On Mon, May 25, 2020 at 11:39 PM rjf wrote:
>
> It looks like you have written a recursive descent parser. And a display.
> If you were running Maxima on a Pi, (see sourceforge for download)
> you would have a parser and a display without writing it yourself.
>
> Just looking at the code
You haven't provided enough information about your environment, but it is
generally feasible to acquire data in Maxima from a file or a socket or a
stream.
Or compute numerical stuff, generate random numbers, read from a
keyboard, web page...etc.
Given that you are familiar with a particular
Although a good idea, I don't think I can make it simple enough to set up
inside a data acquisition environment that depends on Python. This would
require installing Maxima and all the connector software. The people using
this are unlikely to do anything that requires more than a `pip
It seems to me that the obvious thing is not to extract parts from
SageMath, but
just use Maxima, which is a part, but also an entire symbolic math system,
Your example looks like this: ( assignment is ":" equations use "=". a
command is terminated by ";" )
eq1 : p*V = n*r*t ;
eq1/V;
Le samedi 23 mai 2020 02:14:58 UTC+2, Dima:
>
> Conda does have Sagemath available.
> Not 100% sure how it works on Windows, though.
One can install SageMath from Conda on Linux and macOS.
Not on Windows.
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On Fri, May 22, 2020 at 04:07:47PM -0700, Jonathan wrote:
> Emmanuel,
>
> Thanks, that is one of the places I was starting. It turns out that doesn't
> quite pick up the necessary stuff from the `Expr` type. I have had better
> luck extending the base type `Expr`. It was not hard to get the
