APPENDIX D Sample Output from the Compiler

- OUTPUT FROM COM PILER. -

nodeid = 1 nodename = inlayer

nam el = * index I = 1 name 2 = i index2 = 1 foiminpar = in index 1 = 1 index2 = 1 aclinpar = iv[l] status =3 value =0.000000 nam el = * index 1 = 1 name2 = m index2 = 3 forminpar = sigl index 1 = 1 index2 = 1 aclinpar =sg[l] status =3 value =0.000000 index 1 = 1 index2 = 2 aclinpar =sg[2] status =3 value =0.000000 index 1 = 1 index2 = 3 aclinpar =sg[3] status =3 value =0.000000 nam el = * index 1 = 1 name2= i index2 = 1 formoupar = ip indexl = 1 index2 = 1 acloupar = ou[l] status =3 value =0.000000

nodeid = 2 nodename = inlayer

nam el = * indexl = 1 name2 = i Lndex2 = 1 forminpar = in indexl = 1 index2 = 1 aclinpar =iv[2] status =3 value =0.000000 nam el = * indexl = 1 name2 = m index2 = 3 forminpar = sigl indexl = 1 index2 = 1 aclinpar = sg[l] status =3 value =0.000000 indexl = 1 index2 = 2 aclinpar =sg[2] status =3 value =0.000000 indexl = 1 index2 = 3 aclinpar =sg[3] status =3 value =0.000000 nam el = * indexl = 1 name2= i index2 = 1 formoupar = ip indexl = 1 index2 = 1 acloupar =ou[2] status =3 value =0.000000

nodeid = 3 nodename = inlayer

nam el = * indexl = 1 name2 = i index2 = 1 forminpar = in indexl = 1 index2 = 1 aclinpar =iv[3] status =3 value =0.000000 nam el = * indexl = 1 name2 = m index2 = 3 forminpar = sigl indexl = 1 index2 = 1 aclinpar =sg[l] status =3 value =0.000000 indexl = 1 index2 = 2 aclinpar =sg[2] status =3 value =0.000000

indexl = 1 index2 = 3 aclinpar =sg[3] status =3 value =0.000000 nam el = * indexl = 1 name2= i index2 = 1 formoupar = ip indexl = 1 index2 = 1 acloupar =ou[3] status =3 value =0.000000

nodeid = 4 nodename = hlayer

nam el = * indexl = 1 name2 = n index2 = 3 forminpar = in indexl = 1 index2 = 1 aclinpar = ou[l] status =3 value =0.000000 indexl = 1 index2 = 2 aclinpar =ou[2] status =3 value =0.000000 indexl = 1 index2 = 3 aclinpar =ou[3] status =3 value =0.000000 nam el = * indexl = 1 nam e2 = n index2 = 3 forminpar = err

indexl = 1 index2 = 1 aclinpar =erbk[l 1] status =3 value =0.000000 indexl = 1 index2 = 2 aclinpar =erbk[21] status =3 value =0.000000 indexl = 1 index2 = 3 aclinpar =erbk[31] status =3 value =0.000000 nam el= * indexl = 1 name2=n index2 = 3 wts_indx->formwtpar = w l indexl = 1 index2 = 1 value =0.300000

indexl = 1 index2 = 2 value =0.010000 indexl = 1 index2 = 3 value =0.200000

nam el= * indexl = 1 name2=n Lndex2 = 3 wts_indx->formwtpar = l_in indexl = 1 index2 = 1 value =0.000000

indexl = 1 index2 = 2 value =0.000000 indexl = 1 index2 = 3 value =0.000000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = l op indexl = 1 index2 = 1 value =0.000000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = theta indexl = 1 index2 = 1 value =2.500000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = si indexl = 1 index2 = 1 value =0.100000

nam el = * indexl = 1 name2= m index2 = 1 formoupar = op indexl = 1 index2 = 1 acloupar =out[l] status =3 value =0.000000 nam el = * indexl = 1 name2= m index2 = 1 formoupar = rsig indexl = 1 index2 = 1 acloupar =sg[l] status =3 value =0.000000

