Since people have been introducing themselves I thought I would do the
same. My name is Alan Bromborsky and I am an old fart, 76, and have
been coding since the early 70's. I graduated from the Newark College
of Engineering (now the New Jersey Institute of Technology) in 1968 with
a B.S.E.E.
On Sun, Mar 19, 2023 at 7:09 PM brombo wrote:
>
> First I think there is a problem with ccode doing what it is supposed to do.
> Consider the following code -
> (x,y,th) = symbols(r"x' y' \theta")
>
> then
> x' = ccode(x)
> y' = ccode(y)
> \theta = ccode(th)
>
> I don't think x', y', and \theta
First I think there is a problem with ccode doing what it is supposed to
do. Consider the following code -
(x,y,th) = symbols(r"x' y' \theta")
then
x' = ccode(x)
y' = ccode(y)
\theta = ccode(th)
I don't think x', y', and \theta are legal program variables in c.
Also I have looking at codegen e
You can make custom printers for any SymPy function to return what you
desire. Subclass the C printer and overwrite/create methods for your
functions. The current c code printer does not target any specialized C
libraries (but that would be a nice addition!).
Jason
moorepants.info
+01 530-601-9791
I have looked further and while ccode(expr) can export functions like sin,
cox, exp it cannot export special functions such as bessel, elliptic, etc..
Is there a way to export special functions into c-code?
On Saturday, March 18, 2023 at 9:52:48 AM UTC-4 brombo wrote:
> Does the C code generato
