Running `./configure --with-system-givaro=no` fixed it! Thanks for all of
the help!
On Thursday, August 19, 2021 at 6:57:23 AM UTC-4 dim...@gmail.com wrote:
>
>
> On Thu, 19 Aug 2021, 13:47 Samuel Lelievre, wrote:
>
>> The Homebrew Givaro is also from the Macaulay2 taps.
>>
>> See the file `giva
Dear Mathé,
From a quick skim of
https://github.com/mathehertogh/adeles it looks very impressive. I
do not know if it is better to incorporate the code into Sage or
leave it as a stand-alone package, but in case the code does live
in its own reposito
I'm so grateful that this issue of cube roots (and other real nth roots)
has been solved so successfully. It's a huge help to those of us who
teach calculus, and it's a good story to showcase the cooperative
atmosphere of community developed open-source software.
I'd like to thank those responsibl
On Thu, 19 Aug 2021, 13:47 Samuel Lelievre,
wrote:
> The Homebrew Givaro is also from the Macaulay2 taps.
>
> See the file `givaro.rb` in the "Formula" folder there:
>
> https://github.com/Macaulay2/homebrew-tap/tree/main/Formula
>
that was my guess. But, actually, anyone can create a custom Hom
The Homebrew Givaro is also from the Macaulay2 taps.
See the file `givaro.rb` in the "Formula" folder there:
https://github.com/Macaulay2/homebrew-tap/tree/main/Formula
2021-08-19 01:49:05 UTC, John H Palmieri:
> (I'm not sure where this comes from, since searching for "givaro" on
> brew.sh co
