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It would be quite useful to store more metadata with an SLH object, such as the labels of inputs and outputs as well as any internal signals that were eliminated through feedforward/feedback. Ideally we would also store scattering matrices and L operators for the internal modes, which can then be used to compute transfer functions from external input to some internal mode, and to give the expected mode amplitudes for internal modes. The QHDLJ package I wrote supports this through the ABCD formalism as well. We still need to figure out if this can be generalized from this almost linear case.
The text was updated successfully, but these errors were encountered:
Whether the Feedback port numbers are "operands" (which should be
"members of the algebra") is at the very least questionable.
Furthermore, by making out_port and in_port keyword-only arguments, we
make the code more explicit and avoid bugs due to mixing up input and
output. Lastly, renaming the parameters in in preparation for #9
It would be quite useful to store more metadata with an SLH object, such as the labels of inputs and outputs as well as any internal signals that were eliminated through feedforward/feedback. Ideally we would also store scattering matrices and L operators for the internal modes, which can then be used to compute transfer functions from external input to some internal mode, and to give the expected mode amplitudes for internal modes. The QHDLJ package I wrote supports this through the ABCD formalism as well. We still need to figure out if this can be generalized from this almost linear case.
The text was updated successfully, but these errors were encountered: