TerminationModel

class photonforge.TerminationModel(r=0)

Analytic model for a 1-port device.

Parameters:

r (complex | Buffer | _SupportsArray[dtype[Any]] | _NestedSequence[_SupportsArray[dtype[Any]]] | bool | int | float | str | bytes | _NestedSequence[bool | int | float | complex | str | bytes]) – Reflection coefficient for the first port. For multimode ports, a sequence of coefficients must be provided.

Notes

For multimode ports, mixed-mode coefficients are zero (not included in the result). Dispersion can be included in the model by setting the coefficients to a 2D array with shape (M, N), in which M is the number of modes, and N the length of the frequency sequence used in the S matrix computation.

Methods

from_bytes(byte_repr)	De-serialize this model.
s_matrix(component, frequencies[, ...])	Compute the S matrix for a component using this model.
start(component, frequencies, **kwargs)	Start computing the S matrix response from a component.
update(*args, **kwargs)	Update this model.

Attributes

as_bytes	Serialize this model.
parametric_function	Function used to update a parametric component.
parametric_kwargs	Keyword arguments used to update a parametric component.
random_variables	List of monte_carlo.RandomVariable associated to this component's parameters.

property as_bytes: bytes

Serialize this model.

classmethod from_bytes(byte_repr)

De-serialize this model.

Parameters:

byte_repr (bytes)

Return type:

TerminationModel

start(component, frequencies, **kwargs)

Start computing the S matrix response from a component.

Parameters:

• component (Component) – Component from which to compute the S matrix.

• frequencies (Sequence[float]) – Sequence of frequencies at which to perform the computation.

• **kwargs – Unused.

Returns:

Model result with attributes status and s_matrix.

Return type:

ModelResult