to really dig into SyFi and understand it.
But now I am starting a revamp of base of the code and thought of
writing a lightweight FE module in pure Python using sympy, which would
symbolically compute the bases for various approximations and reference
elements, their derivatives and evaluated them
Ondrej Certik wrote:
So it seems that several people at the same time feel that sympy would
be good for generating FE bases at least, in terms of either tabulated
data in common sets of quadrature points, or a generated C(++) code, to
be re-used later. Thanks for sending your code. I think we
Hi sympy team,
I'm interested in this issue, and as Kent-Andre Mardal sits approx. 150cm
from my office, we are quite synchronized. Actually, since the sympy license
is less restrictive than that of GiNaC, I'm considering using sympy as backend
to some of my software instead of swiginac.
I'm interested in this issue, and as Kent-Andre Mardal sits approx. 150cm
from my office, we are quite synchronized. Actually, since the sympy license
is less restrictive than that of GiNaC, I'm considering using sympy as
backend
to some of my software instead of swiginac.
Defaulting to a
