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This looks like a good spot to implement equation solving. Similar to https://docs.sympy.org/latest/modules/solvers/solvers.html .
- [ ] Polynomials
- [ ] Nonlinear 1D equations
- [ ] Systems of …
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Homotopy Continuation can be used to solve and optimize highly non convex problems.
JuMP at the moment has really limited support for polynomial systems (that my change by JuMP 2.0) however there is …
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I try to solve symbolic equations, but the script runs few hours without results.
The following are varibles and equations.
K_1, K_2,K_3 and p_CH3CH2CH3 are all symbolic constants.
Variables:
``…
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In this example, both schemes are empty, so they should be equal as subschemes of P^2. However...
```
sage: P2. = ProjectiveSpace(2, QQ)
sage: P2.subscheme([x,y^2,z]) == P2.subscheme([x,y,z])
False…
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This might be an upstream issue. I don't know if finding a more minimal example would help to isolate this, but note that this is only in two variables over a quadratic field, and the degrees are no…
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During an [admcycles](https://gitlab.com/modulispaces/admcycles) workshop we wanted to compute the inverse (in terms of composition) of the power series in $\mathbb{Q}[p,q,\sqrt{p+q}][[z]]$ given by
…
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I got the following on PPA builds of the `development` branch in every Ubuntu release ([18.04](https://launchpadlibrarian.net/545736949/buildlog_ubuntu-bionic-s390x.macaulay2_1.18.0.1+git202106261928-…
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This patch implements change_ring() in PolynomialSequence to make it easier if someone wants to change the polynomials to be defined over the new polynomial ring (e.g. polynomial ring with different…
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The set of algebraic numbers is the set of all numbers that are roots of polynomials having rational coefficients. Since the set of algebraic numbers is algebraically closed it should be possible to r…
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In the CI, running our test suite takes between 15-25 minutes (Ubuntu, Julia 1.6, not including doctests). It would be nice to be faster, to reduce turnaround times for CI results. One option of cours…