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How to define the type `polynomial`?
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I'm looking for a Java library to calculate the roots of a polynomial with complex components. Is it feasible to add this to ddogleg? It seems like the current implementation is transferable.
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Writing the basics of polynomial rings, I am scratching my head about a good definition of such.
The first idea that comes to mind is to define R[X] as the sum over n:N of Rn[X], where the latter t…
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## Representing polynomials
Currently we do not have any data structure to represent polynomials. We can only encode monomials (multivariate or univariate).
Considering the variables `(x_1,x_2,x_3…
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Hello,
I have implemented the (multivariate) Jack polynomials in Python: . In case you're interested in including them in Sympy.
```
>>> from gmpy2 import mpq
>>> from sympy.combinatorics.par…
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I have been working on differential algebraic equation integrator which makes a heavy use of interpolating polynomials. At this point I have implemented all the necessary functions myself as a part o…
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A simple mathematical definition of CRCs can be found on Wikipedia:
[Mathematics of cyclic redundancy checks](https://en.wikipedia.org/wiki/Mathematics_of_cyclic_redundancy_checks#Maths)
> ![](htt…
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Hello,
I am not sure whenever this is possible or not?, but I am interested in creating polynomials with parameters.
Say that I have a polynomial with variables
```julia
@polyvar x y
```
and …
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Hi!
As mentioned in https://github.com/Nemocas/Nemo.jl/issues/1509 and https://github.com/Nemocas/AbstractAlgebra.jl/issues/1401 there are some problems with modulo and polynomials. It seems like the…
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The ECCVM needs to open the five ECC op transcript polynomials as univariates so consistency can be established in the Translator. This was overlooked in the original implementation. For now, we've in…