nodeid = 5 nodename = hlayer

nam el = * indexl = 1 name2 = n index2 = 3 forminpar = in indexl = 1 index2 = 1 aclinpar =ou[l] status =3 value =0.000000

index 1 = 1 index2 = 2 aclinpar =ou[2] status =3 value =0.000000 index 1 = 1 index2 = 3 aclinpar =ou[3] status =3 value =0.000000 nam el = * index 1 = 1 name2 = n index2 = 3 forminpar = err

index 1 = 1 index2 = 1 aclinpar =erbk[12] status =3 value =0.000000 index 1 = 1 index2 = 2 aclinpar =erbk[22] status =3 value =0.000000 index 1 = 1 index2 = 3 aclinpar =erbk[32] status =3 value =0.000000 nam el= * index 1 = 1 name2=n index2 = 3 wts_indx->formwtpar = w l index 1 = 1 index2 = 1 value =0.230000

index 1 = 1 index2 = 2 value =0.400000 index 1 = 1 index2 = 3 value =0.020000

nam el= * index 1 = 1 name2=n index2 = 3 wts_indx->formwtpar = l_in index 1 = 1 index2 = 1 value =0.000000

index 1 = 1 index2 = 2 value =0.000000 index 1 = 1 index2 = 3 value =0.000000

nam el= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar =

l

op index 1 = 1 index2 = 1 value =0.000000

nam el= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = theta index 1 = 1 index2 = 1 value =0.750000

nam el= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = si index 1 = 1 index2 = 1 value =0.100000

nam el = * index 1 = 1 name2= m index2 = 1 formoupar = op index 1 = 1 index2 = 1 acloupar =out[2] status =3 value =0.000000 nam el = * index 1 = 1 name2= m index2 = 1 formoupar = rsig index 1 = 1 index2 = 1 acloupar =sg[2] status =3 value =0.000000

nodeid = 6 nodename = hlayer

nam el = * index 1 = 1 name2 = n index2 = 3 forminpar = in

index 1 = 1 index2 = 1 aclinpar =ou[l] status =3 value =0.000000 index 1 = 1 index2 = 2 aclinpar =ou[2] status =3 value =0.000000 index 1 = 1 index2 = 3 aclinpar =ou[3] status =3 value =0.000000 nam el = * index 1 = 1 name2 = n index2 = 3 forminpar = err

index 1 = 1 index2 = 1 aclinpar =erbk[13] status =3 value =0.000000 index 1 = 1 index2 = 2 aclinpar =erbk[23] status =3 value =0.000000 index 1 = 1 index2 = 3 aclinpar =erbk[33] status =3 value =0.000000 nam el= * index 1 = 1 name2=n index2 = 3 wts_indx->formwtpar = w l indexl = 1 index2 = 1 value =0.210000

5x1 = 1 index2 = 2 value =0.310000 5x1 = 1 index2 = 3 value =0.020000

ie l= * index 1 = 1 name2=n index2 = 3 wts_indx->formwtpar = l_in 5x1 = 1 index2 = 1 value =0.000000

5x1 = 1 index2 = 2 value =0.000000 5x1 = 1 index2 = 3 value =0.000000

iel= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = l_op jx l = 1 index2 = 1 value =0.000000

iel= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = theta 5x1 = 1 index2 = 1 value =1.500000

iel= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = si 5x1 = 1 index2 = 1 value =0.100000

lel = * index 1 = 1 name2= m index2 = 1 formoupar = op jx l = 1 index2 = 1 acloupar =out[3] status =3 value =0.000000 lel = * index 1 = 1 name2= m index2 = 1 formoupar = rsig 5x1 = 1 index2 = 1 acloupar =sg[3] status =3 value =0.000000

eid = 7 nodename = olayer

lel = * index 1 = 1 name2 = n index2 = 3 forminpar = in 5x1 = 1 index2 = 1 aclinpar =out[l] status =3 value =0.000000 5x1 = 1 index2 = 2 aclinpar =out[2] status =3 value =0.000000 5x1 = 1 index2 = 3 aclinpar =out[l] status =3 value =0.000000 lel = * index 1 = 1 name2 = m index2 = 1 forminpar = exp_op 5x1 = 1 index2 = 1 aclinpar =e_op[l] status =3 value =0.000000 lel = * index 1 = 1 name2 = m index2 = 1 forminpar = recall 5x1 = 1 index2 = 1 aclinpar =rcl[l] status =3 value =0.000000 iel= * index 1 = 1 name2=n index2 = 3 wts_indx->formwtpar = w2 5x1 = 1 index2 = 1 value =0.030000

