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| Syntax |
pol2zero(p) |
| See Also | polval , pol2asc |
v[x] is
1 2 n-1
v[x] = v + v x + v x + ... + v x
1 2 3 n
If z is the return value, it has one fewer elements
than p and p[x] evaluated at x = z(i)
is zero for each i.
2
x - 1
are -1 and +1. If you enter
p = {-1., 0., 1.}
pol2zero(p)
O-Matrix will reply
{
(-1, 0)
(1, 0)
}
or it will reply
{
(1, 0)
(-1, 0)
}
because the order of the roots is not determined.
"novalue". This should be a very rare case.