`finesse.detectors`¶

The detectors sub-module contains various non-physical detectors that can be used to probe to simulation at any point.

Listed below are all the sub-modules within detectors with brief descriptions of what is contained in each.

Sub-modules

`finesse.detectors.amplitude_detector`	Single-frequency amplitude and phase detector.
`finesse.detectors.astigmatism_detector`
`finesse.detectors.bpdetector`
`finesse.detectors.camera`	Detectors for capturing images, slices and single pixels of a beam.
`finesse.detectors.cavity_detector`
`finesse.detectors.compute`
`finesse.detectors.field_detector`	Single-frequency array of complex amplitudes detector.
`finesse.detectors.general`	Top-level objects which specific detectors should inherit from.
`finesse.detectors.gouy`	Accumulated Gouy phase detector.
`finesse.detectors.knmdetector`	Direct probing of coupling coefficients.
`finesse.detectors.math_detector`
`finesse.detectors.mismatch_detector`	Detectors for calculating mode mismatches in an optical configuration.
`finesse.detectors.motion_detector`	Motion amplitude and phase detector.
`finesse.detectors.optimal_q`	Single-frequency array of complex amplitudes detector.
`finesse.detectors.pdtypes`	Dictionaries storing the generic beat-coefficients for simulating segmented photoiodes.
`finesse.detectors.powerdetector`	Computes the laser power in an interferometer output or the power from an electrical signal.
`finesse.detectors.quantum_noise_detector`	Photodiode quantum noise detector.
`finesse.detectors.workspace`

finesse.detectors¶