Example in MODULO

# --- Initialize MODULO object
m = ModuloVKI(data=np.nan_to_num(D))
# Compute the POD using PIP's method
Phi_D, Lambda, freqs, a0s = m.DMD(save_dmd, F_S=F_S)

The DMD module returns the spatial structures \(\mathbf{\Phi}_D\), the complex eigenvalues \(\lambda_r\) of the reduced-order propagator \(\tilde{\mathbf{S}}\), the frequency associated with each DMD mode, and their amplitudes \(\mathbf{a}_0\).