I'm trying to work out how to solve an engineering problem. I'm hoping
Sage can help me, but I can't work out the maths of it. I'm hoping
someone here might be able to.
A vector network analyzer (VNA) is a bit of electronic test equipment
which measures complex impedance values as a function of fr
On Sat, Aug 25, 2012 at 4:39 AM, Volker Braun wrote:
> The <> notation creates Python variables of the same name, so you shouldn't
> use it together with the PolynomialRing(..., "e") constructor. Basically,
> you need to be aware that the the string label "a" can be attached to
> multiple Python v
On 8/25/12 10:22 AM, Jason Grout wrote:
On 8/25/12 10:12 AM, Stefan wrote:
Hello everyone,
I compiled and installed Sage 5.2 on my homeserver which worked fine
and so the commandline version did.
Then I tried to make sage available fom the Internet with notebook().
I found some instructions abo
On 8/25/12 10:12 AM, Stefan wrote:
Hello everyone,
I compiled and installed Sage 5.2 on my homeserver which worked fine and so the
commandline version did.
Then I tried to make sage available fom the Internet with notebook(). I found
some instructions about configuring apache, so access to Sag
Hello everyone,
I compiled and installed Sage 5.2 on my homeserver which worked fine and so the
commandline version did.
Then I tried to make sage available fom the Internet with notebook(). I found
some instructions about configuring apache, so access to Sage is carried
through an internal pro
The <> notation creates Python variables of the same name, so you shouldn't
use it together with the PolynomialRing(..., "e") constructor. Basically,
you need to be aware that the the string label "a" can be attached to
multiple Python variable names (its OK to do so for the computer but you
wi
