DONLP2: intakt=1
outlev=1
silent=0
tau0=10000
del0=1
    1 FX=  0.1000000D+02 UPSI= 0.00D+00 B2N= 0.10D+01 UMI= 0.00D+00 NR   0 SI-1
 /tmp/at5651                             

     N=         1    NH=         0    NG=         1

  EPSX=0.1000D-04 SIGSM=0.1490D-07

STARTVALUE
 0.10000000D+02

  EPS= 0.222D-15  TOL= 0.198-322 DEL0= 0.100D+01 DELM= 0.100D-05 TAU0= 0.100D+05
  TAU= 0.100D+00   SD= 0.100D+00   SW= 0.367D-10  RHO= 0.100D-05 RHO1= 0.100D-09
 SCFM= 0.100D+05  C1D= 0.100D-01 EPDI= 0.100D-07
  NRE=         4 ANAL=         T

 TERMINATION REASON:
 KT-CONDITIONS SATISFIED, NO FURTHER CORRECTION COMPUTED       
 EVALUATIONS OF F                            6
 EVALUATIONS OF GRAD F                       2
 EVALUATIONS OF CONSTRAINTS                  6
 EVALUATIONS OF GRADS OF CONSTRAINTS         0
 FINAL SCALING OF OBJECTIVE          0.1000000D+01
 NORM OF GRAD(F)                     0.1000000D+01
 LAGRANGIAN VIOLATION                0.0000000D+00
 FEASIBILITY VIOLATION               0.0000000D+00
 DUAL FEASIBILITY VIOLATION          0.0000000D+00
 OPTIMIZER RUNTIME SEC'S             0.0000000E+00


 OPTIMAL VALUE OF F =  0.220519865065596D+00

 OPTIMAL SOLUTION  X =  
 0.220519865065596D+00

  MULTIPLIERS ARE RELATIV TO SCF=1
  NR.    CONSTRAINT      NORMGRAD (OR 1)   MULTIPLIER
    1  0.61062266D-15   0.10000000D+01   0.10000000D+01

 EVALUATIONS OF RESTRICTIONS AND THEIR GRADIENTS
 (     6,     0)
LAST ESTIMATE OF COND.NR. OF ACTIVE GRADIENTS -0.1000E+01
LAST ESTIMATE OF COND.NR. OF APPROX.  HESSIAN  0.1000E+01
ITERATIVE STEPS TOTAL               1
# OF RESTARTS                       0
# OF FULL REGULAR UPDATES           0
# OF UPDATES                        0
# OF REGULARIZED FULL SQP-STEPS     0
DONLP2: Success! KKT conditions satisfied
F = 0.2205198651
1 iters; 6 function, 2 gradient evals
6 component constraint, 0 grad evals
final objective scaling = 1
norm(grad(f)) = 1, Lagrangian violation = 0
feas. violation = 0, dual feas. violation = 0