Plotting dirac delta function's spectrum

I used the following code to plot the spectrum of some functions. but it doesn't work for the function dirac(t-t0) at t0=0. How can I fix it?

   syms t w;
  syms g h U;
  g(w)=fourier(dirac(t));
  h=abs(g);
  w=-10:.5:10.1;
  U=angle(g);
  figure;
  plot(w, subs(h));
  figure;
  plot(w,subs(U));

[Marcos Duraes]

%Para plotar a o gráfico de uma variable type syms utilize a função fplot(); Logo.

syms t w;

syms g h U;

g(w)=fourier(dirac(t));

h=abs(g);

U=angle(g);

figure;

fplot(g);

Answer 1

[Star Strider]

The Fourier (and Laplace) transforms of the Dirac delta function are uniformly 1 for all omega (or ‘s’).

That is the result you get in ‘g(w)’.

[geometry geometry]

Yes the Fourier transform of Dirac delta function equals one for all omega but the problem is that nothing is plotted when I run it.

[Star Strider]

It does if you use fplot rather than plot:

syms t w g h U;
g(w)=fourier(dirac(t));
h=abs(g);
w=-10:.5:10.1;
U=angle(g);
figure;
fplot(g)
figure;
fplot(U)