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Great work!
However, the representation on Page 5:
![image](https://user-images.githubusercontent.com/64541307/199386587-4c0bb18f-76b5-449d-80b4-9827d617fdb4.png)
is not similar to Table 4:
![im…
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As in the title.
I want to optimize the code a bit but not sure if there are other reasons for which the authors do it like this. After all, when the training is done, shouldn't you be able to vis…
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With `ControlSystem` we were attempting to build the stack towards doing nonlinear optimal control, but we found that having a separate `ControlSystem` type is the wrong way to go about doing it becau…
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@hcarvalhoaves and CTW in Clojurians Slack noted that this would be great.
Some tasks:
- [ ] make a constructor for `=` and inequality expressions
- [ ] give them a new type, so they don't disp…
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Hi all,
I've been looking into ways to automatically translate geometry problems into the AlphaGeometry (AG) symbolic form. So far, I haven't found an efficient method to do this.
I came across …
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Currently symbolic expressions (e.g. equivalence conditions) are sent to the GUI/repl as JSON-serialized/pretty-printed what4 expressions. These are a bit awkward to use for a number of reasons: the w…
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Hi, I discovered this while testing #2182 - it wasn't covered in the initial issue, so raising a new one
Norm/remove dupes doesn't handle a VCF with 2 records that refer to the same underlying muta…
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Hello,
I would like to program a circuit and then, print it's symbolic representation much like Mathematica / SymPy Quantum. For instance:
Or:
Is that possible?
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* [ ] Polynomials
* [ ] Factorization
* [ ] Square-free decomposition
* [x] Grobner bases
* [ ] Partial fraction decomposition
* [ ] Resultants
* [ ] Rootfinding
* [ ] Calculus
* [ ] Lim…
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Bug bounty logistic details (click to expand)
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- y…