f a Foucault pendulum I did using Asymptote -
>
>
> On 5/6/21 7:16 AM, Yaser wrote:
>
> It's certainly impressive.
> I probably won't be able to contribute this summer,
> but I have googled some and there is some work on porting Asymptote to
> python that you might want to
ote galleries look at webgl and movies. I especially like
> the klein bottle in webgl that you can rotate -
>
> https://asymptote.sourceforge.io/gallery/3Dwebgl/Klein.html
>
> Clicking on klein.asy under the thumbnail shows the code.
>
>
> On 4/12/21 4:07 AM, Yaser wro
generate publication quality
> graphics (look at the galleries in the link) -
>
> https://asymptote.sourceforge.io/
>
> The problem is that there is no good python wrapper for Asymptote which
> has it's own programming language.
>
> On 4/10/21 2:05 PM, Yaser wrote:
>
Greetings All.
I'm Yaser, an undergraduate computer science student, in my first year. I
have, however, a long experience with programming, worked on different
projects and learned .
beyond my current studies level.
Here's my github page <https://github.com/YaserAlOsh> if needed.
I am implementing the general `N-Grams` using `SymPy`
the equation is:
p(w1, w2, wn) = ∏ p(wi | wi-k, wi-1)
the input words is tuple tuple([w1, w2, w3, ... wn])
I tried to use `sympy.concrete.product.Product` with custom function that
calculates the probability as first argument
```
