Yes sorry... I probably didn't copy and paste well.
r=2/sqrt(n(pi));
c = circle((0, 0), r, color="red", fill=True, alpha=0.2, fontsize=8)
That's what I do, r is the special for a perfect quadrature of circle. I
don't know RDF but seems to give the same result,
Hi,
In this graphic the second graphic p2 doesn't modify fontsize=8, but if
I interchange it does, that means the second graphic is invalid to the
command.
Any help ?
Regards
r=2/sqrt(n(pi));
p1=plot(circle((0,0),r,color="red",fill=True,alpha=0.2,fontsize=8)+\
polygon(((-1
you told, downloaded the zip file, extracted it, and made the symlink
and ran it. It worked fine.
On Fri, Jun 29, 2018 at 3:31 PM, pi <mailto:henri.gir...@gmail.com>> wrote:
Your welcome what did you do ?
Le 29/06/2018 à 09:17, 1'm_Z3r0 a écrit :
It's working n
Your welcome what did you do ?
Le 29/06/2018 à 09:17, 1'm_Z3r0 a écrit :
It's working now. Thanks a lot!
On Thu, Jun 28, 2018 at 11:31 PM, pi <mailto:henri.gir...@gmail.com>> wrote:
I don't know why ?
Another solution is to install the binary from sage site
/pub/math/sagemath/linux/64bit/sage-8.2-Ubuntu_16.04-x86_64.tar.bz2>
uncompressed it, for example in your home and and renamed it sage repertory.
then cd sage
and make a symlink
sudo ln -s "your dir" /sage /usr/bin/sage
For me :
sudo ln -s /home/pi/sage/sage /usr/bin/sage
The
On 18.04 you just have to install sudo apt install sagemath and it
should gives you the deps... *There is a sage-notebook now just select
it from synaptic
Otherwise download the ubuntu binary and make a symlink (you should find
it on the list it has been explained few times already).
Le 28/
