Thanks! That worked for me too, though I'm not sure how you decided on
the specific
choices of libraries to link to.
Mike
On Sep 13, 6:39 pm, Willem Jan Palenstijn wrote:
> On Tue, Sep 13, 2011 at 08:46:05AM -0700, Michael Rubinstein wrote:
>
> > I tried adding PySys_SetArgv(a
ate (sorry).
On Sep 13, 2:32 pm, Willem Jan Palenstijn wrote:
> On Tue, Sep 13, 2011 at 06:10:45AM -0700, Michael Rubinstein wrote:
> > Example 2
> >
>
> > Next thing I tried to do was to embed sage in a c program, by
> > following
> >h
I'd like to call some sage commands from within a c++ program and use
the
output. My plan is to call very simple 1-4 line sequences of sage
commands, in
order to make use of some of the number theoretic functions built into
sage
(for example, dealing with elliptic curves, number fields, modular
for
Thanks for the update.
I've spent the past few weeks making major improvements to lcalc.
I plan to release this updated version in a few weeks.
1) I got rid of the deprecated header files and the unused variables
so it compiles much cleaner.
2) I got lcalc to compile and run with Bailey's doubl
I agree. I was just being lazy at some point, and left it like taht.
I'll fix.
Best,
Mike
On Thu, 23 Jul 2009, William Stein wrote:
> Hi David,
>
> I'm cc'ing this on to Mike Rubinstein, the author of lcalc, in case he
> has any comments.
>
> William
>
> On Thu, Jul 23, 2009 at 8:46 PM, Dr. Da
My c++ L-function package has a general L-function class and library of
functions.
Given basic data for the L-function (Dirichlet series coefficients and
functional equation) it can compute the function.
The command line interface, lcalc, has some basic built in types of L-functions
(including
