Beware of sympy for fourier transform of unintegrable functions :
This works :
sage: var("x,t,omega")
(x, t, omega)
sage: from sympy import fourier_transform, inverse_fourier_transform
sage: fourier_transform(e^-t^2,t,omega)._sage_()
sqrt(pi)*e^(-pi^2*omega^2)
sage:
inverse_fourier_transform(fou
On Fri, Aug 15, 2014 at 4:59 PM, Oscar wrote:
> I wanted to calculate some Fourier transforms, and it seems like sage
> doesn't have them. I was expecting something on the likes of mathematica's
> command
>
> sage: fourier_transform(exp(-I*omega0*t) , t, omega )
> sqrt(2*pi)*dirac_delta(omega-omeg
I wanted to calculate some Fourier transforms, and it seems like sage
doesn't have them. I was expecting something on the likes of
mathematica's command
sage: fourier_transform(exp(-I*omega0*t) , t, omega )
sqrt(2*pi)*dirac_delta(omega-omega0)
Am I completely missing how this is done in sage,
