def s_parameters(self, _freqs: np.array) -> np.ndarray:
try:
return interpolate(_freqs, freqs, s_params)
except ValueError:
raise ValueError(
f"Frequencies must be between {freqs.min(), freqs.max()}."
)
def s_parameters(self, freq):
"""
Get the s-parameters of a parameterized waveguide.
Parameters
----------
freq : np.ndarray
A frequency array to calculate s-parameters over (in Hz).
Returns
-------
s : np.ndarray
Returns the calculated s-parameter matrix.
"""
return interpolate(freq, self._f, self._s)
def s_parameters(self, freqs):
"""Returns scattering parameters for the y-branch based on its
parameters.
Parameters
----------
freqs : np.ndarray
The frequency range to get scattering parameters for.
Returns
-------
s : np.ndarray
The scattering parameters corresponding to the frequency range.
"""
return interpolate(freqs, self._f, self._s)
def s_parameters(self, freq):
return interpolate(freq, self.s_params[0], self.s_params[1])
def interpolate_sp(freq):
return interpolate(freq, f, s)
def s_parameters(self, freqs):
return interpolate(freqs, self._f, self._s)
def s_parameters(self, freq: ndarray) -> ndarray:
return interpolate(freq, self._f, self._s)
def s_parameters(self, freq: ndarray) -> ndarray:
return interpolate(freq, self.s_params[0], self.s_params[1])
