Ignoring 3 constraints.

     I     INITIAL X(I)        D(I)

     1      .250000E+00      .100E+01
     2      .500000E+00      .100E+01
     3      .750000E+00      .100E+01

    IT   NF       F        RELDF    PRELDF    RELDX   STPPAR   D*STEP   NPRELDF

     0    1   .556E-01
     1    3   .209E-01   .62E+00   .68E+00   .3E-01   .1E+02   .6E-01   .36E+01
     2    4   .685E-02   .67E+00   .17E+01   .5E-01   .2E+01   .1E+00   .18E+01
     3    5   .467E-03   .93E+00   .13E+01   .2E-01   .0E+00   .5E-01   .13E+01
     4    6   .661E-05   .99E+00   .87E+00   .4E-02   .0E+00   .1E-01   .87E+00
     5    7   .852E-08   .10E+01   .10E+01   .6E-03   .0E+00   .1E-02   .10E+01
     6    8   .144E-12   .10E+01   .10E+01   .2E-04   .0E+00   .5E-04   .10E+01
     7    9   .325E-20   .10E+01   .10E+01   .8E-07   .0E+00   .2E-06   .10E+01

 ***** ABSOLUTE FUNCTION CONVERGENCE *****

 FUNCTION      .325288E-20   RELDX         .833E-07
 FUNC. EVALS       9         GRAD. EVALS       8
 PRELDF        .100E+01      NPRELDF       .100E+01

     I      FINAL X(I)        D(I)          G(I)

     1     .146447E+00      .100E+01      .112E-09
     2     .500000E+00      .100E+01      .333E-10
     3     .853553E+00      .100E+01     -.185E-09
mng:	Absolute Function Convergence; function = 3.2528777751399436e-21
	RELDX = 8.33e-08; PRELDF = 1; NPRELDF = 1
	9 func. evals; 8 grad. evals