Hi Aaron,
I would like to start off by implementing Finitely presented groups in
sympy. They and any other work in group theory like the Galios group, Lie
group will be subclassed from the generic group class that I would
implement first.
So the properties of group would be
- is_finite
- is_multiplicative
- is_abelian
- order
- ....
A finite Group class which creates a finite group specified by the elements
and relations among them. A good way to construct a finite group( as given
in GAP) is by first constructing a Free Group of these elements and then
declaring the Finite Group as the quotient group of this free group eg.
F = FreeGroup("a", "b")
G = f/[(a**2)/b]
Now G is The finite group with elements "a", "b" with the relation a**2 =
b. would this be a good idea ?
On Sunday, December 28, 2014 1:35:53 AM UTC+5:30, Aaron Meurer wrote:
>
> It's never too early. The earlier you start the better.
>
> There has been some work already, but with group theory, there is
> always more to do. I believe there is some stuff on the ideas page
> about it. Most of what is already there is in the combinatorics
> submodule.
>
> Aaron Meurer
>
>
> On Fri, Dec 26, 2014 at 11:52 AM, vamsi kaushik
> <[email protected] <javascript:>> wrote:
> > Hi,
> >
> > I am an undergrad CS student. I have done one semesters of
> Algebra(linear
> > and abstract). I would like to implement group theory module as a part
> of
> > gsoc 2015. Is it too early, if not is there any development going on in
> this
> > lines so that I can help ?.
> >
> > thanks,
> > kaushik varanasi
> >
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