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2015-05-08 00:37:57 +0200 commented answer Groebner basis computation with symbolic constants

Seems to be working so far!

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2015-05-06 21:56:22 +0200 asked a question Groebner basis computation with symbolic constants

Hello! If I have a system of polynomials in $CC[x, y, z]$ or any other field, is there a way to create constants that are in that field in a way that makes Groebner basis computation still work? For example, if I want to compute the Groebner basis for the ideal generated by

y^2 + z - c1
x*y^2 - c2 - 2

Is there a way to indicate that the $c1$ and $c2$ are in $CC$ or whatever field I'm in? I've figured out how to get them to not be indeterminates (over the symbolic ring),

Ideal (y^2 + z - c1, x*y^2 - c2 - 2) of Multivariate Polynomial Ring in x, y, z over Symbolic Ring

but then the polynomials containing them don't have division.

AttributeError: 'MPolynomialRing_polydict_with_category' object has no attribute 'monomial_divides'

Thank you!