3
 -9 - t2**2 - t3**2 - 3*t2**2*t3**2 + 8*t2*t3;
 -9 - t3**2 - t1**2 - 3*t3**2*t1**2 + 8*t3*t1;
 -9 - t1**2 - t2**2 - 3*t1**2*t2**2 + 8*t1*t2;

TITLE : conformal analysis of cyclic molecules, first instance

ROOT COUNTS :

total degree : 64
3-homogeneous Bezout bound : 16
mixed volume : 16

REFERENCES :

Ioannis Z. Emiris:
`Sparse Elimination and Application in Kinematics'
PhD Thesis, Computer Science, University of California at Berkeley, 1994.

Ioannis Z. Emiris:
`A general Solver Based on Sparse Resultants:
 Numerical Issues and Kinematic Applications',
INRIA Rapport de Recherche no 3110, January 1997, 29 pages
Available via anonymous ftp to ftp.inria.fr

THE SOLUTIONS :

16 3
===========================================================
solution 1 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  1.16877089448037E+00  -6.05000333706056E-01
 t3 :  1.16877089448037E+00  -6.05000333706056E-01
 t1 :  5.35201484207521E-01   1.20233530218111E+00
== err :  2.569E-15 = rco :  2.564E-01 = res :  1.831E-15 ==
solution 2 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  1.16877089448037E+00  -6.05000333706056E-01
 t3 :  5.35201484207521E-01   1.20233530218111E+00
 t1 :  1.16877089448037E+00  -6.05000333706056E-01
== err :  2.702E-15 = rco :  2.157E-01 = res :  2.979E-15 ==
solution 3 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  1.16877089448037E+00   6.05000333706056E-01
 t3 :  1.16877089448037E+00   6.05000333706056E-01
 t1 :  5.35201484207521E-01  -1.20233530218111E+00
== err :  2.569E-15 = rco :  2.564E-01 = res :  1.831E-15 ==
solution 4 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  5.35201484207521E-01   1.20233530218111E+00
 t3 :  1.16877089448037E+00  -6.05000333706056E-01
 t1 :  1.16877089448037E+00  -6.05000333706056E-01
== err :  2.786E-15 = rco :  2.494E-01 = res :  3.878E-15 ==
solution 5 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  1.16877089448037E+00   6.05000333706056E-01
 t3 :  1.16877089448037E+00   6.05000333706056E-01
 t1 :  1.16877089448037E+00   6.05000333706056E-01
== err :  2.569E-15 = rco :  4.545E-01 = res :  1.831E-15 ==
solution 6 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  5.35201484207521E-01  -1.20233530218111E+00
 t3 :  1.16877089448037E+00   6.05000333706056E-01
 t1 :  1.16877089448037E+00   6.05000333706056E-01
== err :  2.569E-15 = rco :  2.494E-01 = res :  3.202E-15 ==
solution 7 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  1.16877089448037E+00   6.05000333706056E-01
 t3 :  5.35201484207521E-01  -1.20233530218111E+00
 t1 :  1.16877089448037E+00   6.05000333706056E-01
== err :  2.688E-15 = rco :  2.157E-01 = res :  2.220E-15 ==
solution 8 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 :  1.16877089448037E+00  -6.05000333706056E-01
 t3 :  1.16877089448037E+00  -6.05000333706056E-01
 t1 :  1.16877089448037E+00  -6.05000333706056E-01
== err :  2.569E-15 = rco :  4.545E-01 = res :  1.831E-15 ==
solution 9 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -5.35201484207521E-01  -1.20233530218111E+00
 t3 : -1.16877089448037E+00   6.05000333706056E-01
 t1 : -1.16877089448037E+00   6.05000333706056E-01
== err :  2.816E-15 = rco :  2.157E-01 = res :  5.515E-15 ==
solution 10 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -1.16877089448037E+00   6.05000333706056E-01
 t3 : -1.16877089448037E+00   6.05000333706056E-01
 t1 : -5.35201484207521E-01  -1.20233530218111E+00
== err :  2.569E-15 = rco :  2.564E-01 = res :  1.831E-15 ==
solution 11 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -1.16877089448037E+00  -6.05000333706056E-01
 t3 : -5.35201484207521E-01   1.20233530218111E+00
 t1 : -1.16877089448037E+00  -6.05000333706056E-01
== err :  2.702E-15 = rco :  2.157E-01 = res :  2.979E-15 ==
solution 12 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -1.16877089448037E+00   6.05000333706056E-01
 t3 : -5.35201484207521E-01  -1.20233530218111E+00
 t1 : -1.16877089448037E+00   6.05000333706056E-01
== err :  2.683E-15 = rco :  2.032E-01 = res :  2.442E-15 ==
solution 13 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -1.16877089448037E+00   6.05000333706056E-01
 t3 : -1.16877089448037E+00   6.05000333706056E-01
 t1 : -1.16877089448037E+00   6.05000333706056E-01
== err :  2.569E-15 = rco :  4.545E-01 = res :  1.831E-15 ==
solution 14 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -5.35201484207521E-01   1.20233530218111E+00
 t3 : -1.16877089448037E+00  -6.05000333706056E-01
 t1 : -1.16877089448037E+00  -6.05000333706056E-01
== err :  2.569E-15 = rco :  2.494E-01 = res :  3.202E-15 ==
solution 15 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -1.16877089448037E+00  -6.05000333706056E-01
 t3 : -1.16877089448037E+00  -6.05000333706056E-01
 t1 : -5.35201484207521E-01   1.20233530218111E+00
== err :  2.569E-15 = rco :  2.564E-01 = res :  1.831E-15 ==
solution 16 :
t :  1.00000000000000E+00   0.00000000000000E+00
m : 1
the solution for t :
 t2 : -1.16877089448037E+00  -6.05000333706056E-01
 t3 : -1.16877089448037E+00  -6.05000333706056E-01
 t1 : -1.16877089448037E+00  -6.05000333706056E-01
== err :  2.569E-15 = rco :  4.545E-01 = res :  1.831E-15 ==
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