finesse.detectors.compute.quantum module

class finesse.detectors.compute.quantum.QND0Workspace(owner, sim, nsr, sources, exclude_sources)[source]

set_covariance_matrix(self, double complex[: :1] v, str name)[source]

class finesse.detectors.compute.quantum.QND1Values[source]

class finesse.detectors.compute.quantum.QNDNValues[source]

class finesse.detectors.compute.quantum.QNDNWorkspace(owner, sim, carrier_demods, nsr, sources, exclude_sources)[source]

set_covariance_matrix(self, double complex[: :1] v, str name)[source]

class finesse.detectors.compute.quantum.QShot0Workspace(owner, sim, nsr, output_info=None, *)[source]: Bases: DetectorWorkspace

class finesse.detectors.compute.quantum.QShotNWorkspace(owner, sim, list carrier_demods: list, nsr, output_info=None, *)[source]

An N RF demodulation quantum shot noise detector workspace.

Parameters

ownerobject: The model element that owns this workspace
simobject: The current Simulation object that this workspace will use to generate its outputs
carrier_demodslist: A list of (frequency, phase) pairs. The frequency and phase object should be
nsrbool: If True, the signal transfer function is computed and then used to compute the noise in equivalent units of the singal being injected at runtime.

class finesse.detectors.compute.quantum.QuantumBHDValues[source]

class finesse.detectors.compute.quantum.QuantumBHDWorkspace(owner, sim, nsr, sources, exclude_sources)[source]

set_covariance_matrix(self, double complex[: :1] v, str name)[source]

class finesse.detectors.compute.quantum.QuantumNoiseDetectorWorkspace(owner, sim)[source]

set_covariance_matrix(self, double complex[: :1] v, str name)[source]