Dear Thomas,
On Dec 3, 10:58 am, Thomas Kahle <[EMAIL PROTECTED]> wrote:
> >> matrix(std(quotient(J,x3))) == matrix(std(J));
> > 0
>
> On my computer this line gives 1, and I am quite sure that this is correct.
- --snip--
> matrix(std(quotient(I,x3))) == matrix(std(quotient(I,x3)));
> 1
> > ideal J = I + x1^2;
> > matrix(std(quotient(J,x3))) == matrix(std(quotient(J,x3)));
> 1
Left and right hand side of these equations are identically the same.
So, of course the answer is 1.
I thought you want to compare quotient(J,x3) with J and quotient(I,x3)
with I?
And this gives:
> matrix(std(quotient(I,x3))) == matrix(std(I));
1
> matrix(std(quotient(J,x3))) == matrix(std(J));
0
Cheers,
Simon
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