
ASPL 2> ?7,2 mixg
Interrogate mixg seven times with a delay of two seconds in between
ASPL 3> @ mixg123
Print the set variables mixg123 and its archives variables.
Notice that this variable represents three labeled groups g1 g2 g3
ASPL 4> @ mixg
Print the set variables mixg and its archives variables
Notice that this variable represents one labeled groups g1
ASPL 5> playsim mixg123
Run the command playsim to display the rate of dissimilarity in mixg123;
however the command playsim expects that the variable to have only one labeled group.
ASPL 6> playsim mixg
Run the command playsim to display the rate of dissimilarity in mixg
ASPL 7> playchanges mixg
Run the command playchanges to display the rate of change of elements in mixg
ASPL 8> intermittentarc 1
set the interittentarc to 1
ASPL 9> playchanges mixg
Run the command playchanges to display the rate of change of elements in mixg
ASPL 10> playchanges mixg123
Run the command playchanges to display the rate of change of elements in mixg123
ASPL 11> quit
sweet! isn't it?