population;example1 - generates a random population of 500 on an easy slope problem

maxgen 30
cookgen 11
cutpopgen 8
init_select_gen 3
num_subfunctions 8
chrom_length 24
bldg_blk_size 3
seed 3
cut_prob  .0208333
splice_prob 1
mut_prob 0
thres 1
shufnum 24
garbage_collect 2
***

OBJ

subfunction_bits  0  1  2  ltable 0 scale 1
subfunction_bits  3  4  5  ltable 1 scale 1
subfunction_bits  6  7  8  ltable 1 scale 1
subfunction_bits  9 10  11 ltable 0 scale 1
subfunction_bits  12 13 14 ltable 0 scale 1
subfunction_bits  15 16 17 ltable 1 scale 1
subfunction_bits  18 19 20 ltable 1 scale 1
subfunction_bits  21 22 23 ltable 1 scale 1




table 0 
bvalue 0 0 0 dvalue 2
bvalue 0 0 1 dvalue 0
bvalue 0 1 0 dvalue 5
bvalue 0 1 1 dvalue 2
bvalue 1 0 0 dvalue 0
bvalue 1 0 1 dvalue 6
bvalue 1 1 0 dvalue 2
bvalue 1 1 1 dvalue 0
end_table


table 1 
bvalue 0 0 0 dvalue 28
bvalue 0 0 1 dvalue 26
bvalue 0 1 0 dvalue 22
bvalue 0 1 1 dvalue 0
bvalue 1 0 0 dvalue 14
bvalue 1 0 1 dvalue 0
bvalue 1 1 0 dvalue 0
bvalue 1 1 1 dvalue 30
end_table

         0 1 2 3 4 5 6 7 8  9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 
template 0 1 0 0 0 0 0 0 0  0  1  0  0  1  0  0  0  0  0  0  0  0  0  0

***

end