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### Is there an existing issue for this?
- [X] I have searched the existing issues for a bug report that matches the one I want to file, without success.
### Did you read the documentation and troub…
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Ticket arises as a result of #10635. The methods factor() and roots() for generic univariate polynomial elements in rings/polynomial/polynomial_element.pyx have a lot of ring-specific code that woul…
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Infer version: 0.17.0
OS: MacOS High Sierra
I tried to reproduce the example from the documentation given here: https://fbinfer.com/docs/checker-cost/
`File.java`
```
import java.util.ArrayLi…
ghost updated
3 years ago
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We have left during the refactor several TODO's such as:
- Vanishing polynomial computations which are done "without being explicitly mentioned".
- Lagrange polynomial coefficient computations.
And…
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It seems to get very slow
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It would be great to have one (two) generic functions to perform *all* polynomial parent conversion operations dispatching on the input type.
Same goes for Ideals with polynomials as coeffs
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Per @JustinKurland:
There are a lot of opportunities for more augmentation functions:
- [ ] `tk.augment_logrithmic()`
- [ ] `tk.augment_polynomial()`
- [x] `tk.augment_hilbert()`
- [ ] `tk.augment_wa…
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For example : matrix a=[ x 1 1; 1 x 1； 1 1 x]; det(a)
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See https://github.com/symengine/symengine/pull/875#discussion_r56742454
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#4539 provides g-algebras (non-commutative polynomial rings). However, `sage.libs.singular.function.singular_function` doesn't accept them as input.
Here is an example that works with usual polynom…