Hi,

> I would simply translate the `t.py` implementation to C++ in CSymPy.
> I don't think it's hard. Just implement the "TrigFunction" class which
> implements the gist of the algorithm and then implement the actual
> Sin, Cos, Tan classes as in `t.py`.
>
> There will probably be some corner cases, so it's good to spend some time
> on this and get this right.
>
>
True. I went through the code and I guess the code is not that hard.
So I shaped my timeline accordingly.


> We'll also probably want to extend it to functions like sec(), but getting
> sin/cos/tan right is more important.
>
>
Yeah, sure! That is the aim. Well we could atleast use them as the
reciprocal
of `sin`,`cos`,`tan` just for the sake of completeness.


> >
> > Also adding python wrappers should be a decent plus.
> >
>

I do not have any experience regarding this. Though surely we can try this
out. I did give it a place in the timeline :)


> >> You should also put there a schedule of what things you want to get
> >> done each week.
> >
>

I have written a rough
timeline<https://github.com/sympy/sympy/wiki/GSoC-2014-Application-Sushant-Hiray:-Extending-Elementary-Functions-CSymPy#timeline>.
There can still be some more changes before
it gets finalized. Do give me some inputs regarding how it looks.
Too optimistic maybe?


>
> Thanks! I left some minor comments on the PR.
>
> Thanks about that! I've updated according to Sergey's suggestions as well.
I guess there was some issue with Travis builds. I saw it on gitter. So I
suspect
it'll take some time before the tests are scheduled back on track again.

Anyways looking forward to the inputs on the timeline.

If I manage some time, I'll push in taylor term for cosec.
Rest have been added.

Regards,
Sushant Hiray

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