i2 : (S,solsS) = randomInitialPair T
2
o2 = ({(- .250433 + .149912*ii)x1 + (.194448 + .217495*ii)x1*x2 + (- .14737
------------------------------------------------------------------------
2
+ .0723755*ii)x2 + (.278556 - .254257*ii)x1*x3 + (- .569094 -
------------------------------------------------------------------------
2
.511976*ii)x2*x3 + (- .0921775 + .234511*ii)x3 , (.0962689 +
------------------------------------------------------------------------
3 2
.063265*ii)x1 + (.163857 - .193328*ii)x1 x2 + (.0482014 +
------------------------------------------------------------------------
2 3
.110531*ii)x1*x2 + (.0698874 - .110677*ii)x2 + (.31979 -
------------------------------------------------------------------------
2
.59646*ii)x1 x3 + (.0270385 - .102027*ii)x1*x2*x3 + (.203236 -
------------------------------------------------------------------------
2 2
.135874*ii)x2 x3 + (- .370119 - .119423*ii)x1*x3 + (- .00601817 -
------------------------------------------------------------------------
2 3
.0626109*ii)x2*x3 + (- .114213 - .023795*ii)x3 },
------------------------------------------------------------------------
{{-.794384+.195637*ii, .074602+.558638*ii, .0899437-.0703427*ii}})
o2 : Sequence
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i3 : M = track(S,T,solsS,gamma=>0.6+0.8*ii,Software=>M2)
o3 = {{-.413566+.805163*ii, -.317807+.0381832*ii, -.055038+.274203*ii}}
o3 : List
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