5x1 = 1 index2 = 2 value =0.020000

5x1 = 1 index2 = 3 value =0.250000

iel= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = theta 5x1 = 1 index2 = 1 value =1.050000

iel= * index 1 = 1 name2=m index2 = 1 wts_indx->formwtpar = si 5x1 = 1 index2 = 1 value =0.100000

lel = * index 1 = 1 name2= n index2 = 3 formoupar = errbk 5x1 = 1 index2 = 1 acloupar = e rb k [ll] status =3 value =0.000000

index 1 = 1 index2 = 2 acloupar =erbk[12] status =3 value =0.000000 indexl = 1 index2 = 3 acloupar =erbk[13] status =3 value =0.000000 nam el = * indexl = 1 name2= m index2 = 1 formoupar = out

indexl = 1 index2 = 1 acloupar =result[l] status =3 value =0.000000

nodeid = 8 nodename = olayer

nam el = * indexl = 1 name2 = n index2 = 3 forminpar = in indexl = 1 index2 = 1 aclinpar =out[l] status =3 value =0.000000 indexl = 1 index2 = 2 aclinpar =out[2] status =3 value =0.000000 indexl = 1 index2 = 3 aclinpar =out[3] status =3 value =0.000000 nam el = * indexl = 1 name2 = m index2 = 1 forminpar = exp op indexl = 1 index2 = 1 aclinpar =e_op[2] status =3 value =0.000000 nam el = * indexl = 1 name2 = m index2 = 1 forminpar = recall indexl = 1 index2 = 1 aclinpar =rcl[l] status =3 value =0.000000 nam el= * indexl = 1 name2=n index2 = 3 wts_indx->formwtpar = w2 indexl = 1 index2 = 1 value =0.230000

indexl = 1 index2 = 2 value =0.240000 indexl = 1 index2 = 3 value =0.060000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = theta indexl = 1 index2 = 1 value =2.650000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = si indexl = 1 index2 = 1 value =0.100000

namel = * indexl = 1 name2= n index2 = 3 formoupar = errbk indexl = 1 index2 = 1 acloupar =erbk[21] status =3 value =0.000000 indexl = 1 index2 = 2 acloupar =erbk[22] status =3 value =0.000000 indexl = 1 index2 = 3 acloupar =erbk[23] status =3 value =0.000000 namel = * indexl = 1 name2= m index2 = 1 formoupar = out

indexl = 1 index2 = 1 acloupar =result[2] status =3 value =0.000000

nodeid = 9 nodename = olayer

indexl = 1 index2 = 1 aclinpar =e_op[3] status =3 value =0.000000 nam el = * indexl = 1 name2 = m index2 = 1 forminpar = recall indexl = 1 index2 = 1 aclinpar =rcl[l] status =3 value =0.000000 nam el= * indexl = 1 name2=n index2 = 3 wts_indx->formwtpar = w2 indexl = 1 index2 = 1 value =0.290000

indexl = 1 index2 = 2 value =0.010000 indexl = 1 index2 = 3 value =0.220000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = theta indexl = 1 index2 = 1 value =0.150000

nam el= * indexl = 1 name2=m index2 = 1 wts_indx->formwtpar = si indexl = 1 index2 = 1 value =0.100000

nam el = * indexl = 1 name2= n index2 = 3 formoupar = errbk indexl = 1 index2 = 1 acloupar =erbk[31] status =3 value =0.000000 indexl = 1 index2 = 2 acloupar =erbk[32] status =3 value =0.000000 indexl = 1 index2 = 3 acloupar =erbk[33] status =3 value =0.000000 nam el = * indexl = 1 name2= m index2 = 1 formoupar = out

indexl = 1 index2 = 1 acloupar =result[3] status =3 value =0.000000

In document Neural network programming and portability (Page 174-180)