In that case, it would be better to model your object after Predicate and
AppliedPredicate, which work the same way (except in Boolean expressions).
Aaron Meurer
> On Feb 5, 2016, at 5:37 PM, Bogdan Opanchuk wrote:
>
> Hi Aaron,
>
> Thank you for your reply.
>
>> If you want to give the fiel
Hi Aaron,
Thank you for your reply.
If you want to give the fields names I guess you should use
> UndefinedFunction. Note that UndefinedFunction('f') dynamically creates a
> subclass of AppliedUndef called "f".
>
The problem is that I need this object to participate in expressions even
witho
If you want to give the fields names I guess you should use
UndefinedFunction. Note that UndefinedFunction('f') dynamically creates a
subclass of AppliedUndef called "f".
I think what you are doing is right, although let us know if you run into
issues (SymPy has many bugs where things don't work c
Thanks! I will look into them.
On Friday, February 5, 2016 at 6:32:27 PM UTC+5:30, Sartaj Singh wrote:
>
> Hi Shubham,
>
> Last year I implemented Formal Power Series and limits of sequences. The
> algorithm described in the paper is almost done. You can see the XFAILED
> tests in seriestests/te
Hi Shubham,
Last year I implemented Formal Power Series and limits of sequences. The
algorithm described in the paper is almost done. You can see the XFAILED
tests in seriestests/test_formal.py and series/tests/test_limitseq.py, they
can probably be made to pass.
On 5 February 2016 at 12:56, shub
