I swear now it's worth reviving this.
A user on Math StackExchange found the steps
<https://math.stackexchange.com/a/4374202/702373> to integrate the
function. Now it's as simple as implementing it in Sage.
Best wishes,
Rodrigo
*Rodrigo Sambade*
rodrigosambade...@gmail.com
+34 6
On Wed, Feb 9 2022 at 20:49, Rodrigo Sambade Saá (<
rodrigosambade...@gmail.com>) wrote:
> I swear now it's worth reviving this.
>
> A user on Math StackExchange found the steps
> <https://math.stackexchange.com/a/4374202/702373> to integrate the
> function. Now i
Dear William,
Andrew is wrong
<https://www.wolframalpha.com/input/?i=2*cos%285%2F8*sqrt%28x%29%2B1%2F2%29%2Fsqrt%28x%29+%3D+sqrt%282%2Bsqrt%282%2Bsqrt%282%2B2*cos%285*sqrt%28x%29%2B4%29%29%29%29*x%5E%28-1%2F2%29>
.
Best wishes,
Rodrigo
El jue., 12 feb. 2015 a las 21:57, William
Hi Nathann,
I do need to consider rooted, ordered trees. Thanks for the references!
Best,
Rodrigo
On Sunday, November 8, 2015 at 2:01:36 AM UTC-5, Nathann Cohen wrote:
>
> Hello Rodrigo,
>
> Sage has a Graph class that might help you in what you plan, but from your
> message I
Hi. I would like to implement an algorithm that clips (rooted, ordered)
trees at certain points and then reconnect them at different points. I have
done it already using python alone, but I was hoping to do it in Sage to
make the visualization and debugging easier. Perhaps I should even redo the
option (legally speaking, not
technically).
Anyway, I know the restrictions are for few countries like North Korea,
Iran.
Good luck,
Rodrigo
On 27/08/2010 16:38, Ryan Haynes wrote:
I'm trying to make sense of this. So if I come of naive on the
subject please excuse me.
Here at STScI http://ww
06896 * 10^-35)
h
1/1509190450683145117413107229621260
I would expect both results to be the same. Am I missing something?
Rodrigo
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