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## Overview
This is an exploratory proposal to introduce an `EvaluationOutput`
link for predicates, akin to the `ExecutionOutput` link for schemata.
It comes from the realization that fuzzy/pro…
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The arithmetically normalized coefficients of this L-function
http://beta.lmfdb.org/L/ModularForm/GL2/Q/holomorphic/1041/2/a/a/1/1/
lie in Qsqrt5. But on the L-function home page those are only …
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## Graphing Engine
- [x] Efficient algorithm for common parametric relations: `x = f(t) && y = g(t) && P(t)`
- [x] Efficient algorithm for explicit relations: `y = f(x) && P(x)` or `x = f(y) && P(…
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## Description:
This issue proposes an enhancement to the Kolmogorov-Arnold Networks (KAN) architecture that involves the development of an automated method for converting trained models into symboli…
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The README states:
> cut causes the current goal to succeed and suppresses all other goals. However, this does not have the same effects as in Prolog because Julog uses breadth-first search during …
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Hello,
I've encountered a problem for some slightly more complex equations (a few cases of quartics) where `sympy` fails to provide a result and is pretty much taking an indefinite amount of time t…
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In bring gears and levers to coding by designing a new language, I noticed that,
what I am doing is basically designing a new functional language with variables.
I hope it can be more interesting, so …
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```
In the following I think I would prefer if cancel didn't expand the out exp:
>>> eq
exp((a*c + a*(b + 2) + c*(b + 2))/(a*c*(b + 2))) - 3
>>> cancel(eq)
exp(2/(a*(b + 2)))*exp(2/(…
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Currently, when you change a potentiometer or other circuit control, the simulation has to be resolved, which takes a while, and loses the state of the circuit.
A while back, this worked differentl…
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The following code snippet raises an exception:
```python
import sympy
import numpy as np
x = sympy.Symbol('x')
v1 = sympy.sin(x)
v2 = np.sin(x) # AttributeError: 'Symbol'…