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*aa+*aaaaaa**-*/aaaaaa+0*-11010****01010,0-[ 7] = 376.9933
*aa++aaaaaa*aaa-aaaaaa-0+*111100*-*10011,1-[ 8] = 376.9933
*aa+*aaaaaa*+aaaaaaaaa00+-01110****01010,0-[ 9] = 376.9933
+-*aaaaaaaa*aa+aaaaaaa+01-111100*-*11000,1-[10] = 376.9933
*aa+*aaaaaa*-**/aaaaaa+0*-01010****01011,0-[11] = 1000
**-*/aaaaaa*aa+*aaaaaa+0*+01011+**-01010,1-[12] = 0
*aa++aaaaaa*aaa-aaaaaa+0*-00010*+*-00100,0-[13] = 376.9933
*aa++aaaaaa*aa++aaaaaa00*-01011****01010,0-[14] = 376.9933
*aa++aaaaaa*aa/aaaaaaa1+0*01010*-**01010,0-[15] = 376.9933
*/a*aaaaaaa*a*+/aaaaaa-0+-01010*+**01010,1-[16] = 38.04328
a.
01234560123
*aa+*aaaaaa*-**/aaaaaa
01234560123012345601012345601
+0*-01010
****01011
b.
ADF
0
ADF
1
a
a
a
a
/
a
a
a
a
c.
Cell
0
Cell
1
ADF
0
ADF
0
ADF
1
ADF
0
ADF
0
ADF
1
ADF
0
ADF
1
ADF
1
4
2
2
2
2
6
4
2
y
[
(
a
a
)
(
a
)
]
(
a
)
(
a
)
a
2
a
a
d.
Figure 6.9.
Perfect solution to the sextic polynomial function (6.1). This model,
with maximum fitness and an R-square of 1.0, was created in generation 8.
a)
The
chromosome of the individual with the best cell shown in bold.
b)
The ADFs
codified by each gene.
c)
The cells or main programs encoded in the homeotic
genes (the best cell is shown in gray).
d)
The mathematical expression encoded in
the best cell (the contribution of each ADF is shown in parentheses).
