finesse.detectors.compute.power module

class finesse.detectors.compute.power.BalancedHomodyneDetectorValues[source]

Bases: BaseCValues

P_lo: P_lo: ‘double’

phase: phase: ‘double’

class finesse.detectors.compute.power.BalancedHomodyneDetectorWorkspace(owner, BaseSimulation sim, oinfo=None, *)[source]

Bases: DetectorWorkspace

carrier_idx

cvalues

dc_node_id

class finesse.detectors.compute.power.PD0Workspace(owner, BaseSimulation sim, values=None, oinfo=None, *, dict pdtype: dict = None)[source]

Bases: MaskedDetectorWorkspace

K

dc_node_id

rhs_index

class finesse.detectors.compute.power.PD1Values[source]

Bases: BaseCValues

f: f: ‘double’

phase: phase: ‘double’

class finesse.detectors.compute.power.PD1Workspace(owner, sim, frequency: Parameter, phase: Parameter, phase_offset=0, *, oinfo=None, pdtype=None)[source]

Bases: MaskedDetectorWorkspace

Aij

K

ac_node_id

cvalues

dc_node_id

homs

is_audio_mixing

is_f_changing

is_phase_changing

is_segmented

output_real

update_beats(self)[source]: Requires full initialisation and self.update_parameter_values calling before using

class finesse.detectors.compute.power.PD2Values[source]

Bases: BaseCValues

f1: f1: ‘double’

f2: f2: ‘double’

phase1: phase1: ‘double’

phase2: phase2: ‘double’

class finesse.detectors.compute.power.PD2Workspace(owner, sim, f1, phase1, f2, phase2, phase1_offset=0, *, oinfo=None, pdtype=None)[source]

Bases: MaskedDetectorWorkspace

K

ac_node_id

cvalues

dc_node_id

homs

is_audio_mixing

is_f1_changing

is_f2_changing

is_phase1_changing

is_phase2_changing

is_segmented

output_real

z1

z2

finesse.detectors.compute.power.check_is_fsig(model, f: Parameter)[source]: Checks if a frequency parameter f is dependant or the same value as the current model signal frequency.