Output is verbose. For other dynamic strategies, see MonodromySolverOptions.
i1 : R = CC[a,b,c,d][x,y]; |
i2 : polys = polySystem {a*x+b*y^2,c*x*y+d};
|
i3 : (p0, x0) = createSeedPair polys; |
i4 : (L, npaths) = dynamicFlowerSolve(polys.PolyMap,p0,{x0})
-- 0.00244714 seconds elapsed
-- 0.00236301 seconds elapsed
-- 0.000312787 seconds elapsed
-- 0.00227529 seconds elapsed
-- 0.00233062 seconds elapsed
-- 0.000221276 seconds elapsed
-- 0.00231846 seconds elapsed
-- 0.0024608 seconds elapsed
-- 0.000210545 seconds elapsed
-- 0.00228863 seconds elapsed
-- 0.0023862 seconds elapsed
-- 0.000205426 seconds elapsed
--backup directory created: /tmp/M2-102677-0/1
H01: 1
H10: 1
number of paths tracked: 2
found 1 points in the fiber so far
H01: 1
H10: 1
number of paths tracked: 4
found 1 points in the fiber so far
H01: 1
H10: 1
number of paths tracked: 6
found 1 points in the fiber so far
H01: 1
H10: 1
number of paths tracked: 8
found 1 points in the fiber so far
o4 = ({{.892712+.673395*ii, .29398+.632944*ii}}, 8)
o4 : Sequence
|
The object dynamicFlowerSolve is a method function with options.