On Sunday, May 3, 2015 at 3:45:26 PM UTC+2, Eric Gourgoulhon wrote:
>
> G(a, y)multiple polylogarithm G(a, s, y)multiple polylogarithm with
>> explicit signs for the imaginary parts S(n, p, x)Nielsen’s generalized
>> polylogarithm H(m, x)harmonic polylogarithm
>>
>
> Thanks for your answer and t
Hi,
Le vendredi 1 mai 2015 17:23:55 UTC+2, Nils Bruin a écrit :
>
> On Friday, May 1, 2015 at 2:00:11 AM UTC-7, Eric Gourgoulhon wrote:
>
>
>> Thanks for your answer. There is no predefined 'H' function in Sage, so
>> do you mean a nameclash with a predefined function 'H' in Pynac ? Which
>> f
On Friday, May 1, 2015 at 5:23:55 PM UTC+2, Nils Bruin wrote:
>
>
> We're entirely at the mercy of the care that Pynac takes to preserve
> compatibility to ensure our pickles won't break on future versions (and I
> don't know if such compatibility is a design goal for them). With python
> pickli
On Friday, May 1, 2015 at 2:00:11 AM UTC-7, Eric Gourgoulhon wrote:
> Thanks for your answer. There is no predefined 'H' function in Sage, so do
> you mean a nameclash with a predefined function 'H' in Pynac ? Which
> function is it ? It seems to be (x,y) |--> - x ln(1-xy), but I don't see
>
On Thursday, April 30, 2015 at 2:30:48 AM UTC-7, Eric Gourgoulhon wrote:
>
> Hi,
>
> I've recently faced this surprising appearance of a logarithm (in Sage
> 6.7.beta3 as well as in any older versions I've tried, down to Sage 6.3):
>
The exact source of these name collisions are probably explained
Hi,
Le jeudi 30 avril 2015 17:44:39 UTC+2, Nils Bruin a écrit :
>
>
> This is probably just a nameclash, since pickling symbolic expressions.
> Pickling symbolic expressions rather directly depends on pynac's
> serialization, so we're restricted by the limitations that has.
>
Thanks for you
On Thursday, April 30, 2015 at 2:30:48 AM UTC-7, Eric Gourgoulhon wrote:
>
> Hi,
>
> I've recently faced this surprising appearance of a logarithm (in Sage
> 6.7.beta3 as well as in any older versions I've tried, down to Sage 6.3):
>
> sage: var('y')
> y
> sage: f = function('H', x, y); f
> H(x, y
