On Jul 2, 2010, at 2:15 PM, Nicolas Bigaouette wrote:
> Hi all,
>
> I don't really know where to ask, so here it is.
>
> I was able to vectorize the normalization calculation in quantum
> mechanics: . Basically it's a volume integral of a scalar
> field. Using:
> norm = 0.0
> for i in numpy.ar
Hi all,
I don't really know where to ask, so here it is.
I was able to vectorize the normalization calculation in quantum mechanics:
. Basically it's a volume integral of a scalar field. Using:
> norm = 0.0
> for i in numpy.arange(len(dx)-1):
> for j in numpy.arange(len(dy)-1):
> for
